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Top 50 Doctoral Fellow Skills

Below we've compiled a list of the most important skills for a Doctoral Fellow. We ranked the top skills based on the percentage of Doctoral Fellow resumes they appeared on. For example, 15.2% of Doctoral Fellow resumes contained Protein as a skill. Let's find out what skills a Doctoral Fellow actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A Doctoral Fellow

1. Protein
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high Demand
Here's how Protein is used in Doctoral Fellow jobs:
  • Investigated novel mechanisms to recover mutated protein function.
  • Determine the effect of alcohol consumption on NK cell proliferation by studying IL-2 receptor signaling and the expression of cell cycle proteins
  • Assessed effects of diet stress on ejaculatory protein composition and fertilization success in stalk-eyed flies.
  • Prepared mAbs identifying novel co-stimulation and signaling proteins on T lymphocytes.
  • Screened novel intrinsic protein for macrophage immune response modulation.
  • Constructed and purified several Formin related proteins.
  • Worked as a team member to examine the role of Mixed-lineage Leukemia 4 (MLL4) protein in hematopoietic stem/progenitor cells.
  • Purified proteins using fast protein liquid chromatography (FPLC), allowing rapid determination of the fraction containing the target protein.
  • Designed experiments to determine which residues are involved in quenching excess light energy in the Chlamydomonas protein LHCSR3.
  • Studied drug resistance in cancer, and protein structure of a region of the multi-drug resistance protein.
  • Identified a novel role for Breast cancer 1 (BRCA1) protein in promoting myeloid leukemia.
  • Developed analytical methods and SOP-s for QC/QA of protein pharmaceuticals.
  • Developed strategies for the heterologous expression, purification and biochemical characterization of viral and host proteins using diverse recombinant tag technologies.
  • Demonstrated causative role of ARID4B in metastatic progression, identified novel binding proteins and analyzed functional role of germline polymorphisms.
  • Generated retrovirus harboring various pro- and anti-apoptotic proteins and transduced cells lines.
  • Analyzed protein-protein interactions using SigmaPlot and Kaleidagraph softwares.
  • Research Focus: Analyze pre- and post-apoptotic protein complexes associated with Bcl-2.
  • Characterized protein size and shape using analytical ultracentrifugation, dynamic light scattering and urea denaturation assays.
  • Project: Development of an ELISA system with recombinant nucleocapsid protein of Seoul virus for diagnosis of Hantaviruses.
  • Mentor: Peter Maloney, Ph.D - Characterized bacterial Oxalate Transporter, OxlT, a membrane protein using biochemical methods.

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333 Protein Jobs

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2. Cell Culture
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high Demand
Here's how Cell Culture is used in Doctoral Fellow jobs:
  • Acquired expertise in analyzing biochemical processes with kinetic resolution, localization of binding sites and primary cell culture.
  • Designed and carried out experiments including cell culture experiments.
  • Project / Responsibilities: Molecular mapping of BRCA1 and PR; cell culture, data presentation, guiding summer students.
  • Awarded an NIH NRSA Postdoctoral Fellowship to study skeletal muscle regeneration using conditional knockout mouse and primary cell culture models.
  • Performed primary cell culture and cell maintenance, along with storage and handling of cells.
  • Investigate the function of YAP/TAZ in injury repair using a novel 3-D cell culture model.
  • Coordinated and directed a team for scaled-up virus production in animals and cell culture.
  • Tested lead compound in cell culture.
  • Mouse Embryonic stem cell culture.
  • Monitored cell cultures, tissue enzymatic dissociations.
  • Maintain P. falciparum in red blood cell culture, and assess invasion and growth rates with immune serum samples from Africa.
  • Established new procedures in the lab, including protein analysis, cell culture, and methylation analysis.
  • Performed human lung dissection and lung primary epithelial cell culture, cell passaging and culture maintenance.
  • Optimized cell cultures for Immune cells; Grew Fibroblasts cells; Cloning for DNA/RNA harvest.
  • Studied the co-stimulatory molecules expressed by activated B cells in secondary lymphoid tissue by cell culture and microarray gene expression profiles.
  • Mentor master and undergrad students to perform cell culture, histology, immunostaining, ELISA, hydrogel modification, etc.
  • Generated an immortalized MEF cell line using the cell culture of primary murine tissues.
  • Culture primary mouse hematopoietic stem cells into differentiated red blood cells Implemented various cell culture techniques to measure erythropoiesis.
  • Perform cell culture, Western blot Analysis of cell signaling and apoptosis in invitro and invivo animal models.
  • Trained / supervised 5 clinical post-docs in cell culture (murine T, B cells, PBMCs, APCs).

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165 Cell Culture Jobs

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3. Biology
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high Demand
Here's how Biology is used in Doctoral Fellow jobs:
  • Developed detailed and key scientific concepts for studying medically relevant diseases at the biochemical and molecular biology level.
  • Participated in outreach activities promoting the laboratory and the Department of Microbiology and Immunology.
  • Experienced in Cell and Molecular Biology, Microbiology and Protein Biochemistry techniques.
  • Reviewed manuscripts for Applied and Environmental Microbiology and Molecular Microbiology.
  • Study biology of blood stage malaria parasite
  • Trained graduate students and research assistants in various cell culture and molecular biology techniques.
  • Helped to develop an upper level undergraduate biology course for non-science majors.
  • Assisted in teaching graduate and undergraduate courses in fishery biology and ecology.
  • Wet lab biology work: NMR studies of iron-binding proteins.
  • Awarded by NIH Cancer Biology Program Postdoctoral Fellowship, 2011-12.
  • Acquired experience with the main molecular biology techniques.
  • Developed investigative cases and problem-based learning cases at Emory Taught biology lectures to college students at Emory partnership college.
  • Conducted molecular biology, cell biology, and biophysical (Western blot/whole-cell patch-clamp electrophysiology) experiments.
  • Selected to participate in the Bioscience Postdoctoral Educational Leadership Program to lead a graduate-level biology class.
  • Perform basic research including animal experimentation, molecular biology, biochemistry and cell cultures.
  • Trained graduate students in molecular biology and electrophysiology techniques using my expertise.
  • Collaborated with fellow lab members on projects focused on cardiac myocyte biology.
  • Presented research at The 2015 American Society for Microbiology Conference on Biofilms.
  • Project Summary: RNA splicing plays a fundamental role in human biology.
  • General molecular biology techniques such as recombinant DNA purification, manipulation and transfection into mammalian cells.

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1,243 Biology Jobs

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4. Research Projects
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high Demand
Here's how Research Projects is used in Doctoral Fellow jobs:
  • Mentored minority high school students to successfully complete intensive summer research projects in NIH funded experiential learning programs.
  • Promoted new ideas for future research projects, investigated through further experimentation.
  • Mentored and trained undergraduate and junior graduate students on independent research projects.
  • Coordinated and managed multifaceted research projects resulting in several high-impact publications.
  • Worked on research projects involving optimization problems.
  • Designed and implemented immunology research projects.
  • Designed and carried out independent research projects on processing of speech sounds in the human brain.
  • Identified problems, proposed and executed research projects to address R&D needs.
  • Performed research projects aimed at elucidating the properties of hot nuclear systems.
  • Mentored undergraduates (2) on research projects.
  • Conducted biomass and surface chemistry research projects.
  • Project Management: Led multiple research projects.
  • Designed and guided research projects.
  • Developed and implemented independent research projects while mentoring 3 post-baccalaureate fellows and performing internal and external service (i.e.
  • Research Projects Catalyst Materials for Environmental Remediation of Sulfur and Nitrogen From Crude Petroleum Oil.
  • Initiated, directed and executed independent research projects and managed project timelines.
  • Mentor 1 interns and 2 associate in various research projects.
  • Selected Research projects: 1.
  • Developed comprehensive research projects on 'Intergenerational Dependence on Smoking and Over- indebtedness' and 'Europe Household Over-Indebtedness'.
  • Planned and conducted local and regional research projects in the Central Ranges of Irian Jaya, Indonesia.

