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Top 50 Research Fellow Skills

Below we've compiled a list of the most important skills for a Research Fellow. We ranked the top skills based on the percentage of Research Fellow resumes they appeared on. For example, 13.1% of Research Fellow resumes contained Cell Culture as a skill. Let's find out what skills a Research Fellow actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A Research Fellow

1. Cell Culture
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high Demand
Here's how Cell Culture is used in Research Fellow jobs:
  • Conducted a full range of experiments focused on cell culture systems and developed novel adult neuron cultures from rodents.
  • Maintained cell cultures, working solutions, designed and presented results of project at NIH summer research symposium.
  • Determined the oncogenes and tumor suppress genes associated with brain tumors suing Northern blots, cell culture.
  • Conducted animal surgeries for research; prepared tissues, cell cultures, blood samples, etc.
  • Have acquired the skills of cell culture as part of this position during this short span.
  • Worked as a consultant on various research projects dealing with protein purification and cell culture.
  • Designed and optimized assays for cell cultures, ELISA, PCR, and RT-PCR.
  • Prepared tissues, cell cultures, blood samples, etc.
  • Performed enzyme expression in insect cell cultures using baculovirus expression system.
  • Developed a flow-through assay to use with inverted microscope of fluorescence for toxicity bioassays using cell cultures.
  • Studied functional microRNA-target interactions by viral genetics in cell culture and in a mouse model.
  • Trained an undergraduate student in cell culture techniques and qPCR.
  • Developed and fabricated microfluidic devices for neuronal cell culture, isolating axonal processes.
  • Designed and conducted murine and cell culture intestinal epithelia experiments.
  • Mentored 4 undergraduate students and research technicians, and instructed other laboratory members on primary human Schwann cell cultures.
  • Supervised and trained interns and technicians in cell culture, immunochemistry, and in vivo techniques.
  • Developed a cell culture model for Huntington's disease by overexpressing huntingtin gene with different number of glutamate repeat's.
  • Analyzed effect of PLF, CTGF and Periostin in fibroblasts cell cultures to understand downstream signaling mechanisms in fibrosis.
  • Analyzed gene expression in PLF knockdown and overexpressed cell cultures using Affymetrix GeneChips.
  • Performed RT-qPCR on adenovirally overexpressed PLF cell cultures Designed siRNA for PLF knockdown in vitro.

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575 Cell Culture Jobs

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2. Protein
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high Demand
Here's how Protein is used in Research Fellow jobs:
  • Completed screens for targets including protein interaction targets.
  • Identified p130Cas and EGF receptor as Nsp1-binding proteins using Co-IP and Western.
  • Structure of peanut protein allergens.
  • Discover a novel mechanism by which high-density lipoprotein (HDL) attenuates obesity development.
  • Designed and developed novel strategies for drug, protein incorporated collagen matrix for wound healing and drug delivery applications in vivo.
  • Research involved the study of anesthetics and extra-cellular matrix protein knockout on skeletal muscle as models of muscular dystrophy.
  • Engineered chimeric fusion protein in E. coli that regulated gene expression when exposed to specific wavelengths of light.
  • Optimized and troubleshoot an established in vitro heat shock protein 90 assay for screening potential anticancer compounds.
  • Examined the effects of C-terminal alterations of Paramyxovirus NP protein on virus-like particle (VLP) formation.
  • Designed and produced recombinant PLF protein using the bacterial system.
  • Accomplished the determination and separation of glycoproteins in mouse liver with lectin affinity separation and LC/MS.
  • Executed and analyzed in vitro experiments exploring the role of HIV envelope protein gp120 and its binding to integrin a4b7.
  • Elucidated the relationship of Cdc25A protein acetylation to its function in both cell cycle regulation and genomic integrity.
  • Used recombinant protein to analyze its effect on bone cellular cultures proliferation, condensation, and nodule formation.
  • Fringe proteins were mis-expressed in vivo under the control of Ptf1a regulatory elements using RMCE method.
  • Identified that GK thermolability and GK regulatory binding protein are essential factors for predicting blood glucose phenotype of gk missense mutations.
  • Design, validate and execute covalent immobilization of proteins, antibodies and peptides for ELISA based immunoassays.
  • Examined expression of matricellular proteins after blocking TNF in vitro.
  • Experience working with Bioreactors for protein purification Developed and validated injectable implant delivery system for delivery of contraceptive steroids.
  • Mouse ischemia and glaucoma study Accomplishments Discovery of a K+ channel-protein migration and regulation in ischemia mouse retina.

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908 Protein Jobs

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3. Research Projects
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high Demand
Here's how Research Projects is used in Research Fellow jobs:
  • Provided research guidance to all professionals with focused objectives on over a dozen of research projects simultaneously.
  • Supervised undergraduate research projects, helped oversee management of laboratory operations and compiled research progress reports.
  • Led interdisciplinary research projects in materials science and engineering, microbiology, pharmaceuticals, and chemistry.
  • Cited in 4 leading industry publications based on contributions for several cutting-edge research projects
  • Awarded one-year fellowship and participated in several program assessment research projects.
  • Lead Scientist of research projects that characterized infectious disease pathogens.
  • Provided research assistance for various education policy research projects.
  • Presented research projects at national and laboratory meetings.
  • Developed and completed independent research projects.
  • Established internal and external research projects with the goal to identify and validate novel molecular targets and pathways in cancer.
  • Conceived and led independent research projects to investigate novel mechanisms that regulate obesity, fatty liver, and diabetes.
  • Mentored and led 4 PhD students (French, Indian, American, Malaysian) in research projects.
  • Provide experimental design, data acquisition, and analysis for multiple research projects.
  • Mentored and trained summer medical students and technicians for their research projects.
  • Mentored and trained exchange students as they completed independent research projects.
  • Manage research projects; collaborate with faculty to develop research programs.
  • Assisted on other research projects, including HSC-based.
  • Gathered, organized, and vetted data for multiple research projects and other ad hoc requests.
  • Research and compile information for research purposes Maintain and update qualitative and quantitative economic databases Carrie out segments of approved research projects
  • Completed a variety of research projects focused on Cortical, Vestibular, and Proprioceptive Neurophysiology.

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476 Research Projects Jobs

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4. Biology
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high Demand
Here's how Biology is used in Research Fellow jobs:
  • Conducted experiments to characterize the biological diversity of breast tumors using molecular and cell biology techniques.
  • Manage microbiology research program operations by standardizing laboratory protocols across multiple projects.
  • Used state-of-the-art techniques in membrane protein and vascular biology.
  • Investigated functions of BRCA1 in human breast cancer cells with advanced molecular biology, cellular biology and biochemistry approaches.
  • Attended graduate school to attain a Master of Science degree in Biology with a concentration on ecological systems.
  • Utilized expertise in genetics, molecular biology, cell biology, drug discovery, and model organism systems.
  • Center for Molecular Biology & Gene Therapy Invented plant based oral vaccines for treating Type I diabetes.
  • Organized and taught a microbiology summer course for the NIH summer intern program.
  • Assisted with writing assignments in advanced physical chemistry and biology courses.
  • Conducted Western Blot methods, and other molecular biology procedures.
  • Lectured undergraduate courses in biology and cancer research.
  • Contributed to management of patient samples, database, and analysis of patient data for developing biomarkers and understanding cancer biology.
  • Identify interaction motifs and functional effects of coregulators on nuclear receptors using a variety of molecular biology techniques.
  • Developed a broader repertoire of scientific skills from my PhD, including extensive molecular biology techniques and in vivo mouse experience.
  • Applied undergraduate coursework: biology, anatomy, chemistry, epidemiology, statistics, economics, and bioequivalence.
  • Research in Biology under Dr. Stefan Gruender
  • Analyzed the metabolic pathways of F420* biosynthesis in Mycobacterium using molecular biology and biochemistry approaches.
  • Research work in developmental biology under Professor Christiane N. Volhard (Nobel Laureate for Medicine & Physiology, 1995)
  • joint appointment: Department of Molecular Biology, Beckman
  • Work closely with the molecular neurobiology, stem cells, electrophysiology and bioinformatics groups to deliver data and support multiple projects.

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2,952 Biology Jobs

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5. Data Analysis
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high Demand
Here's how Data Analysis is used in Research Fellow jobs:
  • Provided data analysis using SPSS, reviewed and edited materials for professional presentations; maintained strict adherence to confidentiality laws.
  • Mentored students in project design, experimental technique, data analysis and interpretation, and troubleshooting.
  • Worked intensively with faculty mentor in research development, implementation, and data analysis.
  • Performed Next Gen Sequencing data analysis using UNIX and R to understand biology of novel lead compound.
  • Program all aspects of the experiment from data acquisition to data analysis primarily in C++ and MatLab.
  • Educated undergraduates and graduates in data analysis, experimental design, lab safety, and lab techniques.
  • Mentored medical and administrative staff on data analysis and clinical care training over 16 months.
  • Used ArcGIS, Excel, Access, and i-Tree to perform data analysis.
  • Carried out gene expression assays and data analysis in bacterial and mammalian cells.
  • Perform data analysis and present key results to support POC at group meetings
  • Wrote/edited C scripts using ROOT classes for extensive data analysis.
  • Supervised graduate research projects; advised on experimental design, data analysis and presentation, and analytical instrument techniques.
  • Developed and managed clinical databases and conducted data analysis using SPSS and MPlus.
  • Collaborated with statistician and bioinformaticians on data analysis.
  • Assisted in data analysis and histological laboratory work on partner projects at the Center for Muscle Biology.
  • Assisted in writing protocols, data analysis, and technical reports for this preclinical study.
  • Learned strong critical thinking, time-management, record keeping, and data analysis skills.
  • Research assistant for David Papell (data analysis and econometric modeling).
  • Center for Cell Analysis and Modeling) * Experiments, Data analysis, Modeling on dynamics of proteins molecules on membrane.
  • Research Data analysis graphing and presentation Scientific writing Training and supervision Lab management and maintenance

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593 Data Analysis Jobs

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6. Chemistry
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high Demand
Here's how Chemistry is used in Research Fellow jobs:
  • Provided unique perspectives and knowledge derived from Toxicology, Pharmacology and Biochemistry background.
  • Research involved materials science, solid-state chemistry and physics, inorganic chemistry, metallurgy, and engineering.
  • Prepared chemistry due diligence document as part of the acquisition of SIRTRIS by GSK in 2008.
  • Focus on surface chemistry and using melting analysis as a means of DNA damage detection.
  • Supervised graduate and undergraduate chemistry students in the execution of their projects.
  • Established a biologic lab in chemistry department.
  • Carried out genetics and biochemistry studies.
  • Studied the impact of surface chemistry on charge and energy transfer in hybrid molecule- semiconductor nanocrystal systems for light harvesting applications.
  • Research on the protein chemistry and specificity of Insecticidal Toxins of Bacillus thuringiensis.
  • Enhanced dispersion of iron particles in magnetic tape formulations via trialkoxysilane chemistry.
  • Mastered knowledge & skills in functional genomics, microbiology, cell & molecular biology, biochemistry & immunology, e.g.
  • Managed a teaching lab, taught undergraduate and graduate students biochemistry techniques, and graded lab reports.
  • Research results have been published in Journal of Hepatology and Journal of Biological Chemistry, respectively.
  • Involved lab normal analytical and wet chemistry analysis work using various analytical equipment.
  • Study of isotope fractionation by electrochemistry.
  • Researched the chemistry of ligands derived from 1,5, 9-triazacyclododecane Performed characterization on reaction products using IR, H and C-13 NMR
  • Research Project: Drug targeting and discovery using chemically synthesized fluorescent molecules as potential drugs through copper free Click Chemistry .
  • Selected from science majors for a Sherman Fairchild Foundation Fellowship allowing practical experience in an analytical chemistry lab researching microfluidics techniques.
  • Conducted Ab-Initio Quantum Chemistry calculations for conformational, vibrational and energetic analysis of DNA bases and amino acids.
  • Study of electrochromic polymer using spectro-electrochemistry, biofuel cell development and investigation of bivalent and trivalent cations intercalation for battery application.

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952 Chemistry Jobs

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7. DNA
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high Demand
Here's how DNA is used in Research Fellow jobs:
  • Collaborated with Laboratory Technician to ensure optimal cell storage techniques, monitor gene maturation through observation of DNA patterns.
  • Synthesized unique nucleic acid derivatives - found a DNA isomer that forms only a triplex.
  • Determined the mechanism by which a cancer causing protein recognizes its target DNA.
  • Designed and performed customized DNA sequencing for the HIV integration site analysis.
  • Optimized the assays and sent the family DNA as well for sequencing.
  • Discovered novel oligonucleotide chemical auto-ligation reaction, resulting in sensitive and efficient non-PCR based DNA / RNA diagnostic assay.
  • Investigated and elucidated DNA repair defect in human disease Ataxia Telangiectasia.
  • Created cDNA libraries used for screening of biologically important interactions.
  • Project: RAPD (Random Amplified Polymorphic DNA) analysis of Ayurvedic plants and its effects on Arthritis patients.
  • Utilized molecular biology techniques including PCR, cloning, DNA isolation, Mutagenesis, Southern and Western blotting.
  • Performed DNA fingerprinting and PCR analysis of Ayurvedic plants for drug preparation for Osteoarthritis and Rheumatoid arthritis patients.
  • Determined conditions for ChIP-seq and RNA-seq libraries contractions using low input amount of DNA and RNA.
  • Developed two multiplex SNP genotyping assays and one DNA sequencing method.
  • Derived cDNA sequence using RACE techniques.
  • Developed and validated mutation assays to study repair of two opposing DNA damages within the firefly luciferase plasmid reporter.
  • Conducted research in field of human carcinogenesis and mechanisms of action of DNA binding anticancer drug Bleomycin.
  • Site-directed small molecule protein interactions Site-specific small molecule DNA interactions
  • Constructed a microfluidic electroporation assay that delivered plasmid DNA to cancer cells as a new method of gene therapy.
  • Identified genes from a cochlear library and determined genomic/cDNA structure Characterized Kctd12 tissue expression via Northern, Western and immunohistochemical analyses.
  • investigate epigenetic mechanisms of DNA methylation, histone methylation and the relation to leukemogenesis

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478 DNA Jobs

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8. Synthesis
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high Demand
Here's how Synthesis is used in Research Fellow jobs:
  • Design and synthesis of novel treatment agents for neurological disorders.
  • Conducted structure determination by high resolution MS (FTICR MS) and NMR, and confirmed structures by chemical synthesis.
  • Lead New Technology capital budget planning teams for Organic Synthesis, Liquid Handling, SFC and HPLC equipment.
  • Trained 3 graduate students for TEM and a group of 16 graduate students for polymer materials synthesis.
  • Developed a direct 18F synthesis method to improve its product yielding for animal imaging.
  • Developed first practical synthesis of this compound that enabled it to be fully investigated.
  • Study on synthesis of FIAU.
  • Design and synthesis of novel monomers incorporating conjugated mechanophores in mechanically responsive polymer materials.
  • Develop mathematical models of cotton plant photosynthesis based upon regression analysis of field data.
  • Provided complete project oversight focused on asymmetric synthesis of substituted N-heterocycles.
  • Achieved designed synthesis of organo-functional precursors for conducting polymer thin films.
  • Project: Synthesis of nucleotides incorporated with carcinogens or mutagens.
  • Project involved the total synthesis of Eupomatilones
  • Identified more than 5 impurities using GC/MS for the reaction mixture of N-heterocycle synthesis.
  • Study on synthesis of fluoroauxin.
  • Conducted research in synthesize fluorine labeled bioactive compounds: Finished synthesis of 1 -deoxy-1 -fluorosucrose in 2 months.
  • Performed synthesis of Chiral Ligands from (+) Camphor and Thujone.
  • Project: Synthesis of new Coenzyme A analogs to understand role played by Co A in various biological processes.
  • Developed a convenient synthesis of phosphotriesters from amines through nitrosation of phosphoramidates with concomitant rearrangement to phosphotriesters.
  • Synthesized peptidyl mimetics of Dihexa using Solid Phase Peptide Synthesis and acid cleavage with Dr. Michael F. Sardinia at Whitworth University.

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218 Synthesis Jobs

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9. Cancer Patients
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high Demand
Here's how Cancer Patients is used in Research Fellow jobs:
  • Submitted three patent applications that propose innovative ways of delivering medicines to cancer patients.
  • Cloned the third breast cancer susceptibility gene, hEXT1L, and screened mutation of this hEXT1L gene in 500 cancer patients.
  • Provided individual, group, and family therapy to blood and bone cancer patients and family members.
  • Conducted studies on the detection of circulating tumor cells in HER2 positive metastatic breast cancer patients.
  • Program for cancer patients, survivors and their caregivers/family members.
  • Developed and validated assays for a clinical trial using a monoclonal antibody to block autocrine stimulation in lung cancer patients
  • Conducted group interventions, including psychoeducational and support groups for cancer patients.
  • Conduct in-services with medical staff, give community talks on cancer and psychosocial programs available for cancer patients and their families.
  • Evaluted the rate of enrollment of cancer patients into available clinical trials and factors that had influence on patients' decision making
  • Worked on the Human Papilloma virus which causes cervical cancer to design a gene therapy regimen for cervical cancer patients.
  • Identified miRNA signature for risk stratification in renal cancer patients.
  • Worked in laboratory to discover differentiation markers for neuroblastoma cell lines Performed clinical duties for pediatric cancer patients; assisted in surgeries
  • Isolated primary cultured breast cancer epithelial cells, stromal cells and adipocyte from breast cancer patients.
  • Developed ELISA assay for renal cancer patients sera to determine the NY-ESO-1+ humoral immune response.
  • Analyzed oncogenic mutation data of thyroid cancer patients to increase the predictability of oncogenic mutation type from clinical features.
  • Prepared cDNA libraries from tumor specimens or cell lines and immunoscreened them with autologous or allogeneic serums from cancer patients.

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9 Cancer Patients Jobs

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10. Rt-Pcr
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high Demand
Here's how Rt-Pcr is used in Research Fellow jobs:
  • Confirmed the role of putative regulators through gene expression analysis using gene knockouts and complementary RT-PCR.
  • Performed qRT-PCR and Western blotting to look at GATA2 levels in human primary AML cells and human AML cell lines.
  • Investigate cytokine gene expression under bacterial meningitis disease using molecular techniques such as DNA-RNA extraction, RT-PCR and ELISA assay.
  • Utilized various techniques: Tissue culture, RT-PCR, HPLC, Western blot, Immunocytochemistry and Gene therapy.
  • Performed cell cultures, mouse model building, PCR, RT-PCR, Western blot, and bisulfite sequencing.
  • Use of various molecular biology techniques (RT-PCR, RNA analysis, genotyping).
  • Developed a novel qRT-PCR Molecular Beacon Assay (US and International Patents Filed).
  • Used qRT-PCR to study changes in gene expression in homogenized embryos.
  • Managed and trained scientists to use qRT-PCR equipment.
  • Developed sensitive qRT-PCR assays for detecting viral transcripts.
  • Improved and troubleshot qRT-PCR assays.
  • Developed qRT-PCR -based assay to measure diasese-specific gene expression.
  • Isolated DNA & RNA in order to quantify DNA and mRNA levels by quantitative PCR (qPCR) and RT-PCR respectively.
  • Employed qRT-PCR, western blotting, histology, and echo-cardiography to determine physiological and molecular changes in heart.
  • Analyzed immune cells via Flow Cytometry, multiplex quantitative RT-PCR, and microarray.
  • Prepare RNA samples for qRT-PCR and RNAseq.
  • Developed a reverse transcriptase real-time polymerase-chain reaction (RT-PCR) assay for rapid clinical detection of rinderpest virus (RPV).
  • Quantified beta4 integrin levels in various cell lines and tissues using FACS immunohistochemistry, immunocytochemistry, and RT-PCR.
  • Used microarray, RT-PCR, qPCR and Western bloting to verify the gene expression.
  • Validated microRNA (miR) silencing by q-RT-PCR 3.

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11. Advisor
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high Demand
Here's how Advisor is used in Research Fellow jobs:
  • Awarded the 2013 Bill & Melinda Gates Integrated Performance and Advisory Grants for Innovative methods in student success systems.
  • Drafted R21 grant and regularly presented research progress to fellowship advisory committee.
  • Facilitated a national advisory committee of national health leaders for the data harmonization of national healthcare surveys.
  • Consulted with external advisors to trouble-shoot technical and programming challenges.
  • Initiated, wrote, and presented an individual research project to the Sanctuary Advisory Council and HIHWNMS staff members.
  • Served as an advisor to Master student, and trained graduate students to develop laboratory skills.
  • Coordinated directives from 3 advisors at 3 different institutions.
  • Helped PhD advisor create two new research directions.
  • Research Advisor: Prof. Marvin J. Miller.
  • Research co-advisor for graduate students.
  • Served as laboratory advisor for bioinformatic, computational analyses.
  • Research on opioid gene regulation VALUE ADDED QUALIFICATIONS Scientific Advisory Work AHRQ-wrote grant summary statements for special emphasis panels.
  • Research lead and advisor to three high school, five undergraduate, and one M.S.
  • Major Project under advisor Dr. David J. Segal.
  • Research Advisor: Dr. Daniel Bolnick, (HHMI support through the EXROP program)
  • Research Advisor: Akiva Cohen, Ph.D., Department of Neurology TEACHING EXPERIENCE
  • Research Advisor: Prof. Dale L. Boger).
  • RESEARCH AREA: Mechanisms of zinc release and utilization within neurons ADVISOR: Elias Aizenman, Ph.D. http://www.neurobio.pitt.edu/faculty/aizenman.htm
  • Research Advisor: Dr. Beronda Montgomery-Kaguri (Support through Spelman College Howard Hughes Research Fellowship Program)
  • RESEARCH AREA: in vitro models of Parkinson's disease ADVISOR: Michael J. Zigmond, Ph.D.

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56 Advisor Jobs

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12. RNA
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high Demand
Here's how RNA is used in Research Fellow jobs:
  • Researched South Africa's strategy in negotiating pharmaceutical patent provisions in international free and South Africa trade agreements
  • Authored research articles and reviewed manuscripts for different journals.
  • Published results in peer-reviewed journal.
  • Learned new skills from those around me and from journal articles, and conducted the majority of my work independently.
  • Prepared and reviewed manuscript submissions from our laboratory as well as acted as an outside reviewer for external manuscripts.
  • Project ran parallel to Amnesty / Geneva Center on Human Rights program on International Human Rights.
  • Consulted with bay area residents and politicians to evaluate safe alternatives to short-term credit practices.
  • Co-Authored the resulting publication in the journal Fuel and have received over 30 citations.
  • Research and summarize national and international IP systems for use by Project Partners
  • Prepared master slags in a vacuum induction furnace.
  • Published scientific articles in top peer reviewed journals.
  • Researched and authored reports on international religious persecution for use in U.S. Immigration Court Cases and for publication by the organization
  • Examined legal issues involved with international organizations' aid to impoverished children worldwide.
  • Work was funded by and in collaboration with an international pharmaceutical company (MedImmune, Cambridge, UK).
  • Characterized the diphtheria toxin receptor's function, rate of internalization and association with various membrane bound proteins.
  • Tracked budgets for the research lab and identified alternate vendors for equipments.
  • Confirmed data from RNAi screen using CRISPR-mediated knockout muscle cell lines.
  • Managed 3 projects including my thesis work that resulted in authorships in various peer-reviewed journals and a pre-doctoral grant.
  • Established and executed a high throughput RNAi screen to identify proteins relevant to neuromuscular postsynaptic differentiation.
  • Analyzed effect of siRNA mediated knock out in primary osteoblast cultures and cardiac myocytes.