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170 Research Projects Jobs

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5. Synthesis
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high Demand
Here's how Synthesis is used in Doctoral Fellow jobs:
  • Developed a strategy for using homologous recombination to knock out genes related cellulose synthesis.
  • Developed the methodologies for the synthesis of oligoribonucleotide with a new set of protection groups
  • Designed and expressed mutations for soybean amino acid synthesis.
  • Automated solution phase synthesis of biologically important oligosaccharides.
  • Total synthesis of a natural cyclic tetrapeptide.
  • Developed new methodologies for resolution of chiral 2,3-allenoic acids and their application in synthesis of optically active butenolide-containing compounds.
  • Developed new methodologies for synthesis and asymmetric synthesis of polysubstituted butenolides from of 2,3-allenoic acids.
  • Design and synthesis of potential anticancer agents (Topoisomerase I inhibitors) utilizing structure-based drug design techniques (Sybyl).
  • Conducted research on Synthesis of C2-symmetric bis (oxazoline) ligands and metal complex polymers.
  • Invited Article (2015) Skills Used Chemical synthesis of perovskite solar cell materials Deveroping Electrospray deposition system Analyzing materials Device fabrications
  • Focused on initial coding and instrumentation for semi-conductor nanocrystals, fluorescent nanodiamonds, and photosynthesis pathways.
  • Worked on design and synthesis of -secretase inhibitors and glycogen synthase kinase-3 (GSK-3) inhibitors.
  • Microwave-assisted synthesis of vanadyl porphyrins Mentoring of undergraduate students in the synthesis of targeted biologically active organometallic complexes.
  • Total synthesis Synthesis of ()-Calicheamicinone, and Enantioselective Total Synthesis of (-)-Calicheamicinone, 2.
  • Completed a collaborative 20 step total synthesis of the cytotoxic marine macrolide (-)-Zampanolide.
  • Performed structure-based design and parallel/combinatorial synthesis of novel isoxazolyl-serine-based agonists of peroxisome proliferator-activated receptor (PPAR).
  • Design, synthesis and evaluation of bioactive small molecules - Synthesis, purification and characterization of peptide-amphiphile and peptoid nanostructures
  • Discovered that Crp/Fnr regulates the expression of bglAx (?-glucosidase) gene in cellulose biosynthesis.
  • Research Project Synthesis and characterization of a new blue pigment "iron titanium silicophosphate."
  • Identified genes involved in carotenoid biosynthesis from Nannochloropsis oceanica and Thalassiosira pseudonana.

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119 Synthesis Jobs

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6. DNA
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high Demand
Here's how DNA is used in Doctoral Fellow jobs:
  • Studied protein-DNA/protein-protein interactions that regulate human DNA replication initiation and timing.
  • Coordinate projects related to chromosomal imbalances and DNA breakpoints identification.
  • Examined 32P-labelled protein-DNA interactions by gel mobility shift assays.
  • Use of gene targeting to study recombination in mammalian cell DNA repair mutants.
  • Cloned promoter region in phage M13mp18 for isolation of single stranded DNA.
  • Designed and preformed DNA-based assays, i.e.
  • Established DNA-microarray fabrication facility at CFSAN.
  • Identified the main physical attributes of the viral capsid and DNA chain that determine the DNA structure.
  • Developed an elastic model of DNA and predicted structures found in bacteriophage DNA.
  • Assisted research teams with DNA microarray analysis, DNA sequencing and protein purification.
  • Identified it as a novel DNA-dependent ATPase.
  • Accomplished 2 year milestone involving in vivo DNA-protein analysis which assured continuing funding from the NHGRI exceeding 5 million USD.
  • Discovered binding and phosphorylation of PLSCR1 by c-Abl in response to DNA damage in mammalian cells.
  • Spearheaded this project by generating a database of SOCS cDNAs and stable SOCS-expressing cell lines 2.
  • Developed the procedure to obtain genomic DNA from Peyer's patches, spleen and liver.
  • Project: Investigating the repair mechanism of protein-linked DNA double strand breaks in eukaryotes.
  • Extracted DNA from tissue samples, and performed qPCR measurements of B. Bronchiseptica DNA.
  • Synthesized and purified IDA and NTA nucleosides and their oligomers for DNA structural studies.
  • Developed glycolipid as a potent adjuvant for DNA/ adenovirus/ live attenuated Malaria vaccines.
  • Synthesized and purified Taqman probes (FAM-TAMRA, Hex-BHQ-1, Cy5-BHQ-3) for DNA methylation studies.

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148 DNA Jobs

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7. Chemistry
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high Demand
Here's how Chemistry is used in Doctoral Fellow jobs:
  • Studied surface chemistry formulation changes for semi-interpenetrating polymer networks.
  • Substitute lecturer for undergraduate organic chemistry courses.
  • Serve as liaison between chemistry, pharmacology, and clinical departments in order to accomplish complex tasks.
  • Ranked #1 in Canada for 2014 NSERC-PDF chemistry competition out of 56 applicants.
  • Serve as consultant to data side of lab for all chemistry-related information required.
  • Engineered methods for controlling device surface chemistry for improving sample throughput.
  • Studied chemistry at the solid-liquid interface.
  • Prepared tissues for histology and performed immunochemistry.
  • Created an electrochromic system using host-guest chemistry.
  • Worked with new methodologies, such as human autopsy tissue, immunohistochemistry, transgenic mouse models, and fear conditioning.
  • Demonstrated new forms of isomerization in confined spaces, a new concept in physical organic chemistry.
  • Research on photochemistry of water clusters.
  • Characterized the skeletal phenotype and delineated the signaling pathway using dual-energy X-ray absorptiometry, ELISA, histology, and immunohistochemistry.
  • Participated in two CAP chemistry self-inspections Presented weekly case reports and lectures to pathology residents.
  • Trained technicians in mouse genotyping, husbandry and immunohistochemistry techniques
  • Measured changes in cholinergic neurochemistry.
  • Worked intimately with confocal microscopy, immunohistochemistry and genetic manipulation of the fruit fly model system.
  • Investigated in vitro metabolism of fluorinated polycyclic aromatic hydrocarbons and chemistry of o-quinones to elucidate unexpected carcinogenicity results
  • Breast cancer cell culture Western blot analysis pcr Cloning Designed curriculum for a changing biochemistry course at Emory.
  • Present, Sir J. Fraser Stoddart Mechanostereochemistry Group Synthesis of heterocycles/viologens/conjugated molecules for use in macrocycles and covalent organic frameworks.

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208 Chemistry Jobs

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8. Group Therapy Sessions
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high Demand
Here's how Group Therapy Sessions is used in Doctoral Fellow jobs:
  • Group: Co-lead weekly group therapy sessions regarding Motivational Interviewing for substance abuse treatment.

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9. Cancer Patients
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high Demand
Here's how Cancer Patients is used in Doctoral Fellow jobs:
  • Studied chemotherapy-induced side effects and identified effective supportive therapies in cancer patients, contributing to granting the US7994125B2 patent.
  • Collaborate with multi disciplinary team regarding care for cancer patients and their families.
  • Phase 1 clinical trial of genetically modified dendritic cell with chemokine CCL21 in the treatment of late stage lung cancer patients.
  • Led interdisciplinary teams, worked closely with various departments, including Psychologist of the Survivorship Taskforce for cancer patients.

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7 Cancer Patients Jobs

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10. Advisor
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high Demand
Here's how Advisor is used in Doctoral Fellow jobs:
  • Participated in Community Advisory Board meetings.
  • Invited to speak at two EPA Laboratory Technical Information Group meetings and two EPA Biological Advisory Committee Meetings.
  • Key advisor to Principal Investigator on project opportunities, goals and budgets.
  • Served as Violence Research Advisor for Women's Health Research Center.
  • Side Project: Advisor Health Care Incubator of Philips Corporate Technologies
  • Research Advisor to the CCF-Cleveland Metropolitan Schools Partnership.
  • Collaborate with advisors and research team.
  • Project: Tobacco Smoking Mediated Modulation of NF- B Signaling Pathway in Immune Cells (advisor: Dr. Brian Freed).
  • Served as a senior advisor to current Ph.D. candidates.
  • Graduate Student, Mount Sinai School of Medicine New York, NY Advisor: Peter Mundel, M.D.
  • Research project: Type-II superlattices; Advisor: Prof. Nicholas Kioussis
  • Research Advisor: Prof. Dilip D. Dhavale.
  • School of Psychology Advisor: Scott D. Moffat
  • Research Advisor: Prof. Jin K. Cha.
  • Center of Infectious Disease and Vaccinology, Advisor: Cheryl A. Nickerson, Ph.D.
  • School of Medicine Division of Endocrinology, Metabolism and Lipids Advisor: Guillermo E. Umpierrez
  • Awarded Guyer Fellowship Designed and performed original experiments exploring the regulation of maternal protection Senior Thesis advisor Published 4 peer-reviews articles
  • Research project: Theoretical Studies of Polymer-Based Memory Structures; Advisors: Prof. Georg Schreckenbach and Prof. Michael Freund
  • report processing July 2009-July 2010 Postdoctoral Fellow, Northwestern University Department of Radiology Informatics Advisor: David Channin, M.D.
  • Bar Ilan Institute of Nanotechnology and Advanced Materials Bar Ilan University, Israel, (Advisor: Prof. Doron Aurbach)

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16 Advisor Jobs

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11. PHD
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high Demand
Here's how PHD is used in Doctoral Fellow jobs:
  • Full four-year fellowship to complete MA and PhD while teaching and conducting research at top graduate program for political science.
  • Worked on 6 broadly related topics during my PhD, illustrating creativity and ability to handle multiple projects.
  • Project Designer and Mentor for two PhD students and one postdoctoral researcher.
  • Mentor 1 full-time research assistant, 1 post-doc and 3 PhD students.
  • Supervised junior postdoctoral fellows, PhD/MS graduates, and summer undergraduates.
  • Mentored 2 graduate students on their PhD thesis.
  • Managed a team of several PhD students.
  • Mentor PhD students on their research.
  • Supervised research assistants and PhD student.
  • Continue my research for PhD.
  • Supervised by Crystal Dussault-Filippe, PhD
  • Researched diabetes under Chan Y Jung MD, PhD.
  • Consult on PhD projects including solar cells, hybrid Layers, atmospheric plasma deposition, human skin and hyper-porous organosilicate-polymer composites.
  • Position funded by the Biotechnology Research and Development Corp. Grant to Robert R. Granados PhD (Emeritus), my supervisor.
  • Supervised by Kaye Hermanson, PhD and Lora DeCristoforo, PhD with over 2000 hours accumulated.
  • Managed setup of laboratory and supervised PhD students and projects May 2007 - August 2011
  • Mentored a PhD student at Rice University and two interns at Total Petrochemicals.
  • Mentor: Adrian Erlebacher, MD, PhD.
  • Mentor: Dr. Xiaoping Sun MD, PhD)
  • Mentor: Sonia Berrih Aknin, PhD.