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1,196 RNA Jobs

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13. NIH
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high Demand
Here's how NIH is used in Research Fellow jobs:
  • Drafted F32 NIH grant -Edit scientific papers for publication -Wrote paper for scientific review that required minimal editing prior to acceptance.
  • Participated in preparing and writing of operating grant applications (NIH and CCFA).
  • Awarded National Research Service Award from NIH to fund entire postdoctoral research fellowship.
  • Managed the balance of a $30,000 NIH grant and monitored associated supplies.
  • Planned and implemented an independent research program, which successfully acquired NIH funding.
  • Secured highly competitive NIH NRSA postdoctoral fellowship to fund research and training.
  • Obtained 3 years NIH funding (National Research Funding Award).
  • Contributed extensively to NIH RO1 grant application, subsequently funded.
  • Collaborate with NIH researchers and assist clinicians during procedures.
  • Awarded position on Gastroenterology Training Grant, University of California - San Diego based on submission of supplementary NIH application.
  • Developed educational material and mentored students for annual NIH sponsored short course in Computational Biophotonics.
  • Secured funding for independent research through NIH-sponsored gastroenterology training grant.
  • Worked under a nurse researcher on NIH-funded research Responsibilities included data entry, office tasks, and contribution to collaborative team
  • Obtained promising feedback for the glioblastoma project, which ranked top 30% in NIH grant application.
  • Drafted parts of R01 NIH grant that was awarded to the laboratory head, Professor Gladyshev.
  • Research Fellow in the Laboratory of Signal Transduction in NIEHS/NIH.
  • Research focused on preclinical medications development, including NIH-funded studies of vaccination as treatment for nicotine dependence.
  • Research Fellow (NIH-NINR), Nursing Lab Instructor, Guest Lecturer, & Clinical Instructor
  • Research Analytical Experience Worked as a laboratory researcher on NIH funded research grants.
  • paper: http://www.ncbi.nlm.nih.gov/pubmed/25756664)

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127 NIH Jobs

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14. PHD
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high Demand
Here's how PHD is used in Research Fellow jobs:
  • Maintained research laboratory and supervised several PhD students and visiting scientists.
  • Supervised PhD rotation students (Mentor Dr. Waller), undergraduate medical students, summer high school students, etc.
  • Worked with Han Wen, PhD, Senior Investigator of Imaging Physics to automate processing of magnetic resonance pulse sequence.
  • Directed 12-14 scientists, including 1-2 PhDs, with a yearly operating budget in excess of $2 million.
  • Prepared reagents and dyes used in experiments for two PhD students and eight research fellows daily.
  • Orchestrated 3 different collaborative projects; helping PhD students finish their degree earlier by 6 months.
  • Helped supervise two PhD students and have two publications from this time.
  • Trained two PhD rotation students in Protein Expression, Purification, and Crystallization
  • Mentor: Rafael D. Camerini-Otero, MD, PhD
  • Mentor: Dr. Edmund K. Waller MD, PhD.
  • Mentor: Raymond L Penn PhD.
  • Trained 2 new personnel in standard operating procedures; ensured proper handoff of responsibilities to incoming PhD student.
  • Focus: Analysis of MKL-1/PHD3 protein interactions under hypoxia.
  • Supervised and directed a PhD student in Molecular Neuroscience.
  • Mentor: Heather Zwickey, PhD
  • Mentor: Prof. Frank L Margolis, PhD.
  • Mentor, Leonor Roguin, PhD.
  • Major job responsibilities: Co-supervisor of three PhD researchers Synthesis and characterization of novel high performance membranes for commercial up-scaling.
  • Investigate novel technology for space application Demonstrated low loss switch technology Developed low cost EPM technology Supervise PhD students
  • Mentored PhD student thesis: Cloning, sequencing and protein purification of CDC2 protein kinase in Trypanosoma cruzi

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1,124 PHD Jobs

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15. Post-Doctoral Fellow
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average Demand
Here's how Post-Doctoral Fellow is used in Research Fellow jobs:
  • Coordinated and participated in the selection of psychology interns and post-doctoral fellows from a large pool of competitive applicants.
  • Provide training and supervision to incoming post-doctoral fellows and practicum students as needed.
  • Lead clinical therapist for an APPIC accredited Post-Doctoral Fellowship Program.
  • Work funded by consecutive graduate and post-doctoral fellowships.
  • Completed 2-year Post-Doctoral Fellowship in Clinical Psychology.
  • Supervised research for four Post-Doctoral Fellows.
  • Established a program for 7 post-doctoral fellows to communicate scientific progress and foster team-building.
  • Served as a mentor to summer students, junior post-doctoral fellows, and technicians.
  • Recruited as a post-doctoral fellow in Dr. Brendan Canning's lab.
  • Mentored and trained new post-doctoral fellows, technicians and interns.
  • Mentored post-doctoral fellow, graduate students, and medical students.
  • Obtained NIH post-doctoral fellowship grant.
  • Collaborated with other post-doctoral fellows at the LBNL and contributed samples for bioinformatics analysis and posterior data discussions.
  • Research Work Experience Post-doctoral Fellow under supervision of Dr. Leonard Johnson
  • Participate in CAPS Training Committee, collaborate and discuss issues related to the training of pre-doctoral interns and post-doctoral fellows.
  • Position: Post-Doctoral Fellow Functional characterization of the enzymatic activity of AGPAT-3 & AGPAT-5.
  • Guided and trained undergraduate research assistants and mentored post-doctoral fellows regarding the immunological and angiogenic properties of human dermal endothelial cells.
  • Analyzed sequence-tagged sites and clones associated with testican (osteonectin) gene Post-doctoral fellow with Dr. Marshall H. Edgell, Dept.
  • Trained other post-doctoral fellows in the lab on hematopoietic assays and in vivo angiogenic assays.
  • position, muscles) Mentored and trained new personnel, from undergraduates to post-doctoral fellows.

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16. Mouse Model
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average Demand
Here's how Mouse Model is used in Research Fellow jobs:
  • Confirmed successful integration of DNA construct into genome and established founders of a cell-specific conditional knock-out mouse model.
  • Worked with multiple departments to coordinate successful and timely generation of genetically modified cellular and mouse models.
  • Characterized retinal phenotype in mouse models of glaucoma.
  • Developed a strategy that is safe and effective against smallpox by using Modified Ankara Virus (MVA) in mouse models.
  • Project: cardiac complications in diabetics with a Type I mouse model and prevention with antioxidants.
  • Established mouse models of various tropical infectious disease which helped study the relevant disease.
  • Design of GWAS and linkage analysis for common and rare disease mouse models 3.
  • Maintained colonies of various mouse models, mouse breeding and genotyping.
  • Developed novel mouse model for in vivo disease assessment.
  • Developed and characterized mouse models of medulloblastoma & choroid plexus carcinoma 6.
  • Generated and phenotyped pancreatic beta-cell specific knockout mouse models of peroxisomal enzymes.
  • Established and created a mouse model of osteogenesis imperfecta.
  • Examined the function of glucocorticoids in the regulation of mucosal immunity in the stomach using mouse models and Next gen sequencing.
  • Generated AMPK deficient and Skp2 phosphorylation site specific overexpression mutations cell and study tumorigenesis and drug resistance in mouse models.
  • Study of DNA methylation in an AML mouse model in Dr Ulrich Steidl's lab.
  • Analyzed the Alendronate's anti-resorptive function in osteogenesis imperfecta mouse model.
  • Perform in vitro and in vivo assessments to determine the dosage, pharmacokinetics and biodistribution of targeting agents in mouse models.
  • Developed mouse models to study the differential functions of the translational isoforms of the glucocorticoid receptor in vivo.
  • Isolated mRNA from VEGF induced angiogenic mouse model for gene microarray 2.
  • Studied the preclinical effects of RNS60 Nanobubbles (Revalesio Corp., Tacoma, WA) in APPswe/PS1dE9 AD-like mouse model.

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17. Data Collection
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Here's how Data Collection is used in Research Fellow jobs:
  • Performed extensive literature reviews, evaluated study designs, and assessed data collection procedures.
  • Developed software for data collection and analysis in research instruments for new diagnostic technologies.
  • Managed all ecological research, data collection and data evaluation through statistical analyses.
  • Coordinated Clinical Trials including data collection and statistical analysis.
  • Developed experimental design and implemented data collection and analysis.
  • Construct questionnaires to facility data collection and statistical analysis.
  • Developed Android-based sensor data collection application.
  • Designed research data collection protocol, obtained Institutional Review Board Approval (IRB) approvals and managed the research protocol schedule.
  • Led planning, data collection and analyses establishing the WHHL rabbit as animal model for studying behavioral influences in atherosclerosis.
  • Educated CRTP fellows in experimental design, proper record keeping, data collection, data interpretation, and data presentation.
  • Supervised one Laboratory Technician for support (animal care and data collection) of animal studies.
  • Facilitated logistics, trained research associates, and completed data collection in multiple countries.
  • Performed data collection in lab, greenhouse, and field settings.
  • Managed student team for data collection and project set up.
  • Reviewed medical chart, data collection, and analysis
  • Developed a method for automatically digitizing paper traces and accounting for the uncertainty arising from the historic methods of data collection.
  • Research and report on neighborhood sustainability metrics and data collection methodologies including review of the Global Reporting Initiative.
  • Supervised and trained a team of research assistants and fellows in data collection and CRF data entry procedures.
  • Assisted faculty with Miscanthus invasive plant project including data collection and analysis.
  • Conduct independent locomotion biomechanics research and data collection Mentor graduate and undergraduate students

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421 Data Collection Jobs

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18. Elisa
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average Demand
Here's how Elisa is used in Research Fellow jobs:
  • Designed a high-throughput ELISA screen to identify ATR-inhibiting compounds for potential therapeutic applications.
  • Developed ELISA protocol based on novel antigen and successfully used this kit in extensive trials for early detection of tuberculosis.
  • Established ELISA assays of human plasma protein C and blood coagulation factor IX.
  • Diagnosed of complicated skin biopsy specimens using TEM, ELISA and IHC.
  • Mentored a medical school student and trained colleagues to perform ELISA.
  • Developed an ELISA assay for antibody binding and interaction assay.
  • Analyzed blood serum samples for antibodies using ELISA.
  • Measured hormone and inflammatory cytokines concentration by ELISA.
  • Determined the limit of detection of a novel fluorescence-based biosensor through the use of CytoFluor, lasers, and standard ELISA assays
  • Developed immunological assays (WB, IFA, ELISA) to evaluate the seroprevalence of HMPV.
  • Discovered and published that a serum biomarker is increased under anemia and inflammation using ELISA.
  • Experienced in enzymatic analyses: ELISA test, spectrofluorimetry, and in Western blotting.
  • Develop ELISA to characterize OX40 aptamer binding.
  • Performed peptide competition assays, radio immunoassays and ELISA assays, cell-based assays and functional reconstitution experiments with deletion mutants.
  • Performed osteocalcin ELISA study for osteogenesis process.
  • Identify and validate biomarkers/gene expression by ELISA, Western Blot, quantitative Real-time PCR and immunofluorescence microscopy.
  • Detected autoantibodies and soluble cell surface molecules in sera of autoimmune disease patients with ELISA.
  • Studied effects of Ayurvedic drug on Synovial tissue by analyzing inflammatory proteins by ELISA
  • Designed and managed in vitro screening projects using immunoblotting and ELISA techniques to identify opioidergic compounds.
  • Completed microbial methods development including ELISA, ECL, and fluorometry assay for low concentration toxin detection.

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171 Elisa Jobs

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19. Clinical Trials
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Here's how Clinical Trials is used in Research Fellow jobs:
  • Described the syndrome of age-related joint degeneration, improved diagnostic techniques, and performed human clinical trials to refine implant efficacy.
  • Conduct clinical trials for pharmaceuticals: anti-inflammatory, analgesics and blood pressure control.
  • Assisted principal investigators in preparing materials for reports, talks, and presentations related to research and clinical trials.
  • Maintained Institutional Review Board compliance documentation and progress reports for all clinical trials related to research studies.
  • Coordinated scheduling and enrollment of patients into clinical trials with physicians, and other hospital staff.
  • Evaluated, reviewed charts, and extracted data to screen patients for clinical trials and testing.
  • Participate in Intensive summer course on Bioethics, Research Ethics, Clinical Trials and Health Disparities.
  • Conduct subject visits, work with sponsors, regulatory personnel, coordinate and manage clinical trials.
  • Contributed to ongoing clinical trials and helped in the formulation of questionnaires and data collection.
  • Developed protocols to conduct and maintain clinical trials in or to achieve research goals.
  • Lectured in two seminar series: Clinical Trials Management and Occupational Health.
  • Performed comprehensive clinical research; designed clinical trials and studies.
  • Qualified and enrolled new patients for clinical trials.
  • Purify polyclonal human antibodies from plasma samples obtained from subjects participating in various influenza infection protocols and/or influenza vaccine clinical trials.
  • Developed/Validated Luminex multiplex assays to measure antibody against bivalent flu vaccine to support vaccine clinical trials.
  • Collaborated with Clinical Research Associates from Merrell-Dow Pharmaceuticals for successful completion of multi-center clinical trials.
  • Collaborate with clinical oncology group in planning and preparation of investigational new drug (IND) documents and clinical trials.
  • Associated Skills Coordinating clinical trials, recruiting and consenting patients for all the IRB approved studies.
  • Test sample preparation for in-situ human clinical trials.
  • Maintain clinical trials database for research studies.