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738 PHD Jobs

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12. Data Analysis
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high Demand
Here's how Data Analysis is used in Doctoral Fellow jobs:
  • Performed data analysis to compose final reports, oral talks and formal posters for presentation at national and international conferences.
  • Developed data analysis software such as AbfProcessing, and for experiment design such as CorrelationCheck and Restriction Site Designer.
  • Performed data cleaning and data analysis concerning engagement in learning outcomes in typical and at-risk students over time.
  • Authored scientific papers, developed clinical research protocols, and completed data analysis while creating cross-disciplinary collaborations.
  • Facilitate presentations highlighting data analysis in both group and cross-departmental meetings.
  • Trained 3 undergraduate students in research methodology and data analysis.
  • Developed algorithms for large scale data analysis.
  • Utilized statistical software for data analysis.
  • Researched the influence of housing on long run growth at the local and state levels using SAS for data analysis.
  • Trained and supervised students and interns for short- and long-term research projects, and advised on data analysis and presentation.
  • Assist students and volunteers with experimental setup, techniques, equipment use, data analysis and troubleshooting.
  • Designed C/C++ libraries for Monte Carlo data analysis and linked to its functions in daily routines.
  • Played a key role in research protocol design, data collection and data analysis.
  • Construct design, cloning, purification, crystallization, and data analysis/structure building.
  • Conducted research on TLRs signaling from theory to experimentation and data analysis.
  • Project entailed management of large data sets from extensive technical literature searches, data analysis, developing WBS for multi-phase projects.
  • Mentored graduate and undergraduate students, teaching them surgical, histological, data analysis, and communication skills.
  • Developed research design, and diagnostic and evaluative tests, data analysis Writing articles.
  • Used Matlab in research work for simulation, visualization and data analysis.
  • Performed microarray data analysis in order to identify key pathways which are responsible for pancreatic tumor progression and invasiveness.

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266 Data Analysis Jobs

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13. Rna-Seq
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high Demand
Here's how Rna-Seq is used in Doctoral Fellow jobs:
  • Analyzed functional effects of antibiotic resistant strains using unbiased RNA-sequencing, western-blotting, and infection assays.
  • Analyzed RNA-seq in rat primary neurons to identify genome-wide molecular targets of RNA-binding proteins.
  • Established the protocol for collecting mouse intestinal stem cells in large scale for ChIP-seq and RNA-seq.
  • Gained experience creating and analyzing RNA-Seq, ChIP-Seq, and 4C data sets.
  • Set up pipeline to process and analyze next-generation sequencing data, including DNA-seq, RNA-seq and ChIP-seq from Illumina platforms.
  • Develop method to integrate Microarray and RNA-Sequencing gene expression profiles to increase power in related studies.
  • Used bioinformatic analysis of ChiP-Seq and RNA-Seq data in a mouse explant culture model to investigate mechanisms of cardiovascular-specific estrogen response.
  • Direct analyses of high-throughput genome-wide data including ChIP-seq, RNA-seq, RIP-seq, CLIP-seq, DNase-seq, and GRO-seq datasets.
  • Study of mRNA decay in Bacillus subitlis using RNA-Seq
  • Perform bioinformatics analysis of RNA-sequencing data using R and various bioinformatics methods such as DEseq2, GSEA, and IPA.
  • Created a cancer analysis pipeline that integrates exome resequencing and transcriptome (RNA-seq) data to find biomarkers (e.g.

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14. Rt-Pcr
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high Demand
Here's how Rt-Pcr is used in Doctoral Fellow jobs:
  • Patented and licensed an RT-PCR assay for interferon gene expression; co-authored the patent and 2 research articles.
  • Extracted RNA and confirmed by RT-PCR expression level of MT1-MMP-regulated genes in various cancer cells.
  • Conducted molecular biology techniques including ChIP and RT-PCR.
  • Employed molecular and cell biological techniques (ChIP, RT-PCR) to characterize PLZF promoter regulation by glucocorticoids and progesterone.
  • Worked on microRNA expression in rat and mouse gut tissues and plasma by q-RT-PCR method.
  • Generated cDNA from isolate RNA to look for genes of interest by RT-PCR.
  • Optimized biochemical assays including: SDS-PAGE, RT-PCR, immunohistochemistry, and ELISA.
  • Assessed innate immune responses by airway epithelium by qRT-PCR.
  • Measured gene expression using luciferase reporter assays and RT-PCR.
  • Trained personnel in Biosafety Level 2 procedures, HIV RNA preparation, RT-PCR, radiation safety, and PAGE electrophoresis.
  • Applied Western technique, RT-PCR, and immunofluorescence to study the cellular mechanism of the antivascular Phase II drug DMXAA
  • Attempted to clarify vaccine epitopes or cell wall proteins for both S. pyogenes forms using PCR and RT-PCR.
  • Used high throughput qRT-PCR screening for Ido1 gene expression and methylation in AML, CLL clinical samples.
  • Involved in designing and testing primers for mated and parent Chlamydia serovars for RT-PCRs and sequencing.
  • Performed bioinformatics, western blotting, immunofluoroscence, and Real-Time RT-PCR analyses.
  • Developed and utilized luminex assays and ELISA for cytokine/chemokine detection as well as real-time RT-PCR for gene expression analysis.
  • Evaluated gene silencing using both RT-PCR and flow cytometry after treatment with HDL- siRNA complexes to analyze mRNA/protein levels of targets.
  • Demonstrated that dedifferentiated cells express stem cell related genes and markers through microarray, qRT-PCR and immunofluorescent analysis utilizing 2-Photon microscopy.
  • Determined mRNA and protein expression of potential biomarkers by qRT-PCR and western blot analysis of isolated macrophages.
  • Determined to be involved in ribosome biogenesis using qRT-PCR, northern blotting, polysome profile, etc.

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15. Mouse Model
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average Demand
Here's how Mouse Model is used in Doctoral Fellow jobs:
  • Research - Tested potential clinical usage of various chemicals in attenuating burn-induced insulin resistance using a mouse model.
  • Design complicated mouse models to address tumor initiation and maintenance questions.
  • Discovered a novel tumor suppressor gene ATBF1 and elucidated its function in cancer development using cell lines and mouse models.
  • Evaluated multiple therapeutic interventions that targeted the Th1 helper T cell compartment in a humanized mouse model of GCA.
  • Elaborated of the first mouse model (newborn ICR mice) of human EV71 disease.
  • Established mouse models to identify genetic mutations that are responsible for human birth defects.
  • Initiated and coordinated novel drug studies in mouse models of lymphoma disease.
  • Managed a project to study secondary bacterial infections in the mouse model.
  • Characterized metabolomic profile of premature ovarian failure in mouse models.
  • Developed a transgenic mouse model of pancreatic cancer based on Kras mutation and abrogation of the PTEN signaling pathway.
  • Uncovered a dual regulation of Fibroblast Growth Factor pathway on Sonic Hedgehog expression in mouse models.
  • Evaluated the efficacy of SphK inhibitors using a mouse model of T. brucei infection.
  • Established proof-of-concept for efficacy of a lead compound in mouse models of cardiomyopathy.
  • Mouse models of leukemia and myelodysplastic syndrome (MDS).
  • Designed and executed immuno-oncology studies on both syngeneic and genetically engineered mouse models.
  • Unravel an E3 ligase as a suppressor of colorectal cancer by using compound mouse models.
  • Analyzed transgenic mouse models with defective Phosphodiesterase 6 Gamma (PDE6) subunit.
  • Used mouse models for inducing depression' on recombinant inbred mice.
  • Implemented tumorigenesis studies on both xenograft and orthotopic mouse models.
  • Collected behavioral and electrophysiological data in mouse models, performed statistical anal- ysis of behavioral, electrophysiological, and stain data.