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171 Clinical Trials Jobs

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20. R
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average Demand
Here's how R is used in Research Fellow jobs:
  • Delivered technical support in additional to training and mentoring colleagues.
  • Awarded Juvenile Diabetes Research Foundation advanced postdoctoral fellowship
  • Functioned in a leadership role managing operations in a group laboratory of high field NMR (3) spectrometers.
  • Develop, execute and analyze data derived from primary and stem cell based small molecular screen.
  • Co-supervised two undergraduate students with one of the students awarded best honors thesis.
  • Maintain lab and organize chemicals at proper places.
  • Study molecular mechanisms of action in small molecular-mediated photoreceptor development and survival.
  • Develop strategies for stem cell derived retinal neuron culture and primary culture in 384 and 1536 well format using ECHO.
  • Experienced in CVD and PVD systems and knowledgeable about different types of vacuum systems, issues and troubleshoot.
  • Authored and published an article that was featured on the cover of the Journal of Neuroscience.
  • Established wide range of doping in diamond and developed high conductivity in doped and undoped diamond.
  • Utilized NMR and GC/MS for sample analysis Conducted literature searches via CAS, Chemical Abstracts, SciFinder
  • Developed new techniques to extract cell-surface associated proteins from biofilm cells.
  • Developed a diabetic mouse model for rod photoreceptor transcriptome analysis utilizing NG-RNA sequencing.
  • Develop in vitro transcription assay to measure transcriptional blockage.
  • Established a high-throughput platform to screen nanoparticles created from a wide variety of polymers for their ability to transfect ocular cells.
  • Optimize nanoparticle based transfection methods for a hard-to-transfer photoreceptor and other ocular cells.
  • Identified protease targets within the Staphylococcus aureus biofilm matrix.
  • Searched unique route to synthesize tunable size magnetic nanoparticles.
  • Established intracellular and extracellular electrophysiological recordings in Drosophila larvae.

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21. Flow Cytometry
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Here's how Flow Cytometry is used in Research Fellow jobs:
  • Optimized histology and flow cytometry protocols using a novel monoclonal antibody.
  • Discovered a novel assay using flow cytometry to identify cancer stem cells from prostate tumors.
  • Utilized AutoCAD software to improve efficiency of a flow cytometry system.
  • Examined cell surface markers and DNA content with flow cytometry.
  • Collaborated in the development of novel protocols and applications of flow cytometry for algae enumeration and morphological population dynamics.
  • Conducted experiments involving molecular biology including clone and transfection, flow cytometry, and protein expression and purification.
  • Analyzed peripheral blood mononuclear cell composition from human subjects with atherosclerosis by flow cytometry and CyTOF.
  • Pioneered flow cytometry-based detection techniques to differentiate high and low affinity antigen receptor-bearing B-lymphocytes.
  • Studied the extent of apoptosis caused by heat and oxidant damage in neuronal cell lines with the help of flow cytometry.
  • Integrated quantitative flow cytometry, micropipette adhesion assays, AFM and TIRF microscopy, flow assays and theoretical models.
  • Utilized various techniques: Tissue culture, RT-PCR, Immunocytochemistry, Flow cytometry and Colony forming cell assay.
  • Flow Cytometry (FACS): genotyping TCR Transgenic and GFP+ animals [BD FACS Caliber].
  • Performed flow cytometry study of osteoclast (OC) markers, CD51 and CD61.
  • Performed validations studies by siRNA, cell proliferation assays and flow cytometry.
  • Devised a high throughput flow cytometry index sorting-RNAseq methodology to simultaneously track expression of gene clusters in a primary immune response.
  • Established a flow cytometry based cell assay to titer lentiviral infection efficiency.
  • Established model system to monitor antigen-specific B cell activation, migration and differentiation in vivo using flow cytometry and confocal microscopy.
  • Developed a flow cytometry based diagnostic assay for myasthenia gravis which detects autoreactive B cells using flow cytometry.
  • Evaluated Ebola virus and VLP-stimulated responses in basophils and eosinophils by flow cytometry and luminex cytokine bead arrays.
  • Analyzed intracellular and cell surface markers on WBCs, RBCs, platelets, endothelial cells and tumor cells by Flow Cytometry.

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800 Flow Cytometry Jobs

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22. Hplc
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average Demand
Here's how Hplc is used in Research Fellow jobs:
  • Identified and implemented state-of-the-art, automated, high-throughput, HPLC-MS and SFC-MS technologies to analyze and purify drug discovery compounds.
  • Assisted with writing of grant proposals, maintained NMR facility and trained other users in use of NMR and HPLC.
  • Developed HPLC/FLD and HPLC-MS/MS methods for screening and quantification.
  • Developed optimal conditions of mobile phase and flow-rate for protein separation using preparative-HPLC.
  • Synthesized peptide nucleic acids followed by HPLC purification and MS characterization.
  • Established a HPLC-based HCV assay for evaluation and determination of the kinetic parameters of various HCV protease constructs.
  • Quantified concentration of green tea from human and rats plasma samples using chromatography technique (HPLC)
  • Developed and validated analytical test procedures for the HPLC and GC/C/IRMS.
  • Synthesized peptide sequences using standard FMOC-chemistry and purified using RP-HPLC.
  • Assessed albumin secretion by rat hepatocytes on HPLC system.
  • Perform HPLC and GC-MS analysis on rat and mouse tissue, In vivo microdyalisis technique and rats behavioral studies.
  • Separate, purify and characterize the stereoisomers of oligomers with HPLC, 2D-NMR, HRMS and IR.
  • Developed three chiral normal phase HPLC methods for substituted N-heterocycle compounds.
  • Prepared and purified small to medium amounts of recombinant USP13 from bacteria and mammalian cell lysates utilizing HPLC and FPLC equipments.
  • test for presence of 12 perfluorinated compounds (PFCs) using an on-line SPE-HPLC-MS/MS method.
  • Set up radio-chromatographic methods (TLC and HPLC) for analysis of endothelial- and platelet- derived arachidonic acid metabolites.
  • size determination of pharmaceuticals by High Performance Liquid Chromatography (HPLC) Sample preparation Data analysis with Excel
  • Quantified flavonoids in Gunnera manicata L. using HPLC-DAD detection and -Presented research at the Richmond Chromatography Group monthly discussion section.
  • Employed column chromatography, analytical and preparative HPLC, TLC and analytical LC-MS techniques to purify and analyze compounds.
  • Experienced in various analytical techniques in organic synthesis like flash chromatography, preparative HPLC, and various chromatographic techniques.

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79 Hplc Jobs

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23. NMR
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average Demand
Here's how NMR is used in Research Fellow jobs:
  • Designed, executed, and interpreted laboratory experiments using proton nuclear magnetic resonance spectroscopy (H-NMR).
  • Engineered a Magnetic Resonance Imaging (MRI) method, for use in Nuclear Magnetic Resonance (NMR) Spectroscopy.
  • Trained and supervised students with the novel methods, H-NMR analysis, and the synthesis of intermediate products.
  • Determined the structure of a zinc-finger domain using NMR spectroscopy and molecular modeling.
  • Conducted NMR-Carbon 13 and NMR-Hydrogen Proton on organic compounds.
  • Collected and analyzed products using IR and 1H NMR
  • Utilize modern synthetic and characterization methods including NMR, FT-IR, GCMS, LCMS, GC, HPLC, and UV.
  • Determine the protein-protein complex structures using modern multi-dimensional liquid- state NMR.
  • Prepare isotopically labeled BRCA1/BARD1 mutant proteins for NMR spectroscopy.
  • Characterized polymer samples and polymer-rich surfaces utilizing a variety of analytical instrumentation including NMR, FT-IR, and AFM.
  • Trained incoming School of Pharmacy graduate students and interns on Bruker NMR machines (400-600 MHz).
  • Synthesized and characterized amidinating reagents (DEST and SSETA) using NMR.
  • Worked with extremophiles- proficient in running NMR experiments, and mass spectrometer.
  • Performed 1D NMR spectroscopy to resolve active state of RasC GTPase.
  • Carried out the synthesis of an antimony- tetraphenylporphrin molecule and subsequent analysis using NMR, UV-Vis spectroscopy.
  • Performed anion binding study of those synthetic cyclic peptides using 1H NMR spectral titration method.
  • Research in: Instrumental analysis, including SC-NMR, LC-MS, and Peptide Sequencer.
  • Investigated mechanism for intercalative DNA drugs, such as daunorubicin, using NMR.
  • Determine the protein-protein complex structures from the bacterial chitobiose phosphotrasferase system using modern multi-dimensional liquid-state NMR.
  • Determined the coordination chemistry and the binding modes of nitric oxide using NMR, in-situ UV-Vis, IR and EPR spectroscopy.

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53 NMR Jobs

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24. Immunology
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Here's how Immunology is used in Research Fellow jobs:
  • Presented findings at national and international meetings on immunology and vaccine development.
  • Conducted research in Dr. Deborah Fraser's Immunology Laboratory.
  • Have broad perspective in biochemistry, cell biology, molecular biology and immunology.
  • Studied Immunology and Inflammation, in particular leukocyte migration (7 publications).
  • Performed research in HIV/AIDS immunology and genetics.
  • Led protein engineering and protein structural study projects in epigenetics and immunology.
  • Interfaced with immunology and bioinformatics experts from other national institutions.
  • Planned new scientific project in Neuroimmunology for clinical studies.
  • Conducted clinical work as a fellow in Immunology /Rheumatology.
  • Published several peer reviewed manuscripts in reputed immunology journals.
  • Published these findings in Nature Immunology and submitted patent describing the use of integrin antagonists for preventing HIV infection and replication.
  • Invited to present this research at the International Congress of Mucosal Immunology, Paris.
  • Presented an abstract at the 2016 AACR Tumor Immunology and Immunotherapy Conference
  • Assisted with Stadtman Immunology Committee and NIDCR CORE Manager Hiring Committee.
  • Studied cancer immunology, specifically how natural killer cells migrated after exposed to the tumor microenvironment.
  • Conducted research in immunology, cancer immunotherapy and costimulatory molecules.
  • Worked on the immunology of Rocky Mountain Fever using in vivo and in vitro animal models.
  • Research paper published in Journal of Immunology was picked as Editor s choice .
  • Trained in clinical immunology in vitro diagnostic testing including ELISA and non-ELISA immunoassays, PCR and flow cytometry.
  • Research Fellow Data analyzing using SAS/STAT, Prism/Graphpad and MS Office Cellular immunology and HIV vaccine preclinical trials

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1,289 Immunology Jobs

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25. Hiv-1
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Here's how Hiv-1 is used in Research Fellow jobs:
  • Evaluated the best suited primer/probe candidates from these regions for optimum performance in HIV-1 viral load assays.
  • Performed screening of antiviral and HIV-1 inhibitors with a cell-based single round neutralizing assay.
  • Developed a functional assay to study the HIV-1 infection and drug screening.
  • Determined that HIV-1 Matrix protein was not sufficient for particle formation
  • Studied HIV-1 proteins for drug development.
  • Developed HIV-1 stains expressing defined envelope gene and luciferase.
  • Launched new field of study in retrovirology research by identifying a human protein that targets HIV-1 integration into human genes.
  • Worked on membrane proteins like CXCR4 & CCR5, which are HIV-1 co-receptors and HIV glycoproteins gp120 and gp160.
  • Invented and developed novel anti-HIV-1 NCp7 inhibitors (US patent 6,706,729; licensed by Achillion Pharmaceuticals).
  • Reported first that Vpu traverses to the plasma membrane to function in the HIV-1 viral release.
  • Studied the molecular interaction between CD4 and HIV-1 viral proteins especially HIV envelope and Vpu proteins.
  • Applied small molecule fragment screening by X-ray crystallography to HIV-1 reverse transcriptase (RT).
  • Discovered a HIV-1 potent neutralizing human monoclonal antibody called X5 (patent issued).
  • Research interest: The role of chromatin structure in HIV-1 pathogenesis.
  • Studied HIV-1 protease and matrix by crystallographic methods.
  • Quantitated HLA proteins incorporated by HIV-1.
  • Showed that inhibition of HIV-1 integrase by AZT and phenanthroline-cuprous complex is associated with reduced enzyme-DNA binding.
  • Designed and performed a study to investigate cross-reactivity of neutralizing antibodies among HIV-1 infected individuals from India.
  • Performed protein engineering to obtain functional HIV-1 Vif protein complexed with human APOBEC3 protein from E coli.
  • Studied structure/function relationships on antibodies to HIV-1: Examined the functional activity of Ig classes and subclasses on viral infectivity/replication.