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47 Mouse Model Jobs

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16. NIH
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average Demand
Here's how NIH is used in Doctoral Fellow jobs:
  • Led NIH funded projects aimed at discovering potential antibacterial therapies.
  • Recruited, hosted and engaged speakers for career events, Career Development Subcommittee, FELCOM, NIH.
  • Collaborate with fellow scientists in and outside of NIH to acquire resources and expertise required.
  • Authored a successful National Institute of Health (NIH) grant for treatment of tuberculosis.
  • Collaborated with Dr. Wang to draft and finalize several NIH and DOE grant proposals.
  • Explore and implement new research directions into NIH or private foundation funding applications.
  • Received IRTA postdoctoral fellowship award funded by the NIH intramural research program.
  • Presented my research in meetings both inside and outside the NIH.
  • Secured NIH NRSA T32 Training Grant covering entire stipend awarded 2011.
  • Participated in three NIH R01 research grants as a co-investigator
  • Secured independent grant funding through the NIH.
  • Awarded the 2010 Fellows Award for Research Excellence (FARE) competition, NIH.
  • Direct costs for the NIH fellowship were $117,000.
  • Conceptualized and wrote a NIH Challenge Grant Proposal (April 2009) on innovative microRNA profiling techniques, as key personnel.
  • Co-authored multiple NIH R01 research grants to study the molecular mechanism of the pro-inflammatory gene expression at post-transcriptional levels.
  • Worked on the role of Cyclooxygenase 2 (COX-2) in G?12QL mediated proliferation of NIH3T3 cells.
  • Edit scientific manuscripts or grant proposals for other NIH fellows (member of NIH Fellow Editorial Board).
  • Awarded a Northeast Biodefense Center Career Development Award and an NIH Training Grant.
  • Designed and synthesized modified oligonucleotides for carcinogenesis studies, sponsored by NIH and the American Cancer Society.
  • Screened pharmacologically active compounds (NIH DTP) that target Wnt signaling and to evaluate their potential in diseases.

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86 NIH Jobs

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17. Elisa
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average Demand
Here's how Elisa is used in Doctoral Fellow jobs:
  • Troubleshooted critical reagent issues for an established ELISA product line, leading to successful identification of potential 2nd vendors.
  • Analyzed proteins/vaccine candidates using ELISA, HAI, and micro-neutralization assay.
  • Developed the microplate ELISA mythology to validate the isotope-labeled antibody and membrane protein binding affinity on target cell surface.
  • Developed an in-house ELISA assay for the evaluation of ERG oncoproteins as well as auto- antibodies in human patient serum samples.
  • Developed an ELISA assay for a quick and high-throughput detection of the altered CKD macrophage metabolism.
  • Developed and validated sandwich ELISA protocol to quantify cMyBP-C in the plasma of rat and human.
  • Analyzed antibody production by Western blot, ELISA and surface plasmon resonance.
  • Developed ELISA with M. tuberculosis recombinant proteins for validation of NAPPA results.
  • Investigated protein binding kinetics to optimize ELISA assay performance by Biacore.
  • Employed ELISA, immunohistochemical, and stereological techniques for analysis of brain tissue.
  • Developed ELISA, immunoblot assay and protein kinase assays for the study.
  • Used Luminex, ELISA, and flow cytometric methods to assess cytokine and antibody responses to novel immunization protocols.
  • Measure proliferation/apoptosis using culture count, MTT, Elisa, IHC, immunofluorescent stains, confocal fluorescent microscopy.
  • Optimized ELISA based binding assays with recombinant VEGF and the extracellular domain of HER-2 neu protein.
  • Project II: Identification of new antigens for Babesia microti diagnosis using ELISA based immunoassay.
  • Perform ELISA for different cytokines RNA and DNA extraction from dendritic cells cultures.
  • School of Medicine ELISA Laboratory of Victor Nizet, M.D.
  • Examined effect of peptide on secretion of different cytokines by macrophages in vitro (ELISA).
  • Purified and characterized Onchocerca Volvulus DNA from black flies and analyzed using PCR-ELISA and Agarose gel electrophoresis.
  • Investigated the miRNA profile of murine macrophages involved in regulation of cytokine production (ELISA) during efferocytosis of apoptotic bodies.

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42 Elisa Jobs

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18. Hplc
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Here's how Hplc is used in Doctoral Fellow jobs:
  • Developed LC-MS and HPLC-based assays to study MoeK5's unprecedented enzymatic activity.
  • Developed methods of purifying and analysis antibody conjugates by HPLC.
  • Maintained laboratory HPLC systems and Nano-LC equipment.
  • Worked extensively with DNA synthesizer, HPLC, GPC, TEM, SEM, and fluorescence spectroscopy.
  • Developed High throughput Assay, ACCURATE, for metabolic stability (HPLC) of drug candidates TM
  • Characterized labeled proteins via HPLC, LC-MS/MS and MudPit analysis.
  • Empower 3 software for Waters HPLC system.
  • Trained other researchers in LC-MS, HPLC, FPLC, AUC, x-ray crystallography.
  • Managed development and validation of reverse-phase HPLC method for plasma pharmacokinetic studies.
  • Experience using radioactive isotopes, autoradiography, pulse-chase protocols, SDS-PAGE and western blotting, HPLC, and TLC.
  • Prepare biological and radioactive samples and perform HPLC assay, Radioimmunoassay, etc.
  • charge of image analyzer and HPLC and training for lab technicians.
  • Synthesized compounds purified and characterized using HPLC, NMR, LC-MS, UV/vis, TEM, TGA and DLS.
  • Involved in isolation of angiogenesis factors by HPLC and its identification by Mass Spectrometry.
  • Utilize 2D NMR, GCMS, MALDI, LCMS, HPLC for purification and characterization of peptides and metallopeptides.
  • Purified crosslinking and labeling reagents by Flash and HPLC chromatography.
  • coupled HPLC (2 years exp.
  • Developed HPLC-MS method for determining enantiomeric excess of biosynthetic amino acids in tobacco extracts and commercial beverage
  • Synthesized and purified A peptide by solid-phase synthesis and HPLC purification, respectively.
  • Work Functions: Chiral separations of enantiomeric compounds purity by chiral HPLC and GC.

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17 Hplc Jobs

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19. Flow Cytometry
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Here's how Flow Cytometry is used in Doctoral Fellow jobs:
  • Developed an improved method for measuring particle internalization using fluorescence quenching and flow cytometry.
  • Assisted in managing, coordinating and operating departmental flow cytometry laboratory.
  • Evaluated the effect of metabolic perturbations on primary human T cell differentiation and function using flow cytometry and ELISA assays.
  • Determined level of glucose uptake by use of a fluorescent derivative in primary cells followed by flow cytometry.
  • Mentored colleagues in mammalian tissue culture and flow cytometry techniques.
  • Measured immune response in patients by ELISA and flow cytometry.
  • Studied fetal-maternal interactions using mouse models; Construction of transgenic mice by microinjection methods and isolation of cells by flow cytometry
  • Gained expertise in rodent experimentation, isolation of bone marrow cells using 3-color flow cytometry and immuno-histology.
  • Developed expertise in immunohistochemical techniques, including flow cytometry and fluorescence microscopy.
  • Performed kidney harvesting and macrophage isolation by flow cytometry.
  • Investigated the function of TbSphK in cellular proliferation, cell cycle progression, and apoptosis using RNA interference and flow cytometry.
  • Flow cytometry, cell migration and wound healing assays, metabolic labeling studies with 35S-Methionine and 32P-orthophosphate.
  • Confirmed the binding activity of the antibodies on Rat Basophil Leukemia cell with flow cytometry analysis.
  • Observed activation, proliferation and cytokine production of deficient CD8 T cells by flow cytometry
  • Performed data analytics and statistical analysis on results from mouse experiments, including multi-variable flow cytometry data.
  • Established novel flow cytometry method to isolate monocytic and granulocytic progenitors.
  • Quantified biomarkers on immune cells using multi-color flow cytometry, ELISA, immunostaining and live cell imaging.
  • Analyzed the global methylation and hydroxyl-methylation on F1 cell treated with chromatin-modifying agents in vitro by flow cytometry and immunofluorescence analysis.
  • Performed flow cytometry to isolate cells overexpressing Drosophila Janus Kinase (hopscotch) from Drosophila wing imaginal discs.
  • Cultured primary murine bone marrow-derived Retroviral infection of primary pre-B cells Used flow cytometry for cell surface markers

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411 Flow Cytometry Jobs

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20. Immunology
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Here's how Immunology is used in Doctoral Fellow jobs:
  • Provided consultation and liaison to various medical clinics including: Special Immunology, Pediatrics, Obstetrics, and Primary Care/Gynecology.
  • Use molecular/cellular immunology and molecular biology skills to study the function of members of TNF receptor family.
  • Conducted research in the field of immunology and characterized molecules involved in host-parasite immunity.
  • Investigated the immunology mechanism underlying inflammatory diseases and tumor.
  • Selected as Editorial member and Reviewer for The Journal International Journal of Immunology by Science Publishing Group, USA.
  • Published many articles in peer review journals in tumor immunology, cutaneous biology, and molecular biology.
  • Research was twice featured as one of the top clinical relevant articles in the Journal of Immunology.
  • Selected for oral and poster presentation at American Association of Immunology (AAI) meeting.
  • Design, perform and analyze complex experimental research in the field of transplant immunology.
  • Awarded MD Anderson Department of Immunology competitive training grant, 2010 - 2013.
  • Research projects focused towards completion of PhD degree in Immunology and Microbiology.
  • Trained and supervised summer graduate student from Harvard Immunology Program in cell, molecular biology and immunological techniques.
  • Developed and trouble shooting cell-based immunology assays, including proliferation, and cytokine secretion.
  • Identified new malaria antigen as vaccine candidate by proteomics and immunology methods.
  • Design and perform in vitro cell-based immunology assay on target validation
  • Conducted Research in cellular and mucosal immunology.
  • Generated Monoclonal Antibodies for T cell studies Teaching: Host Defense and Infectious Disease Immunology Section, Small Group Lectures.
  • Authored 13 reseearch papers in the fields of immunology and oncology.
  • Research in Virology, Immunology, Cytokines and Interferon Signalling, Signal Transduction and Cancer.
  • Collaborated with immunology labs at UCSF to characterize the immune repertoire during YAP1-induced tumorigenesis and apoptosis in vivo.

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662 Immunology Jobs

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21. NMR
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average Demand
Here's how NMR is used in Doctoral Fellow jobs:
  • Explored structural dynamics on inhibitor and substrate binding using two-dimensional NMR.
  • Studied human cataract disease causing proteins in detail using NMR spectroscopy
  • Evaluate small-molecules using biophysical methods such as ITC, direct fluorescence, fluorescence polarization competition assays, and NMR.
  • Conducted an extensive NMR analysis on the evolution of a hybrid-layer sol-gel solution for bonding to silicon.
  • Improved structure elucidation and implemented LC-NMR in SPRI, recognized with SPRI Impact Award (2000).
  • Project: Studies of soil organic matter by solid and liquid state NMR.
  • Utilized NMR techniques to study CLC chloride transporters protein movements.
  • Developed tools for studying reaction mechanism through NMR spectroscopy.
  • Experience in GC, 1H, 13C, 31P, cryogenic and time-dependent NMR techniques, React-IR.
  • Simulated voltammetric data by assigning mechanisms based on 1H-NMR determined binding constants and diffusion coefficients.
  • Explored novel 19F NMR evidences to study conformational heterogeneity dependence of the nature of sequences around the modified site of DNA.
  • Developed methodology based on NMR and MS for analysis of soil organic matter (ref.
  • Interpreted of 1D- and 2D-NMR spectra and their correlation with the stereochemistry of complex molecules.
  • Established differential interaction of inhibitors and substrates of cytochrome P450 enzymes using 2D NMR.
  • Gang Wu (solid state quadrupolar NMR)
  • Developed Mathematica and Matlab programs for fitting of NMRD data to Solomon-Bloembergan-Morgan equations and determination of model parameters.
  • Developed LC-MS/MS and NMR based methods to investigate DNA adducts and DNA-protein-crosslinks.
  • Analyzed wild-type A fibrils by solid-state NMR
  • Designed and studied several site-mutated proteins to elucidate enzyme (Isopentenyl diphosphate isomerase) mechanism - Proton-Deuterium exchange study (NMR)
  • Mentor: Dr. Julio C. Alvarez Evaluation of intermolecular associations by electrochemical, NMR, and computational methods.

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27 NMR Jobs

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22. Mass Spectrometry
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Here's how Mass Spectrometry is used in Doctoral Fellow jobs:
  • Investigated the mechanisms of action of inhibitors against enzymes by adapting protein chemistry and mass spectrometry.
  • Managed laboratory collaborations, trained visiting scientists on sample preparation and mass spectrometry assays.
  • Designed rectilinear ion trap mass spectrometry with electron impact ionization source
  • Determined serum levels by mass spectrometry.
  • Developed a new method to examine membrane protein folding by employing pulsed- hydrogen deuterium exchange mass spectrometry (HDX-MS) method.
  • Trained members of other groups in mass spectrometry and SAXS data collection and analysis.
  • Measured endogenous levels of T1AM in mice and rats using mass spectrometry.
  • Developed absolute quantitative mass spectrometry assays (SRM/SIM/PRM) for the measurement of protein ubiquitination.
  • Generated genetically modified strains of M. avium 2151 and studied the difference in there GPL structures, using mass spectrometry.
  • Developed a quantitative method for GHB, D/L-HG, and R/S-3,4-DBA in urine using liquid chromatography/tandem mass spectrometry.
  • Used Western blots and mass spectrometry to determine pharmacokinetics of lead compounds.
  • Participated in a research project with the detection of folic acids using liquid chromatography/mass spectrometry.
  • Developed robust, silicon-based multinozzle emitter arrays for high-throughput and high-sensitivity nanoelectrospray mass spectrometry.
  • Developed novel methods to quantify proteome and phosphoproteome dynamics using mass spectrometry.
  • Characterized, tested, and validated Boron doped nanoparticles with dynamic light scattering (DLS) and mass spectrometry..
  • Characterized trace gas components with Gas Chromatograph and GC-Mass Spectrometry and ion components with Ion Chromatograph.
  • Gained experience with analytical techniques of inductively coupled plasma/mass spectrometry, gas chromatography/mass spectrometry, and FTIR microscopy.
  • Performed global and site-specific glycan profiling of various HIV envelope glycoprotein constructs by capillary electrophoresis and mass spectrometry.
  • Developed absolute quantitative mass spectrometry assays (SRM) used for the measurement of phosphopeptides and C. elegan neuropeptides.
  • Identified post-translational modifications sites such as phosphorylation, nitrosylation and ubiquitination in Thorase using mass spectrometry.

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197 Mass Spectrometry Jobs

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23. Scientific Journals
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Here's how Scientific Journals is used in Doctoral Fellow jobs:
  • Report of research results by writing papers for scientific journals and through oral presentations in international conferences and invited seminars.
  • Research resulted in joint authorship of nine publications in scientific journals and five presentations at national and international meetings.
  • Designed and executed research studies with successful publications in high impact scientific journals.
  • Prepared research findings for publication in peer-reviewed scientific journals.
  • Reviewed and critiqued submitted manuscripts for several scientific journals.
  • Co-authored numerous research papers published in major scientific journals.
  • Published in numerous peer-reviewed scientific journals.
  • Assisted in writing grant applications, and in peer review of several manuscripts submitted to high-impact scientific journals.
  • Invited peer reviewer for the scientific journals: Drug Development and Industrial Pharmacy, and AAPS PharmSciTech.
  • Analyzed, interpreted the study results and create reports for publication in peer-reviewed scientific journals.
  • Create summary tables, reports, figures and text for publication in peer-reviewed scientific journals.
  • Published my research at scientific journals and international conferences and was awarded travel grants.
  • Succeeded in publishing data in peer reviewed scientific journals and a book chapter.
  • Work resulted in two first author publications in peer-reviewed scientific journals.
  • Write and publish articles in scientific journals.
  • Referee for multiple scientific journals.
  • Published results in scientific journals.
  • Reviewed articles for scientific journals.
  • Published findings in peer-reviewed scientific journals Identified deficiencies in the literature and designed studies to address those gaps.
  • Completed papers for publication in scientific journals and presentation(s) in various scientific meetings.

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11 Scientific Journals Jobs

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24. Animal Models
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Here's how Animal Models is used in Doctoral Fellow jobs:
  • Developed cell-based assays and animal models to validate drug candidate efficacy and specificity in End Stage Renal Disease.
  • Participated in designing drug efficacy experiments in live animal models with colleagues.
  • Investigated the molecular mechanisms involved in fracture repair using animal models.
  • Experience using animal models, including survival surgery.
  • Established animal models and characterized their behavior.
  • Spearheaded experiments involving animal models.
  • Performed gene therapy in type 1 diabetic animal models using AAV virus carrying insulin analog gene via portal vein delivery strategy.
  • Designed bone marrow transplant studies in animal models to prove that FN helped stem cell survival.
  • Worked on a variety of animal models used in anti-obesity drug screening.
  • Established and maintained transgenic muscle and liver mice models for stress-induced protein misfolding study and small molecule validation on animal models.
  • Created allergy animal models and studied the mechanisms of allergy and its interaction with Respiratory Syncytial Virus to exacerbate airway inflammation
  • Developed viable animal models, including orthotopic cancer, pulmonary artery hypertension, pulmonary fibrosis, and liver fibrosis.
  • Researched and developed a novel strategy to improve anti-tumor responses and in vivo immunization of humanized animal models.
  • Developed animal models of lung cancer and inflammation including novel in vivo gene delivery strategies.
  • Developed in-vivo strategy to understand protein-protein interactions using transgenic and knockout animal models.
  • Research project on the mechanism of contrast-induced nephropathy using animal models.
  • Developed livestock animal models and performed surgeries to test drugs and vaccines for enteric diseases.
  • Generate animal models of Retinopathy of Prematurity and determine the effects of nicotinic acetylcholine receptor antagonists on abnormal neovascularization.