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26. Literature
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Here's how Literature is used in Research Fellow jobs:
  • Researched industrial safety and technology management literature for teaching assistant responsibilities for undergraduate safety courses.
  • Review scientific literature on environmental health topics for potential health impact assessments and policies.
  • Conducted literature searches and prepared literature reviews and assisted with manuscript preparation.
  • Experience in identifying and extracting information from peer reviewed literature.
  • Conducted literature searches and prepared annotated bibliographies.
  • Refined abilities to evaluate scientific literature, propose new hypotheses, design and perform experiments, and interpret results.
  • Published findings in scientific literature and as technical reports; presented findings to sponsoring agency and at scientific venues.
  • Researched relevant literature, tested hypotheses about the data, reported about the data and the results
  • Surveyed literature for specified projects, compiled, organized, and analyzed background material.
  • Reviewed and summarized literature on religion and social work; mindfulness in schools.
  • Review literature on workload, automation, and other human factors topics.
  • Obtained copies of pertinent papers from scientific literature.
  • Led group discussions on recent scientific literature.
  • Conducted quantitative and qualitative research analysis including developing questionnaires, analyzing statistical data, literature review, and report generation.
  • Researched published data and literature of new investigational compounds.
  • Work was based on literature and lab research.
  • Carried out systematic review of the published grey literature on ePrescribing and antimicrobial resistance/stewardship.
  • Researched published literature evaluating the relationship between Helicobacter pylori and colorectal cancer.
  • Spring 2016 Researching for a literature review concerning a community's decision concerning the tradeoff of public versus privately provided goods.
  • Performed literature search on assay development for creatine kinase for the initiation of the Duchenne Muscular Dystrophy Quality Assurance Program.

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332 Literature Jobs

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27. Symposium
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average Demand
Here's how Symposium is used in Research Fellow jobs:
  • Conducted research concerning functional illiteracy * Evaluated data to present to the CIC Symposium
  • Presented findings at the California Lutheran University Student Research Symposium.
  • Analyzed data, presented progress to supervisor, and results at the NIH Annual Research Symposium.
  • Presented results at the UCI Undergraduate Research Symposium to students, faculty, and academics.
  • Research poster presentation, RIT Undergraduate Research Symposium, August 12, 2011.
  • Presented findings of study at Vassar College's 2003 Research Summer Institute Symposium.
  • Presented completed research at the annual symposium of the Leadership Alliance.
  • Presented research findings at the 2015 Tumor Immunology Keystone Symposium.
  • Showcased my research at scientific conferences and symposiums.
  • Assist in planning a local undergraduate research symposium.
  • Presented poster at UROP 2012 Spring Research Symposium
  • Conduct seminar and symposium on these topics.
  • Presented findings at the UCI UROP symposium
  • Communicated psychological and statistical research results through Publications, reports and symposiums.
  • Presented original research on homoeroticism in Othello for undergraduate research symposium.
  • Helped to organize the Boston Site for 2014 Global DSAR Symposium as a representative for DSAR US Bioimaging.
  • Research Presentation: Poster at Mid-SURE Symposium, August, 2015, East Lansing, MI.
  • Presented findings to PhD, MDs, colleagues, and Kentucky legislatures in research symposium.
  • Presented results at International Symposium on Bioremediation 2010 in Reno, NV.
  • Research mentor: Sandra J. Connelly Ph.D. - Research poster presentation, RIT Undergraduate Research Symposium, August 13, 2010.

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3 Symposium Jobs

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28. PI
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Here's how PI is used in Research Fellow jobs:
  • Mentored three undergraduate students in empirical analysis and completion of undergraduate summer and thesis projects.
  • Propose Annual Report recommendations and topics for Congressional hearings.
  • Contributed to the development and implementation of the policy analysis tool-Rapid Policy Assessment and Response funded by the Open Society Institute.
  • Collaborated with PI and colleague to conceptualize, edit, and contribute data to an NIH R01 grant.
  • Partner with research associates and principal investigator (PI) to design, develop and conduct experiments.
  • Compose Staff Reports and Issue Briefs on topics relevant to U.S. national security interests in Asia.
  • Project description: The central topic of this research is the interaction of light with matter.
  • Helped PI for timely completion of projects, grant renewals and sourcing new grant funding.
  • Compile daily briefing of China-related news stories for Commissioners and Commission staff.
  • Documented pilot composting projects at Yale's graduate and professional schools.
  • Synthesized transition metal complexes to study redox, spectroscopic and structural properties.
  • Ascertained that p63 is not involved in the epithelial-mesenchymal transition (EMT) in basal-like phenotype breast tumors.
  • Worked both independently and in team manner with my Co- PI, Laura Fredenburgh's lab.
  • Optimized vessel detergent cleanout procedures that are currently being used in all Merck's pilot plants.
  • Prepared manuscript and performed research on pressure changes in cerebrospinal fluid during lumbar puncture in lateral decubitus and prone positions.
  • Flow injection analysis (using LACHAT) and ion chromatography of liquid supernatant Compiled findings in a scientific paper:.
  • Evaluate the phenotypic effects of rare mutations and copy number variance in FA genes, by QPCR and ddPCR.
  • Created a "spread sheet" chart, with protocol data for the PI to request further funding.
  • Studied the mechanism of drug-induced hepatitis in guinea pig and mouse models transgenic for selected cytokines and chemokines.
  • Lead engineer in the development of the Vioxx process in the laboratory, and pilot plant.

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374 PI Jobs

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29. Animal Models
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Here's how Animal Models is used in Research Fellow jobs:
  • Developed animal models of chronic abdominal pain.
  • Examined the role of bacterial communication genes in establishment of chronic, persistent ear infections using animal models.
  • Developed a novel therapeutic vaccine for brain and lung cancer and tested in animal models.
  • Field of Study: Development of Virology-based Animal Models of Multiple Sclerosis.
  • Performed the molecular studies with special animal models.
  • Mentored 5 neurosurgical residents in the development of large and small animal models of acute neurological injury.
  • Investigated potential risk factors of drug-induced hepatitis through global genomic analysis and data-mining techniques using animal models.
  • 5.Developed animal models to predict variation of drugs response and Drug-Drug interaction.
  • Established pharmacodynamic animal models to study novel compounds for treating anemia.
  • Developed new animal models of Glioblastoma in rats and mice using a combination of relevant genetic losses to enhance tumor formation.
  • Experience in performing Toxicological studies in animal models (Rabbit, Rat and Guinea pigs) and hypothalamic neuronal culture.
  • Developed new therapies using systemic and convection enhanced delivery of compounds on animal models of Glioblastoma in rats and mice.
  • Screened potential therapeutic peptides in cell culture and animal models.
  • Develop cutting-edge microscopy and biochemistry methods using molecular biology, in vitro systems, and murine and arthropod animal models.
  • Designed and validated In-Vivo animal models to assess cardiac structural and functional remodeling post myocardial infarction and reperfusion injury.
  • Identified a unique bone mass regulation pathway using bone imaging, cellular and molecular techniques, citizenship and genetic animal models.
  • Established the pivotal importance of PI3k p110alpha isoform in breast development and cancer by using conditional knock-out animal models.
  • Designed experiments and supervised testing of peptides and biologics as treatments for sepsis in animal models.
  • Designed and conducted in vivo bioassays on animal models to determine virulence of virus mutants.
  • Analyzed cell signaling in lungs and PAs from hypoxic animal models of pulmonary hypertension.

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347 Animal Models Jobs

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30. IRB
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low Demand
Here's how IRB is used in Research Fellow jobs:
  • Executed technical and data analysis aspects of projects, and wrote associated manuscripts, technical protocols, and IRB documents.
  • Manage site master file contents and work with sites to ensure communication requirements between site and IRB are adhered to.
  • Assisted in research protocol development with residents, fellows, the IRB, and various members of medical staff.
  • Obtained approval of study regulations, such as local IRB, rely IRB, and DUA of 9 sub-projects.
  • Involved in the protocol planning, writing, and institutional (IRB) approval of this study.
  • Led the development and implementation of a new IRB research project into renal failure in FD.
  • Manage Institutional Review Board (IRB) modifications, renewals, and related data use agreements.
  • Orchestrated and planned research project, developed study designs, protocols and submitted IRB applications.
  • Developed, submitted, and revised IRB and OMB packages for new research projects.
  • Provide support in protocol development, IRB submission, IRB responses and amendments.
  • Monitor various administrators' compliance to Institution Review Board (IRB) protocol.
  • Authored animal-model IACUC protocols for Institutional Review Board (IRB) approval.
  • Developed process changes in response to IRB-audit of clinical study.
  • Prepare all related IRB documentation for the clinical trials.
  • Experience with annual IRB reviews/updates and communicating with IRB.
  • Study was granted IRB approval.
  • Secured a lucrative institutional subcontract for biospecimen collection, prepared IRB documentation and ensured that all regulatory requirements were met.
  • Developed pre-clinical trials and Institutional Review Board (IRB) protocols through weekly meetings and interaction with physicians and basic scientists.
  • Generated IRB protocols, data for manuscripts, data for grant objectives, wrote manuscripts.
  • Drug resistance mechanisms in colistin- and carbapenem-resistant Enterobacteriaceae in the lab of Dr. James Kirby

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43 IRB Jobs

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31. Confocal Microscopy
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low Demand
Here's how Confocal Microscopy is used in Research Fellow jobs:
  • Performed analysis of blood vessels using 3-D confocal microscopy.
  • Trained graduate and undergraduate students in these new techniques as well as a variety of standard research techniques including Confocal Microscopy.
  • Learned confocal microscopy, antibody labeling, and use of ImageJ and Olympus FLUOVIEW software.
  • Image capture and analysis of confocal microscopy and other types of microscopy.
  • Supported the cell wall engineering group for fluorescence and confocal microscopy.
  • Used microscopy and confocal microscopy and developed custom macros in ImageJ/Fiji software to automate the image analysis on a consistent basis.
  • Utilized chemical derivatization, purification, ELISA and live cell assays with confocal microscopy to elucidate interactions.
  • Developed test methodology to quantify biofilm by incorporating confocal microscopy technique with flow cell system
  • Gained experience of phase contrast, confocal microscopy and Metaflor ratio imaging analysis.
  • Used confocal microscopy to demonstrate localization of prion aggregates by immunocytochemistry.
  • Cloned and Sequenced Phospholipase A2 in cancer cell lines and studied their expression by confocal microscopy imaging.
  • Develop new protocols to stain tissue for multi-color confocal microscopy and resolve complex technical issues.
  • Assess protein surface expression by confocal microscopy with immunofluorescence as compared to total expression by Western blot.
  • Gained applicable knowledge of confocal microscopy, lentiviral vector design and production and primary hippocampal neuron isolation.
  • Demonstrated nanoparticle uptake by macrophages in tissue by confocal microscopy.
  • Immunolabeled cells to view cell sorting and cell bridging via confocal microscopy (Leica SP2 and SP5).
  • Performed image analysis (ImageJ, Matlab, and Metamorph) on live-cell data acquired by confocal microscopy.
  • Utilized confocal microscopy to demonstrate shift in the photoluminescence spectra of calcium molybdate particles upon binding biomolecules.
  • Key findings: Identified a novel actin-binding domain in PDZ-RhoGEF by performing immunofluorescence and confocal microscopy.
  • Performed confocal microscopy on cells inside hyaluronic acid hydrogels to visualize neurite outgrowth.

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32. Spss
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low Demand
Here's how Spss is used in Research Fellow jobs:
  • Transcribed, coded and analyzed qualitative data, and developed and managed an SPSS database used for quantitative analysis.
  • Analyzed data sets using SPSS and considered organizational implications of results.
  • Developed expertise in advanced statistical analysis using SPSS and STATA.
  • Maintained simulator sickness SPSS database.
  • Design a self-report stress questionnaire to then recruit, train, and oversee the study; Analyze data using SPSS.
  • Train in-country officials in research design, survey development, SPSS programming, and indicator development.
  • Analyzed data using Axis TI & Statistical Processes for Social Sciences (SPSS).
  • Entered qualitative and quantitative data for analysis using SPSS, Atlas-TI, and Office.
  • Proposed original research project; coded and analyzed data with SPSS and Amos.
  • Analyzed hypothesis and findings data through SPSS software.
  • Entered and analyzed statistical data using SPSS.
  • Used SPSS and Excel to analyze data.
  • Performed statistical analysis using SAS, SPSS.
  • Analyzed and interpreted results using SPSS.
  • Analyzed survey data using SPSS.
  • Compiled and analyzed program assessment data using graduate level statistical skills with SPSS statistical software package.
  • Implemented Matlab, SPSS, and Linux scripting tools for data organization and analysis and developed new tools when necessary.
  • Clean and analyze data using SAS, SPSS, and R software Write and contribute to publications in peer-reviewed scientific journals
  • Managed patient data and analysis on specialized software like SPSS, SPMM & created analytical reports for senior staff.
  • Applied analytical and communication skills to examine data in SPSS and present the findings at a poster session.

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27 Spss Jobs

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33. Mass Spectrometry
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low Demand
Here's how Mass Spectrometry is used in Research Fellow jobs:
  • Analyzed data, including light output, extinction coefficient, HPLC, stability, NMR, LC-MS and mass spectrometry data.
  • Analyze data using Mass Spectrometry Present results at a conference
  • Gained proficiency in state of the art liquid chromatography (LC) and mass spectrometry (MS).
  • Identified transcriptional factors for the gene promoter by DNA-RPE nuclear protein interaction and mass spectrometry (MALDI-TOF).
  • Project (2): Used quantitative mass spectrometry to identify Crk-binding proteins in muscle.
  • Research focused on the membrane protein-protein interactions of mitochondrial Mfrn1 by mass spectrometry.
  • Experienced in proteomic studies using mass spectrometry (MALDI-TOF Mass Spec).
  • Implemented strategies to study synaptic mitochondrial proteins and protein complexes using differential centrifugation, affinity purification and quantitative tandem mass spectrometry.
  • Project: Protein biomarkers discovery (Label-free approach) and validation (Multiple Reaction Monitoring) using liquid chromatography-mass spectrometry technique.
  • Conducted analysis using thin layer chromatography, Nuclear Magnetic Resonance, and Gas Chromatography/Mass Spectrometry technology to determine compound compositions.
  • Developed and validated both qualitative and quantitative analytical techniques using 2-dimensional gas chromatography-Time-of Flight mass spectrometry instrumentation.
  • Utilized liquid chromatography and mass spectrometry to confirm the identity of products from sulfotransferase-catalyzed reactions.
  • Research focused on proteomics study of ephrin signaling by affinity purification and mass spectrometry.
  • Contributed to original development of electrospray interface of capillary electrophoresis with mass spectrometry.
  • Utilized multiple biochemical techniques (HPLC and mass spectrometry) to isolate bacterial endotoxins and examined the mechanism of lytic action.
  • Worked in a cGMP laboratory with strong emphasis on sample preparation, liquid chromatography, mass spectrometry and data handling.
  • Key words: Data modeling, Linear and non-linear programming, Mass spectrometry data, p53 PTMs.
  • Determined the binding constants of Fetuin complexation with lanthanide metals using ESI TOF mass spectrometry and fluorescence spectroscopy.
  • Used 2 Dimensional Gel Electrophoresis and Mass Spectrometry (MS-MS) to identify potential SUMO binding partners.
  • Implemented post-digestion stable-isotope labelling iTRAQ method coupled to tandem mass spectrometry analysis for mitochondrial protein relative quantitation.

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345 Mass Spectrometry Jobs

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34. Public Health
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low Demand
Here's how Public Health is used in Research Fellow jobs:
  • Planned state-wide public health caucuses, attended by government representatives and community members.
  • Completed public health surveillance system evaluation.
  • Presented on various public health and medical topics to 26 residents, 3 fellows, 20 students, and 15 doctors.
  • Worked on various aspects of public health medicine, under the Medical Director of the Oakland County Health Division.
  • Presented findings at Ball State Student Symposium, Indiana Dietetics Association, and Public Health Nutrition Directors' Meeting.
  • Analyzed gaps in state public health laws and identified best practices for updating public health codes.
  • Administrated research grantee program to expand the field Public Health Systems and Services Research.
  • Researched the global public health impact of counterfeit, falsified, and sub-standard drugs.
  • Worked on writing grant proposals for CDC funding of a public health initiative.
  • Employed in Department of Public Health, Comparative Pathology and Veterinary Hygiene.
  • X-ray Supervisor and Operator License, California Department of Public Health.
  • Lectured on statistical concepts and methods to public health graduate students.
  • Translated the science of chronic diseases into relevant public health practice.
  • Presented findings at the American Public Health Association 2012 annual meeting.
  • School of Public Health, Program in Dental Public Health.
  • Provided Public health Pilot study for Prostate cancer research.
  • Developed research manuscripts for submission to peer-reviewed academic journals Presented at professional nursing, psychology, and public health conferences.
  • Supported paired partner - the Hanoi School of Public Health - in producing knowledge dissemination outputs.
  • Conducted Biomedical and Public Health Research Developed a method to simultaneously measure the levels of several HIV-AIDS drugs in serum
  • Drafted blog post providing snapshot of the stacking case study of a rural local public health agency.

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258 Public Health Jobs

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35. Python
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low Demand
Here's how Python is used in Research Fellow jobs:
  • Analyzed 20 years of economic data, increasing accuracy by more than 20% compared to existing methods (Python)
  • Use Python to program for the graphical interface of the integration product and establish communications between different functional modules.
  • Produced numerous data processing, analysis, and visualization pipelines using Python, R, and BASH.
  • Use Python to get data from Chinese social media to help the analysis.
  • Designed and build SQL databases and writing programs in Python to access it.
  • Learned Python, Sage, Mathematics, Objective-C.
  • Directed engineering interns in development of Python modules for Generalized Pareto Analysis.
  • Developed bioinformatics Python programs for converting DNA sequences into numerical data.
  • Worked on thermal calibration of thermocouples and laboratory automation using Python.
  • Improved and integrated code to open source Refinery & Galaxy projects (Python) and designed test cases to ensure software quality
  • Involved in research with Professor Victor Pan, designing simultaneous polynomial root finding algorithms in MATLAB, C++, and Python.
  • Used PostgreSQL, matplotlib and Python to store, analyze and graph interesting results from the simulations.
  • Set up and maintained Ubuntu workstation with VNC Server running Python, IDL, and Matlab.
  • Constructed the networks using C++ OOP and consistently analyzed the simulation results using Python.
  • Designed Python, Java, and Stata packages for large longitudinal network data.
  • Image analysis of fluorescent microscopy (Python, MATLAB, R ).
  • Used python scripting language to optimize workflow.
  • Used Oracle 8.0, Unix Solaris, Windows 95/98/00, Mac OS, Perl, Python.
  • Optimized MR data acquisition parameters in Varian 9.4T system and analyzed the signals using C, python and Analyze.
  • Make publication-quality figures with Python (Numpy and Matplotlib).

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239 Python Jobs

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36. International Conferences
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low Demand
Here's how International Conferences is used in Research Fellow jobs:
  • Prepared and presented data findings in laboratory meetings, departmental seminars, international conferences, and in peer-reviewed academic journals.
  • Collaborated with leading scientists throughout the world in conducting large-scale workshops and national / international conferences and seminars.
  • Participated in grant-writing Published papers in peer reviewed journals and presented results at national and international conferences
  • Presented work at international conferences, departmental seminars, and laboratory meetings.
  • Compiled abstracts, posters, publications and presentations at international conferences.
  • Presented research findings in national and international conferences and publications.
  • Present research findings during departmental seminars and international conferences.
  • Presented at a number of national and international conferences.
  • Invited to present at several national and international conferences.
  • Presented research in weekly laboratory meetings and international conferences.
  • Presented at various local, national and international conferences.
  • Presented research findings at institutional and international conferences.
  • Attended and presented research results in international conferences.
  • Present scientific research at national and international conferences.
  • Presented work at local and international conferences.
  • Presented scientific talks at national/international conferences.
  • Published 1 co-author research manuscript, 2 oral and 10 posters presentations as co-author in national and international conferences.
  • Participated to international conferences and presented study results to audiences of >100 people.
  • Present research at national and international conferences, and publish results in peer-reviewed journals.
  • Presented research findings at multiple international conferences to audiences ranging from 100 to 600.

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131 International Conferences Jobs

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37. C++
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low Demand
Here's how C++ is used in Research Fellow jobs:
  • Developed time-series analysis software in C++ for use in the data mining and statistical analysis of astronomical data.
  • Developed and optimized a novel model by using C/C++ to simulate non-linear optical emission property of ZnO/CdS Quantum Dots.
  • Write control software (gnu C++ in Linux) for the Control Center to control this multiple-segment robot.
  • Developed C++ library of complex networks models and algorithms for Center for Polymer Studies.
  • Created 3D molecular dynamics simulation and laser ablation computer codes (C++).
  • Corroborated the solution by simulations of large networks constructed via C++ OOP.
  • Designed and implemented different object classes in C/C++ for the design system.
  • Developed Visual C++ program for computer control and data acquisition.
  • Conceptualized a C++ program for simplifying quantum computing circuits.
  • Develop C++ based 3D non-invasive perfusion imaging techniques and associated image reconstruction pipeline for online 3D image visualization.
  • Developed simulation tool in C++ to perform Monte-Carlo analysis for unknown fiber dispersions.
  • Used C++ in ROOT to perform analysis & create charts for publication Helped write internal memo explaining results of 50-day data-taking run
  • Led a team of graduate students to design and develop standalone FE package code using C++ to study concrete materials behavior.
  • Developed bio-computing tools by using C/C++, Perl, R, MySQL, Matlab, and various statistical methods.
  • Developed a library of C/C++ callable functions to simulate over 4,000 occultation light patterns.
  • Ported molecular dynamics code for stochastic generation of jammed systems from Fortran to C++.
  • Developed an industrial control design software with combined Visual C++ and Matlab programming.
  • Develop Fortran and C++ codes to compute Berry phases
  • Designed C++ algorithms to analyze periodic signals utilizing FFTW, phase response curves, and extremum detection.
  • Implemented in C++, Perl, PHP and R. Built web servers for bioinformatics software tools.

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38. FDA
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low Demand
Here's how FDA is used in Research Fellow jobs:
  • Developed/trained personnel to rapidly create/optimize chemical processes to obtain bulk drug for evaluation as well as address FDA validation requirements.
  • Researched FDA regularity standard requirements for medical devices.
  • Improved a statistical method 'TOST' (commonly used by the FDA) for better use in scientific settings.
  • Participated in short and long-term planning of departmental goals, obtaining and complying with IRB and FDA drug guidelines.
  • Lead and provided scientific evidence for FDA to review and regulate implanting medical devices.
  • Developed, validated, and wrote GLP methods and protocols for the FDA.
  • Participated in the FDA inter-division review meetings and the OCP internal briefing meetings
  • Prepared interim data reports for Merck, GSK and FDA regulatory review.
  • Gained a strong understanding of the FDA new drug application process.
  • Acquired the knowledge and understanding on FDA Adverse Event Reporting System.
  • Worked with a large amount of FDA approved and novel therapeutics.
  • Submitted all FDA guideline package development documentation for the same.
  • Reviewed and completed IND Annual Report for FDA submission.
  • Attended FDA lectures on safe use and organizational.
  • Completed FDA New Reviewer Training.
  • Prepared reports complying with FDA, ISO, cGMP and internal regulations; and coordinated material, instrument and process validations.
  • Participated in the FDA complete response letter for Lorcaserin that resulted in final FDA approval in July 2012.
  • Coordinate and compose documents for FDA regulations, such as IDE (Investigational Device Exemption)
  • Co-Authored 6 grants to the NIH, FDA, and Wyss Institute ($4M+total awarded).
  • Provided pharmacoeconomic research support for NDA submission to FDA for H2-receptor blockers and serotonin receptor agonists.