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286 Animal Models Jobs

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25. Hiv-1
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average Demand
Here's how Hiv-1 is used in Doctoral Fellow jobs:
  • Generated HIV-1 mutant viruses for screening of virus LTR promoter elements involved in the CD8+ T cell Antiviral Response.
  • Constructed novel HIV-1/HIV-2 chimeric molecular clones for use in primate HIV vaccine research.
  • Investigated the mechanism of action of HIV-1 Tat activation of transcription.
  • Identify broadly neutralizing anti-HIV antibodies from HIV-1 patents for immunogen vaccine design.
  • Tat protein encoded by HIV-1 stimulates transcription elongation by recruitment of CTD kinases to the HIV-1 promoter.
  • Established and optimized a H/D exchange platform for studying viral surface glycoproteins from HIV-1 and influenza A.
  • Categorized genes differentially expressed upon infection of CD4+ T cells with X4- and R5-tropic HIV-1 strains.
  • Examined effects of PP1-targeted compound active metabolites on HIV-1 transcription and toxicity in vitro.
  • Studied HIV-1C coreceptor use in a study cohort from Botswana Laboratory of Dr. Max Essex
  • Project: Development of non-human primate (Rhesus) compatible infectious SIV/HIVchimeric viruses using HIV-1 A & C subtype envelope.
  • Helped identify SAMHD1 as a host restriction factor that primary human macrophages use to defend against HIV-1 infection.
  • Examined naphthoquinone derived compounds to determine their effects on HIV-1 transcription and toxicity in vitro.
  • Characterized bnMAbs targeting the glycan at N160 of the V1/V2 loop of HIV-1 gp120.
  • Project I: HIV metabolomics - Evaluate cellular changes after HIV-1 infection in human primary CD4+ T cells and monocyte-derived macrophages.
  • Monitored variations in tyrosine sulfation in several HIV-1 monoclonal antibodies by western blot and isoelectric focusing (IEF).
  • Worked as co-investigator on a project to study conformational responses of RNase H of HIV-1 upon ligand interaction.
  • Research: Genotypic and phenotypic characterization of HIV-1 subtype C resistance to reverse transcriptase inhibitors.

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26. R
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average Demand
Here's how R is used in Doctoral Fellow jobs:
  • Conducted federally funded research on the causes/treatment of hypertension and congestive heart failure.
  • Performed forced degradation studies to develop and validate stability indicating assays.
  • Studied protein-origin interactions using second-generation sequencing technology (ChIP-Seq).
  • Transferred and validated multiple methods (capsule dissolution and Reverse Phase UPLC) internally from outside groups.
  • Worked on process development to streamline and improve operation for transfer to large scale production.
  • Assisted users in reviewing, validating, updating and querying and their data.
  • Studied the usage of replicators in gene therapy to stably express genes.
  • Programmed user interface using C# for the system.
  • Assisted in supervision of graduate and undergraduate research.
  • Collaborated with Roger Cooke (UCSF) and Ed Pate (WSU).
  • Key Achievement: Played instrumental role in development of numerous publications and research papers; complete list is available upon request.
  • Automated Bio-sensor Device - Designed and developed hardware including PCB design for the system.
  • Center for Craniofacial Regeneration / Dept.
  • Validated the obtained results using ERAD reporters, flowcytometry and immunobloting.
  • Focus: T cell development/ differentiation and thymic microenvironment
  • Automated operations using Arduino Microcontroller.
  • Lead author on research articles in major peer-reviewed biomedical journals.
  • Trained on multiple different analytical methods including gel electrophoresis and endotoxin determination.
  • Validated candidate genes using siRNA screening, MTS and colony formation assays in glioblastoma multiforme cell lines.
  • Screened lymphoblastoid cell line library to identify biomarkers associated with rapamycin and everolimus.

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27. Confocal Microscopy
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Here's how Confocal Microscopy is used in Doctoral Fellow jobs:
  • Managed departmental confocal microscopy core.
  • Worked on confocal microscopy to reveal protein-protein association and used atomic force microscopy (nano-indentation) to measure arterial stiffness.
  • Study of the viral protein A238L an IkappaB like protein and its subcellular localization by confocal microscopy.
  • Developed strategies to determine intracellular receptor trafficking of G protein-coupled receptors in primary neurons (immunofluorescence, confocal microscopy).
  • Demonstrated via confocal microscopy specific anatomical connections between substance P, 5-HT, cannabinoid receptors, and vomiting-induced Fos-containing cells.
  • Performed whole-mount animal organ staining, intracellular protein immuno-staining, confocal microscopy, imaging, software analysis.
  • Employed fluorescent confocal microscopy to study consequence of curcumin treatment on intra-cellular localization of relevant proteins.
  • Conducted Immunohistochemistry by Confocal Microscopy to investigate ClC3 andTMEM16A localization in Rat fundus smooth muscle cells.
  • Visualized subcellular localization of Cystic fibrosis transmembrane conductance regulator protein by confocal Microscopy in cell lines.
  • Used confocal microscopy to confirm that SUMOylation facilitates its nuclear translocation.
  • Developed phage display and bacterial glycan display for biotechnological applications (Confocal microscopy, FACS analysis and cell sorting).
  • Monitor the trafficking and cellular localization of the ion channel using membraneimpermeable crosslinker, FACS, glycosylation assays and confocal microscopy.
  • Established and completed a small siRNA screen covering cellular transport machineries -Evaluated multiple cellular transport routes by confocal microscopy and FACS
  • Experience in immunohistochemical techniques and analysis, light and confocal microscopy and analytical techniques for evaluation of neurogenesis.
  • Key techniques: Developed immunofluorescence protocol for FFP fixed multi-cellular 3D melanoma skin tissues using confocal microscopy.
  • Localized proteins with immunofluorescence and confocal microscopy on in vitro and in vivo derived samples.
  • Examined the effect of neuregulin on nicotinic receptor endocytosis using fluorescence and confocal microscopy.
  • Direct observation of E-cadherin in live mammalian cells GFP and confocal microscopy Recombinant adenovirus and retrovirus for expression of marker proteins.
  • Cloned and expressed OSBPs in CHO-K1 cells and determined their subcellular localizations using immunofluorescence and confocal microscopy.

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28. Facs
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average Demand
Here's how Facs is used in Doctoral Fellow jobs:
  • Established the binding and selectivity of antibody-dye conjugates to metastatic human cancer cells using FACS analysis.
  • Used FACS to select differentiated motor neurons expressing GFP from undifferentiated embryonic stem(ES) cells.
  • Specialized programs: Finch TV, PyMOL, ImageQuant, FacsDiva, GeneGeek (internal software).
  • Developed a FACS sort for limited cell populations of thymus tissue utilizing an 8-marker methodology.
  • Characterized of FACS purified sensory progenitors of the mouse inner ear
  • Isolated primary microglia and immune cells from mouse tissue, and assessed cell population by FACS analysis.
  • Flow cytometry Trained to use BD FACS Aria II.
  • Isolated unique subpopulation of cells via FACS.
  • Developed a new experimental fluorescence-activated-cell-sorting (FACS)-based approach to measure phenotypic stochasticity in cancer cell populations.
  • Developed FACS protocol to identify and isolate innate lymphocytes from murine atopic-like dermatitis skin.
  • Configured multi-color FACS to assess lineage specification of mouse and human bone marrow cells as well as differentiation of cell lines.
  • Analyzed the effect of a small molecule inhibitor of Piezo2 on megakaryocyte ploidy using FACS.
  • Examined the properties of these cells using FACS, qPCR, and microarray.
  • Selected stably transfected cells using FACs and magnetic beads-based procedures.
  • Characterized satellite cell specific expression of a Cre driver in vivo using immunocytochemical approaches and FACS isolation.
  • Isolate primary pneumocytes from mouse lung by multi-flex FACS and cultured them on matrigel.
  • Designed multi-colors immunophenotyping panels; flow cytometry (FACS) for phenotyping using LSRII, cell sorting using Aria.
  • Evaluated in vitro cytotoxicity studies by cytotoxic T cell redirected lysis of cancer cells using a FACS analysis.
  • Evaluated fHbp production in N. meningitidis mutant strains overexpressing fHbp using FACS analysis.

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29. Data Collection
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Here's how Data Collection is used in Doctoral Fellow jobs:
  • Increased data integrity and reduced labor costs by developing a software application that automated data collection, extraction, and utilization.
  • Supervised undergraduate researches on experimental design, data collection, interpretation and equipment usage.
  • Created data collection instruments, gathered data, and generated data analysis frameworks.
  • Manage graduate students while teaching experimental techniques, data collection and analysis.
  • Trained study personnel and postdoctoral fellows in clinical data collection techniques.
  • Improved data collection standards for increased accountability and replication.
  • Coordinate data collection related to implementation fidelity.
  • Conducted human subject research by performing subject recruitment and data collection and data analysis using software for 3D motion capture.
  • Migrated data collection from plain paper and Microsoft Excel to Access databases for later analysis.
  • Train and manage seven research assistants, mentoring in data collection and processing.
  • Conducted regular field visits to supervise data collection and follows-up with partners.
  • Managed data collection, software development and statistical modeling for EPA projects.
  • Program devices for automatic control and data collection.
  • X-ray diffraction and data collection.
  • Graduate Research Assistant Assisted principal investigator in data collection, assessments and intervention implementation for research.
  • Experience in protein crystallization and synchrotron X-ray protein crystal data collection and analysis.
  • Performed all administrative tasks, plus data collection and write-up, for research on multidisciplinary rounds and information foraging in ICUs.
  • Develop a database structure, establish data collection practices, provide training to staff, and oversee data entry and analysis.
  • Prepare specimens for EM (cryo & negative stain) data collection.
  • Instructed and supervised several student and part time workers in performing microscope work for micropaleontological data collection.

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96 Data Collection Jobs

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30. High Throughput
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low Demand
Here's how High Throughput is used in Doctoral Fellow jobs:
  • Design and execution of high throughput biological assays and rodent efficacy models to cure parasitic diseases.
  • Conducted high throughput chemotherapy resistance screen and cloning.
  • Tested and validated high throughput screening (HTS) assays for compounds that inhibit CTR2 activity.
  • Design, develop and optimize cell-based and biochemical assays for high throughput and high content screen.
  • Involved in development of enzyme assays in High throughput screening for use in biomass hydrolysis applications.
  • Allowed high throughput screening for genes required for proliferation and survival of cancer cells.
  • Generated cell-based assays for high throughput screening of anti-colorectal cancer drugs.
  • Designed and executed high throughput combinatorial screening for MOR/ORR catalysts.
  • Trained on high throughput proteomic technique (protein array) including experiments, data analysis and data interpretation.
  • Follow up studies involved high throughput genomics, data mining, mutant analysis and histology.
  • Collaborated on an innovative high throughput genetic screen of the S. cerevisiae ORF deletion library.
  • Designed novel spectroscopic high throughput methods to quantify cellular metabolism of different in vitro models of cancer under microenvironmental stress.
  • Participate in cutting-edge research focused on Quantitative High Throughput Screening / Chemical Genomics and In Vitro Toxicity Testing.
  • Created high throughput methods of oxidation state analysis of metal oxide nanoparticles during endocytosis using x-ray microscopy.
  • Developed protein microarray, phage display based high throughput protein/protein/ligand binding assay.
  • Performed high throughput screening for angiogenic biomarker.
  • Performed a high throughput in vitro screening assays to elucidate novel ESAs.
  • Identified induction of embryonic stem cell related genes in high throughput microarray transcriptional analysis of skeletal regeneration.
  • integrated noncoding RNA annotations with next generation sequencing high throughput transcriptome data.
  • Established high throughput screening assays for identifying anti-infectives against Methicillin resistant Staphylococcus aureus (MRSA) and Acinetobacter baumannii.

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238 High Throughput Jobs

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31. Alzheimer
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low Demand
Here's how Alzheimer is used in Doctoral Fellow jobs:
  • Designed cell-based and biochemical assays for antibiotic and anti-Alzheimer screen.
  • Worked in two different laboratories where researching Alzheimer's disease in the first one and comparative evolution in the second.
  • Demonstrated aberrant network activity that is akin to epilepsy in brain slices from mice modeling Alzheimer's disease.
  • Conducted original research on brain tissue from Alzheimer's disease cases and animal models of that disorder.
  • Project: Targeting KMO in energy deficiency of Alzheimer s and Huntington's diseases.
  • Managed a research project investigating the link between epilepsy and Alzheimer's disease.
  • Managed research projects focused on Golgi defects in Alzheimer's disease.
  • Provided technical and theoretical expertise in neurophysiological expertise to a group of scientist investigating Alzheimer's disease.
  • Gained insights pertinent to multiple sclerosis (MS), Alzheimer's disease (AD), and other neurodegenerative disorders.
  • Researched the usability and the accessibility of medical applications for early detection of Alzheimer and Mild Cognitive Impairment (MCI).
  • Developed a mammalian cell system in HEK293 cells to screen and characterize human Alzheimer s APP proteases candidates.
  • Used yeast screening system to identify and characterize human Alzheimer s APP proteases candidates.
  • Investigated calcium dyshomeostasis in neuronal models of Parkinson's disease and Alzheimer's disease.
  • Study of the role of miRNA in the Alzheimer's disease
  • Developed new strategies to discover therapeutics for Alzheimer s disease.- Studied the mitochondrial involvement in neurodegeneration.
  • Research on cellular and molecular mechanisms of Alzheimer s disease, using in vivo and in vitro systems.
  • Studied murine model of Alzheimer's disease using mass spectrometry and other biochemistry and genetic approaches
  • Project Aim: Immunotherapeutic and diagnostics applications for Alzheimer's disease (AD) using mouse model and Drosophila Melanogaster.

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32. Small Molecules
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low Demand
Here's how Small Molecules is used in Doctoral Fellow jobs:
  • Tested small molecules as potential therapeutics to treat insulin resistance and its complications.
  • Characterized organic small molecules, polymers, co-polymers, and organic-inorganic hybrid materials.
  • Developed a functional cell-based high-content, high-throughput screen to identify and validate small molecules to treat anemia of chronic disease.
  • Discovered series of other small molecules which can modulate Th17 cell differentiation through different molecular targets.
  • Examined and evaluated the effects of various small molecules and chemical compounds for use in reprogramming.
  • Develop and optimize GC-MS and GC-MS/MS analysis method for small molecules.
  • Analyze thermal stability of proteins with small molecules.
  • Examined mechanisms of the effective small molecules.
  • Discovered first known synthetic small molecules as AR down-regulating agents by applying Catalyst Hip-Hop pharmacophore modeling technique on few natural compounds.
  • Lead drug development efforts involving experimental small molecules for the treatment of neuropsychiatric disorders.
  • Prepared metal oxide and composite aerogels for the catalytic oxidation of small molecules.
  • Designed and adapted novel synthetic strategies for small molecules and nanomaterial interfaces.
  • Executed screening/validation of anti-colorectal cancer small molecules from synthetic libraries.
  • Developed luminescence based HTS cell based assay to screen for small molecules against poxvirus replication.
  • Developed HPLC assays for proteins (up to 80 kD) proteins and small molecules.
  • Prepared fluorinated small molecules and made the device air-stable and air-operable.
  • Optimize hydrogel formulations for delivering growth factors and bioactive small molecules for tendon regeneration and anti-inflammatory applications.
  • Design and synthesis of small molecules for P2Y receptors and adenosine receptors as selective agonists/ antagonist.
  • Functioned as lead scientist and project manager for analytical and formulation development projects (biologics, small molecules).
  • Studied the interaction between small molecules and short peptides by UV-Vis and fluorescence spectroscopy (internal collaboration).

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91 Small Molecules Jobs

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33. Prostate
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low Demand
Here's how Prostate is used in Doctoral Fellow jobs:
  • Evaluated the molecular mechanisms of promotion of metastatic progression of prostate cancer by Stat3
  • Identified a new target for prostate and breast cancer treatment.
  • Analyzed the effect of Stat3 on metastasis in prostate cancer.
  • Assisted in the conception/ design of prostate cancer clinical trials.
  • Worked on Cancer Vaccines for the treatment of Prostate Cancer.
  • Published a journal review about the altered cholesterol metabolism leading to the human prostate cancer aggressiveness.
  • Developed preclinical model systems to assess the progression of advanced prostate cancer.
  • Identified signal transduction pathway involving MUC1 and NF B that leads to EMT signatures in breast and prostate cancers.
  • UPLC-MS/MS-based proteome analysis of breast, prostate and metastatic cancer cells.
  • investigated role of Y-chromosome genes expression in prostate cancer.
  • Analyzed microsatellite instability of prostate cancer cell lines and xenographs.
  • Identified frequent genomic deletions, mutations of ATBF1 in prostate and breast cancers and protein mislocalization in head and neck cancer.
  • Screened AR cofactors from TRAMP (Transgenic Adenocarcinoma of Mice Prostate) Mice derived cell lines using yeast two hybrid systems.
  • Designed, constructed cDNA library from TRAMP (Transgenic Adenocarcinoma of Mice Prostate) Mice derived cell lines.
  • Studied the role of eicosanoids in wound healing, in regulation of Apoptosis and in Prostate cancer.
  • Developed biochemical fractionation of subnuclear domains from breast, prostate, and bone cancer cell lines.
  • Researched of prostate cancer biomarkers and targets; investigated the role of Mycoplasma in prostate cancer.
  • Proposed and synthesized a siRNA conjugated estradiol for gene therapy of breast and prostate cancer.
  • Tested the activation of Stat3 in metastatic prostate cancer tissue microarray samples by immunostaining.
  • Designed a caged luciferin probe for in vivo studies of metastatic prostate cancer progression.