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205 FDA Jobs

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39. GEL Electrophoresis
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low Demand
Here's how GEL Electrophoresis is used in Research Fellow jobs:
  • Optimized existing Western-blot and gel electrophoresis (PAGE-SDS) lab protocol and performed independent experiments.
  • Assisted students in performing experiments involving enzyme activity assays, gel electrophoresis, restriction digests, and real-time PCR.
  • Studied the processing of MHC class-II antigen and Ii chain protein in leukemia cells by 2-dimensional SDS-gel electrophoresis.
  • Tail clipping, DNA isolation, DNA purification, PCR, and gel electrophoresis.
  • Gel Electrophoresis was used to determine the size of DNA fragments.
  • Gel electrophoresis and UV imaging techniques.
  • Induced and evaluated expression of Chlamydia antigens from periplasmic and outer membrane targeting vectors by gel electrophoresis and western blotting.
  • Standardized a sensitive method of detecting protease-inhibitors on SDS-PAGE (SDS-gel electrophoresis).
  • Yield determination using gel electrophoresis Protein production and analysis work.
  • Trained graduate students on techniques related to collection of buffy coat cells from blood samples, DNA isolation and gel electrophoresis.
  • Performed RNA/DNA extraction, gel electrophoresis, polymerase chain reaction (PCR, RT-PCR).
  • Experienced in protein isolation and characterization techniques using gel electrophoresis, Western blot analyses, NMR spectroscopy and mass spectrometry.
  • Synthesized and purified proteins using chromatography methods, gel electrophoresis, immunoprecipitation and other scientific methods.
  • Studied the protein expression and NF-kB signaling pathway by using immunoprecipitation, SDS-PAGE, Western blot, Two-Dimensional Gel Electrophoresis methods.
  • Managed a 3-person team to purify 100 shRNA plasmids and monitored the quality of the work daily using gel electrophoresis.
  • Performed polymerase chain reactions (PCR) and run fragments through gel electrophoresis.
  • Identified substrates for the protein L-isoaspartyl methyltransferase using 2D gel electrophoresis and mass spectrometry
  • Mastered mRNA isolation, cDNA synthesis, subtractive hybridization, PCR, and gel electrophoresis.

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182 GEL Electrophoresis Jobs

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40. MRI
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low Demand
Here's how MRI is used in Research Fellow jobs:
  • Relapse duration, treatment intensity, and brain tissue loss in schizophrenia: A prospective longitudinal MRI study.
  • Design fast imaging techniques and MATLAB algorithms for high-resolution whole-brain distortion-free MRI with 5x acceleration.
  • Implemented commercial infrared system for tracking markers during SPECT as well as PET/CT and MRI.
  • Operated and processed MRI brain scans using FreeSurfer to examine cortical thickness in patients.
  • Evaluated the safety of deep brain stimulus instrument during MRI scan.
  • Run and maintained energy metabolism systems such as indirect calorimetry and MRI body composition measurements.
  • Acquire multi-modality functional MRI for assessment of renal functionality in Lupus Nephritis.
  • Gross and molecular changes in skeletal muscles due to bed rest by using MRI imaging and 'in vitro motility assay'.
  • Participated in the hiring/interviewing process for the Associate Research position in the preclinical MRI core facility at the BIDMC.
  • Worked with a team studying visual perception of biological motion, and especially the brain areas involved, using fMRI
  • Used VR and functional magnetic resonance imaging (fMRI) to study spatial cognition brain activity in humans.
  • Used multi-coil arrays to reduce RF wavelength effects in high field MRI.
  • Developed a neural network image processing software package for enhancing fMRIs Developed analog neural network image processing package for sea-mine detection.
  • Devised a neuroimaging-based technique to classify dyslexic and autistic brains vs. typically developing ones using structural brain MRIs.
  • Used Brain Manganese Enhanced MRI to measure Brain Histology, Serum Catecholamine, and Adrenocorticotropic Hormone Levels.
  • Developed custom MRI pulse sequences and a novel, multi-frequency MRI deblurring method.
  • Collected biospecimens, administered mental assessments; scheduled; recruited participants for fMRI and TMS studies.
  • Peptide-based MRI contrast agents for wide variety of applications) November 11, 2011 - present
  • Recruited subjects, proctored experiments, statistically analyzed neuroimaging (fMRI) data.
  • Trained students how to use 9.4T Bruker preclinical MRI imaging system.

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41 MRI Jobs

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41. Scientific Journals
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low Demand
Here's how Scientific Journals is used in Research Fellow jobs:
  • Conducted imaging physics research and assisted in multidisciplinary projects leading to laboratory publication of 4 articles in peer reviewed scientific journals.
  • Engaged in literature review of various scientific journals to gather important information about research problems.
  • Presented results of ion transport study at university research symposiums and in scientific journals
  • Participated/assisted in manuscript writing for publication in scientific journals and/or presentations.
  • Prepared and submitted research articles to scientific journals for publication.
  • Participated in scientific conferences and contributed to scientific journals.
  • Co-authored four peer-reviewed articles published in major scientific journals.
  • Published and co-authored 12 manuscripts in peer-reviewed scientific journals.
  • Provided peer review for publications submitted to scientific journals.
  • Prepared manuscripts for publication in peer-reviewed scientific journals.
  • Published nine papers in peer-reviewed scientific journals.
  • Reviewed several papers for scientific journals.
  • Assisted in peer review of several manuscripts submitted to high-impact scientific journals, and of grant applications including several NIH-RO1 grants.
  • Authored and published studies in reputable scientific journals, in addition to a book chapter.
  • Presented and published the findings in peer-reviewed scientific journals and meetings.
  • Published over 50 articles and abstract in scientific journals.
  • Peer reviewer of articles for prestigious scientific journals.
  • Obtained results were published in leading scientific journals.
  • Key Accomplishments: Published two peer-reviewed publications in scientific journals.
  • Lead author on 7 publications in peer-reviewed, scientific journals across multiple disciplines.

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16 Scientific Journals Jobs

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42. Alzheimer
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low Demand
Here's how Alzheimer is used in Research Fellow jobs:
  • Contributed in Alzheimer research publication & literature reviews.
  • Served as team leader to write a successfully funded research proposal for the Johns Hopkins Alzheimer's Disease Research Center.
  • Worked on research project of epilepsy and Alzheimer's disease, published article on scientific journal, organized journal club
  • Created a novel ELISA method for determining BACE1 levels in Alzheimer s disease as a clinical diagnostic assay.
  • Research Focus: Understanding the cellular events that underlie the onset and progression of Alzheimer's disease.
  • Improved lab for imaging based cellular work for Alzheimer's disease research in the laboratory.
  • Research results are accepted for publication in the Alzheimer's Research and Therapy Journal.
  • Generated a new mouse model of Alzheimer s disease and characterized pathological phenotypes.
  • Key role in therapeutic antibody project for Alzheimer's disease that reached clinical trials with an aggressive timeline.
  • Synthesized various bioactive molecules and Structure Activity Relationship (SAR) as potential lead to cure Alzheimer disease.
  • Conducted Alzheimer's disease research via the study of the effects of two proteins on neurite outgrowth.
  • Assisted the Center, Clinical Director, and Post-Doctorate Fellows in Alzheimer's and Asperger's research.
  • Stroke MRI imaging, MPO-Gd imaging, MMP-sense FMT imaging, Alzheimer PET imaging.
  • Analyzed splice variants in Alzheimer's disease patient brain tissues for neuroexcitotoxicity.
  • Completed and independent research project on homocysteine and Alzheimer's Disease.
  • Focused on exploring the mechanism of neurodegeneration such as Alzheimer's disease by integrating technologies in system biology and bioinformatics.
  • Worked on synthesis of substituted indoles which were screened as inhibitors of Alzheimer's disease related amyloid-beta self-assembly.
  • Performed extensive immunohistological analysis of human Alzheimer's tissues using existing and novel antibodies targeting Beta Amyloid.
  • Designed, conducted and analyzed experiments to determine the role of macrophage scavenger receptors in the pathology of Alzheimer's disease.
  • Researched Beta Amyloid plaque microenvironment using human samples and animal models of Alzheimer's Disease (AD).

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43. SEM
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low Demand
Here's how SEM is used in Research Fellow jobs:
  • Presented writing reports monthly and delivered oral presentations to departmental seminars and laboratory meetings.
  • Distributed and tracked amazon.com gift code study reimbursements for Facebook app.
  • Developed and conducted semi-structured interviews.
  • Gather, collate and analyze data; develop conclusions and present findings at lab meetings, seminars and conferences.
  • Assembled and analyzed large volumes of data to build a predictive model of jail population.
  • Assisted students to fabricate semiconductor devices in the clean room in a graduate level course.
  • Presented research seminars to colleagues on a semi-annual basis.
  • Full characterization by catalysis, SEM, TGA, DSC, TMA, FTIR and four-point probe.
  • Developed materials with new/enhanced properties derived from nature of self-assembling molecules for use in optoelectronic devices.
  • Recruited two-dozen foreigners in Montpellier and conducted semi-structured, face-to-face interviews about their local-food consumption experiences.
  • Calculated and predicted annual utility, budget and disbursement payment for national health promotion program.
  • Obtained supervision and attended seminars which incorporated a psychoanalytic/psychodynamic approach.
  • Assess impact of gendered uptake and dissemination of forage seed on gender-differentiated access to forage and forage choices.
  • Used ANSYS for heat transfer and thermal analysis of a fin and a chip for semiconductor ICs.
  • Designed and fabricated a bio-artificial pancreas (BAP) using microfabrication and 3D self-assembly technique.
  • Assembled, optimized, and serviced spectroscopic and photothermal equipment as well as computer clusters.
  • Delivered training in the United States and Semmelwiess University, Hungary.
  • Manipulated (Opto) electronic properties and self-assembly of conducting polymers by varying the substituents and backbones.
  • Delivered 2 talks at the American Society of Hematology Meeting and Gordon Research Seminar Red Cells .
  • Managed departmental multimode AFM, SEM, UV-Vis and fluorescence spectrometer.

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22 SEM Jobs

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44. SAS
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low Demand
Here's how SAS is used in Research Fellow jobs:
  • Gained experience in generating and utilizing Hardy-Weinberg Equilibrium data and linkage disequilibrium data using SAS Genetics.
  • Prepared community task force curriculum to prepare community leaders for disasters and pandemic events.
  • Trained students to perform data analysis and to use quantitative tools (SAS, JMP, and SAP).
  • Supervised a summer trainee at the School of Pharmacy, University of Missouri-Kansas City, Missouri (2011).
  • Created and manage two Satellite Accumulation Sites (SAS) for the collection and disposal of hazardous waste.
  • Conducted Big Data collection from URL (SAS Macro) and data analysis (Excel).
  • Analyzed longitudinal data from the Pittsburgh Epidemiology of Diabetes Complication Study using SAS and SPSS.
  • Developed and maintained SAS program to validate health promotion claim data in NHID.
  • Experiment design b. Statistic program: SAS and R
  • Have used SAS 9.3 version since 2013, commands includes PROC REPORT/UNIVARIATE/ MEANS/FREG(CHISP)/CORR/TTEST/REG/GPLOT/FORMAT/PRINT/SQL and ODS.
  • Analyzed data using SAS, SPSS, and ArcGIS.
  • Evaluated multiple downstream signaling pathways using functional cell activity with various molecular biology techniques including ELISAs and Western blotting.
  • Developed SAS macros and organized data for dataset creation in preparation for analysis.
  • Conducted preliminary statistical analyses of CDC epidemiological datasets with SAS software.
  • Develop SAS programs to extract data and implement statistical analysis plans for retrospective studies using claims databases (MarketScan/Premier/IHCIS) 2.
  • SASS agencies, Department of Special Education) on topics such as Reactive Attachment Disorder and Attention Deficit-Hyperactivity Disorder.
  • Used SAS programming to capture possible disease episodes and costs from National Health Insurance Database (NHID).
  • Analyzed data (own research and other studies at the Dept) using SAS and Minitab.
  • Experience in utilizing C++, SAS, R, and Matlab
  • Collected and inputted data from multiple sources Received SAS programmer base certificate Simulated lumber market prices and quantities using SAS/IML

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71 SAS Jobs

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45. Experimental Data
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low Demand
Here's how Experimental Data is used in Research Fellow jobs:
  • Developed a coupled experimental-numerical model (response surface) for determining material properties from solid mechanics simulations and experimental data.
  • Advise undergraduate students, medical residents and technical staff on experimental design, set-up and interpretation of experimental data.
  • Processed, evaluated, and analyzed physiological experimental data and assisted with editing research papers and proposals for publication.
  • Analyzed and interpreted experimental data, and coordinated weekly meetings on research outcome with team and supervisors.
  • Assisted senior researchers with experimental data collection efforts and analysis and made recommendations regarding further investigations.
  • Tested quality of simulation parameter sets and compared with experimental data from literature searches
  • Prepared and presented experimental data and reports orally and in writing.
  • Gathered experimental data on project participants on four distinct research designs.
  • Conducted comparative analysis from published data with the experimental data.
  • Compiled experimental data and generate reports documenting the experiments.
  • Evaluated experimental data and authorized technical reports.
  • Produced reports from interpreting experimental data.
  • Documented and managed experimental data.
  • Presented, analyzed, and critiqued experimental data and concepts through oral presentations, formal group meetings, and informal discussions.
  • Collected experimental data from multiple sources and analyzed data with statistical methods such as student t-test and ANOVA analysis.
  • Developed computer program in MATLAB to extract experimental data and curve-fit the appropriate data sets.
  • Analyzed experimental data and compared with the simulated results with an energy method.
  • Conducted novel research using telemetric recording techniques into the behavioral biology of nicotine in rats and analysed experimental data.
  • Conducted experiments, obtained and analyzed experimental data on mRNA stability and RNA-protein interaction in beta-thalassemia.
  • Compiled skeletal kinetic mechanisms for combustion of n-Heptane & iso-Octane using experimental data from Pressurized Flow Reactor & VCR engine.

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21 Experimental Data Jobs

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46. Powerpoint
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low Demand
Here's how Powerpoint is used in Research Fellow jobs:
  • Prepared PowerPoint presentations for meetings with multiple collaborators.
  • Presented findings and data by giving PowerPoint presentations
  • Utilized MS PowerPoint for presentations during conferences.
  • Presented research, ideas, problems and plans for resolution on a monthly basis via PowerPoint to a committee for feedback.
  • Published one article and one textbook chapter in oncology and gave numerous PowerPoint and poster presentations at seminars and conferences.
  • Analyzed and summarized research data for publication and funding application by using Microsoft word, Excel, PowerPoints.
  • Proofread and edit materials such as the HIFIS newsletter and PowerPoint presentations.
  • Presented PowerPoint posters and talks at meetings and local seminars.
  • Key Accomplishments: Prepared and delivered comprehensive PowerPoint presentations, designed surveys and presented findings and economic productivity reports.
  • Constructed engaging powerpoint presentations and interactive flash animation applets to enhance communication and computation in high school classrooms.
  • Mentored students towards a departmental poster and Powerpoint presentation on their research projects.
  • Reference Manager and Endnote Journal article database; MS Office suite (Word, Excel, PowerPoint, Access) and Adobe
  • Presented the novel research findings with PowerPoint/LaTex(Beamer) in multiple national conferences.
  • Skilled ability to work with REDCap database system, PowerPoint, Excel, and EPIC.
  • Skilled ability to work with REDCap database system, PowerPoint, Excel, and Mena Boules, MD Curriculum Vitae,
  • Excel, Powerpoint, Photoshop, Acrobat) Statistics test, STAT software, Graphpad, Sequencher software.

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61 Powerpoint Jobs

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47. Electron Microscopy
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low Demand
Here's how Electron Microscopy is used in Research Fellow jobs:
  • Conducted structure examination in organic/inorganic hybrid materials using Transmission Electron Microscopy (TEM).
  • Worked in materials characterization including thermal analyses, spectroscopy, and electron microscopy.
  • Performed advanced light and electron microscopy techniques, including processing, embedding, cutting, and staining fungal spores and tissue.
  • Analyzed cilia dysfunction after traumatic brain injury using magnetic resonance imaging (MRI) and electron microscopy (EM).
  • Performed microstructure evaluation to detect presence of defects including dislocations and twins using scanning, atomic force and transmission electron microscopy.
  • Performed analysis of the fusion pore structure in chromaffin cells using transmission electron microscopy.
  • Designed and carried out experiments to investigate the use of a large format Direct Detection Device for cryo-electron microscopy.
  • Examined the cell structure of sweet and bitter white lupin seeds using scanning electron microscopy.
  • Identified redistribution of Lck on T cell plasma membrane using transmission electron microscopy.
  • Experience with UV-Vis, Fluorescent, and Transmission Electron microscopy.
  • Perform semiconductor conductivity measurements, device fabrication, X-ray photoelectron spectroscopy for nanomaterial/device characterization, and advanced electron microscopy.
  • Identified YtgA upregulation in iron-restricted C. trachomatis by transmission electron microscopy.
  • Characterized PLGA microparticles with in-vitro release studies and scanning electron microscopy.
  • Obtained high resolution images of the localizations of pectins on different pulp fibers using scanning electron microscopy (SEM).

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94 Electron Microscopy Jobs

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48. Facs
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low Demand
Here's how Facs is used in Research Fellow jobs:
  • Investigated the role of dormancy in anti-cancer activities using various cell based assays, FACS and imaging technologies.
  • Skilled in GFP/RFP cellular labeling, fluorescence-activated cell sorting (FACS), and quantification assays, i.e.
  • Designed a fluorescence panel for fluorescence-activated cell sorting (FACS) analysis of multiple cell surface markers.
  • Total RNA extraction small number of FACS-sorted cells - 20 to 30 cells of interest per brain.
  • Study of surface antigen expression with fluorescent cell sorting (FACS), IHC and SDS-PAGE analysis.
  • Conduct FACS and single cell sorting of fine needle aspirate liver samples for RNA-Seq analysis.
  • Performed Fluorescence-activated cell sorting (FACS) and performed data analysis on results.
  • Examined cell surface receptors, analyzing expression levels using qPCR and FACS and identifying receptors utilizing cross-linking technology and mass spectroscopy.
  • Developed FACS and ELISA assays and protocols to evaluate drug-induced immune reactivity
  • Worked on a project of yeast cell-division kinetics and gained working knowledge ofFluorescence-Activated Cell Sorting (FACS).
  • Prepared samples for FACS cell sorting then performed qPCR on those sorted cells.
  • Performed flow cytometry (FACS) analysis.
  • Investigated novel receptor-ligand interactions using FACS based cell binding assays, ELISA, and proteomics approaches.
  • Used PCR-based subtractive hybridization, cDNA filter arrays, and bead-based DNA analysis via FACS.
  • Introduced FACS sorting of Osteocytes to conduct studies aimed to investigate the effect of osteocytes on osteoblast differentiation 4.
  • Determined stem cell populations using FACS Calibur and FACScan and conducted data analysis with FowJo.
  • Fluorescence-Activated Cell Sorting (FACS) *Confocal Fluorescence Microscopy *Cells culture.
  • Utilized FACs, and various biochemical assays to assess mMix1 function Mentor junior member Maintain lab notes Communicate data

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49. NSF
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low Demand
Here's how NSF is used in Research Fellow jobs:
  • Designed energy absorption materials (polymer), funded by NSF and Army Research Office.
  • Optimized power distribution and transformation from transformer to the main circuit using 3D FDTD.
  • Design and Processing of High-Energy-Density Cathodes for Li-ion Batteries, funded by NSF.
  • Participated in NSF Grant NO.
  • Investigated resonant energy transfer in biological structures, nonlinear photoprocesses induced in microorganisms by pulsed ultraviolet irradiation of different pulse duration.
  • Developed and delivered prototype electrochromic devices in order to transfer to product development as industry demands.
  • Bulk and grain boundary diffusivities of oxygen in nickel-base super alloys through first-principles and kinetic Monte Carlo approaches from NSF.
  • Attended didactics, supervision, and give case presentations on multicultural competence, trauma informed care, and transference.
  • Created influence diagrams using Analytica in order to quantify the risks associated with blood transfusion.
  • Solved heat transfer/cooling-heating problems for a turbulent flow gas turbine combustor.
  • Attracted funding from the U.S. (NASA and NSF) and German (DFG) governments and IBM.
  • Developed novel topical delivery system of carvedilol loaded transfersomes for skin cancer prevention.
  • Purified and characterized the Kdo-transferase from Escherichia coli.
  • Developed Raman laser pair set up for efficient state transfer of Barium ion to the metastable D levels with high fidelity.
  • Transformed raw particle feature set to eigenfrequencies and eigenvectors of system.
  • Developed a new strategy for sickle cell disease treatment based on pharmacological inhibition of epigenetic factor G9a methyltransferase activity.
  • Determined antigen-ligand binding using site-directed mutagenesis, cell transfection, protein purification, and ELISA.
  • Perform research on lipid metabolism cofactor microsomal triglyceride transfer protein in zebrafish.
  • Transfected these cells with siRNA (Decoy approach) to knock down Mecp2 expression.
  • Carried out in vitro/in vivo biotransformation studies with radiolabeled and non-labeled drugs to identify and characterize metabolites.

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50. Small Molecules
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Here's how Small Molecules is used in Research Fellow jobs:
  • Designed assays based on structural rearrangements of gp41 during membrane fusion and performed high throughput screen on over 200K small molecules.
  • Utilized a virtual high throughput screening system to identify potential small molecules as drug candidates for key proteins.
  • Determine drug release kinetics of small molecules from scaffolds & particles using HPLC.
  • Directed 25-scientist teams in the discovery & optimization of small molecules.
  • Studied small molecules on inhibition of enzymes associated with cuticle.
  • Lead optimization of small molecules by designing synthetic routes, performing parallel, combinatorial and microwave assisted synthesis.
  • Performed high-throughput screening to identify additional novel small molecules that may reverse or prevent amyloidogenic diseases.
  • Established multiple methods for studying connexin channel permeability to small molecules.
  • Investigated the effects of bacterially derived small molecules on the human innate immune response.
  • Analysed the interactions between small molecules and gold surface using quantum mechanics methods.
  • Performed molecular modeling applications of small molecules and proteins using Sybyl and Macromodel for molecular mechanics and QSAR calculations.
  • Conduct Structure-Base Drug Design approach and synthetic methodology small molecules for Human Growth Factors and Erythropoietin (EPO) peptidomimetic.
  • Determined pDC-MM interaction as potential therapeutic strategy in MM by testing efficacy of small molecules by in vitro assays.
  • Developed two high-throughput screenings workflow for screening ~500,000 small molecules each, in pure peptide-protein and protein-DNA assays.
  • Developed in vitro protein-based and cell-based assays for screening catalase inhibition activity for small molecules (e.g.
  • Validated small molecules activity by developing and executing in vitro cell based assays (Cell proliferation, Cytotoxicity and Apoptosis assays)
  • Worked with Dr. Hans-Christian Reinecker to study the role of small molecules- Dendritic cell autoimmune modifers to inhibit mucosal inflammation.
  • Tested biologics and small molecules in exploratory studies in collaboration with Organogenesis Inc., Pfizer, Allozyne and Biogen.
  • Functionalized gold nanostructures with different cancer-targeting ligands (organically synthesized polymers/small molecules, peptide, folate, and antibody proteins).
  • Identified and investigated multiple small molecules, including ciclopirox olamine, etoposide, and kinetin riboside.

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198 Small Molecules Jobs

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20 Most Common Skills For A Research Fellow

Cell Culture

16.8%

Protein

15.5%

Research Projects

11.2%

Biology

8.4%

Data Analysis

5.3%

Chemistry

4.8%

DNA

4.8%

Synthesis

4.3%

Cancer Patients

3.2%

Rt-Pcr

3.2%

Advisor

2.8%

RNA

2.8%

NIH

2.7%

PHD

2.7%

Post-Doctoral Fellow

2.3%

Mouse Model

2.2%

Data Collection

2.0%

Elisa

1.9%

Clinical Trials

1.6%

R

1.6%
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Typical Skill-Sets Required For A Research Fellow

Rank Skill
1 Cell Culture 13.1%
2 Protein 12.1%
3 Research Projects 8.8%
4 Biology 6.6%
5 Data Analysis 4.2%
6 Chemistry 3.7%
7 DNA 3.7%
8 Synthesis 3.4%
9 Cancer Patients 2.5%
10 Rt-Pcr 2.5%
11 Advisor 2.2%
12 RNA 2.1%
13 NIH 2.1%
14 PHD 2.1%
15 Post-Doctoral Fellow 1.8%
16 Mouse Model 1.7%
17 Data Collection 1.5%
18 Elisa 1.5%
19 Clinical Trials 1.3%
20 R 1.2%
21 Flow Cytometry 1.2%
22 Hplc 1.2%
23 NMR 1.0%
24 Immunology 1.0%
25 Hiv-1 1.0%
26 Literature 1.0%
27 Symposium 0.9%
28 PI 0.9%
29 Animal Models 0.8%
30 IRB 0.8%
31 Confocal Microscopy 0.8%
32 Spss 0.8%
33 Mass Spectrometry 0.8%
34 Public Health 0.7%
35 Python 0.7%
36 International Conferences 0.7%
37 C++ 0.6%
38 FDA 0.6%
39 GEL Electrophoresis 0.6%
40 MRI 0.6%
41 Scientific Journals 0.6%
42 Alzheimer 0.6%
43 SEM 0.6%
44 SAS 0.6%
45 Experimental Data 0.5%
46 Powerpoint 0.5%
47 Electron Microscopy 0.5%
48 Facs 0.5%
49 NSF 0.5%
50 Small Molecules 0.5%
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24,338 Research Fellow Jobs

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