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27 Prostate Jobs

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34. Physiology
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low Demand
Here's how Physiology is used in Doctoral Fellow jobs:
  • Developed novel methodologies for examining brain physiology.
  • Researched developmental and reproductive physiology of mosquitoes.
  • Conducted scientific and clinical research in the area of muscle physiology and nutrition, specifically overweight and older adults.
  • Design and implementation of neurophysiology experiments on animal models of epilepsy to characterize the evolution to epilepsy after acquired injury.
  • Developed and build novel test method and equipment to combine electrophysiology and fluorescent microscopy to study real time receptor biophysics.
  • Establish patch clamp recording system and organize other electrophysiology recording platform.
  • Characterized effects of pharmacological agents on cell physiology and pathophysiology.
  • Project Supervisors: Prof. Anna A. DePaoli-Roach (Biochemistry) and Prof. Susan J. Gunst (Physiology), respectively.
  • Researched the effects of aging (oxidative stress hypothesis) on mouse NMJ physiology and muscle performance.
  • Research in the Central Nervous System Physiology including Nicotine Addiction in the Laboratory of Dr. John Dani
  • Worked on research studies related to the pathophysiology of obesity, diabetes and insulin resistance.
  • Elucidated the role of VEGF, PDGF on retinal pigment epithelium physiology and pathophysiology.
  • Record the functional electrophysiology properties of these cells.
  • Studied biochemical systems and energy metabolism, integrated computational modeling with experimental investigation of mitochondrial electrophysiology.
  • Receive weekly training in psychopharmacology, chemical dependency, chronic pain management, biofeedback, psychophysiology and hypnosis.
  • Designed protocols with electrophysiology using in vivo and in vitro animal models.
  • Designed and set up the intracellular electrophysiology laboratory for the in vitro study of CNS neurons.
  • Project: Regulation and functional relevance of neurogenesis in mammalian olfactory bulb Major techniques: retrograde tracing; immunostaining; electrophysiology
  • Conducted research on FMF pathophysiology, using apoptosis assays and MEFV-associated gene expression profiling, including arachidonate lipoxygenation.
  • Trained three Ph.D. researchers to conduct slice electrophysiology experiments and extracellular/intracellular recordings.

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87 Physiology Jobs

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35. PI
demand arrow
low Demand
Here's how PI is used in Doctoral Fellow jobs:
  • Performed diagnostic and personality assessment on psychiatric adult inpatient unit in university-based hospital.
  • Reviewed the integrity of data results from epidemiological studies.
  • Developed procedures for analysis of epidemiological data.
  • Initiated, designed and conducted the experiments to explore the activity of ion channels on tracheal epithelial cells.
  • Planned and carry out quality control programs and select statistical and epidemiologic methods for use in quality control analysis.
  • Catalogued, analyzed, and collated hospital patient records onto a digital online database
  • Provided guidance to senior researchers and technical leadership for the epidemiologic project.
  • Interpreted epidemiologic data and study results.
  • Explored the expression pattern and function of homeobox transcription factors in developing organs using transgenic mouse models.
  • Identified fluorescent signals in noisy images by developing image processing methods using IDL and Matlab.
  • Determined role of Pitx2 in controlling motility of myogenic cells to replenish limb muscle progenitors.
  • Studied epigenetic regulation of gene expression and the mechanism of gene silencing.
  • Examined the role of composition in the phase separation of lipid bilayers.
  • Designed methods for the creation of hybrid protein-lipid bilayer surfaces.
  • Design, execution, analysis, and interpretation of targeted, untargeted metabolomics experiments and metabolic flux analysis using isotopic tracers.
  • Identified target genes of homeobox transcription factor Pitx2 in developing skeletal muscle progenitors, using gene-expression microarray analysis of FACS-sorted cells.
  • Performed genetic analysis of patients to identify novel genes involved in human disorders including hypogonadotropic hypogonadism and precocious puberty.
  • Developed whole-genome oligonucleotide microarrays for identification and genotyping of bacterial pathogens.
  • Developed a new strategy for sickle cell disease treatment based on reorganizing enhancer-gene interactions ( forced looping approach).
  • Optimized and increased the efficiency of cancer cell reprogramming using epigenetic drugs like DNA methyltransferase and histone deacetylase inhibitors.

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218 PI Jobs

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36. International Conferences
demand arrow
low Demand
Here's how International Conferences is used in Doctoral Fellow jobs:
  • Published 9 papers in peer-reviewed journals; delivered 17 presentations at national and international conferences.
  • Presented urban ecology and environmental science research at eleven national and international conferences.
  • Contributed articles to 11 peer-reviewed publications and participated in six international conferences.
  • Selected for oral presentations at a total of 4 national/international conferences.
  • Authored peer-reviewed publications and presentations at international conferences and seminars.
  • Presented research at many internal meetings and multiple international conferences.
  • Presented experimental data at prestigious international conferences and departmental seminars.
  • Presented results at various international conferences and universities.
  • Presented findings at national and international conferences.
  • Delivered research presentations in 4 international conferences.
  • Presented research findings at various international conferences.
  • Present results at international conferences.
  • Co-authored six publications (including a report in Science with 1000+ citations), and presented at five international conferences.
  • Prepared manuscripts and abstracts for peer-reviewed journals and presented work (oral and poster) at national and international conferences.
  • Published data in peer-reviewed journals, at international conferences and presented as a guest speaker in the symposium.
  • Presented research (both lectures and posters) in major international conferences.
  • Participated to four and presented a poster at three international conferences.
  • Present work in 3 international conferences and multiple internal meetings.
  • Presented text analytics research at national and international conferences to both technical and non-technical audiences.
  • Invited speaker at the 1990 and 1992 International Conferences on Xenopus laevis.

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76 International Conferences Jobs

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37. Veterans
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low Demand
Here's how Veterans is used in Doctoral Fellow jobs:
  • Collaborate with an interdisciplinary team to determine optimal level of care for Veterans considering treatment for substance use and dependence.
  • Worked in a large urban medical facility providing treatment to predominantly lower SES veterans suffering from addictions and co-occurring disorders.
  • Carry a caseload of four individual psychotherapy Veterans 65+ with co-occurring medical conditions.
  • Carry a caseload of four individual psychotherapy Veterans diagnosed with serious mental illness.
  • Mastered University and Veterans Administration contracts/grants and IRB procedures and regulations.
  • Develop community partnerships to increase community integration for Veterans.
  • Provide education for veterans and families using evidence-based approaches.
  • Selected as one of five recipients of the Department of Veterans Affairs Nursing Post Doctoral 2 year Fellowship Program, 1995-1997.
  • Brief Description of Duties: Worked on interdisciplinary teams to coordinate treatment for veterans with a wide range of psychiatric disorders.
  • Facilitate care management, crisis management, and referral to specialized assessment and treatment programs for Veterans with complex needs.
  • Track all veterans new to substance abuse treatment to help facilitate continued access to treatment by collaborating across clinics.
  • Lead biweekly psycho-educational group (with 30 veterans) in the Substance Abuse Treatment Program.
  • Create monthly Mental Health Recovery Forums for Veterans, mental health staff and community members.
  • Prepared presentation for counseling staff about working with student veterans on college campuses.
  • Provide Cognitive Behavioral Conjoint Therapy for PTSD with veterans and their partners.
  • Studied anger problems in veterans with drug or alcohol problems.
  • Contribute to development of a harm reduction track for Veterans.
  • Determine outcome data criteria and gather feedback from Veterans.
  • Provide supervision to psychology intern while co-leading Seeking Safety group for veterans with comorbid PTSD and substance use disorders.
  • Project management on IRB approved PRImary care Screening Methods (PRISM) Study http://veterans.utah.edu/research/prism.php

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1 Veterans Jobs

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38. Drosophila
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low Demand
Here's how Drosophila is used in Doctoral Fellow jobs:
  • Designed and conducted experiments to search for additional Drosophila DNA repair activities using both a biochemistry and molecular biology approach.
  • Conducted intensive research and experimentation, wrote articles of outcome; Research: Developed a thorough knowledge of Drosophila genetics.
  • Designed and conducted experiments to probe the structure/function of the Drosophila protein Rrp1.
  • Studied mechanisms of gene regulation during development and bacterial infection using Drosophila melanogaster.
  • Examined Drosophila tissue sections to identify pathology induced by P. gingivalis infection.
  • Conducted primary molecular analysis of the Drosophila homeotic gene, labial.
  • Established the role of Toll/Cactus pathway in Drosophila hematopoiesis.
  • Performed in vivo growth experiments to compare the growth of the stains within the Drosophila.
  • Demonstrated that the P. gingivalis capsule contributes to the evasion of Drosophila immune defenses.
  • Optimized dye axonal injection in Drosophila larvae.
  • Researched heart tube formation and development using Drosophila to identify important target proteins involved in cell migration and the cytoskeleton.
  • Identified proteolytic cleavage in Drosophila neuronal microtubule associated protein 1(MAP1) using molecular, biochemical and transgenic approaches
  • Used comparative microarray analysis to investigate pathways involved in promoting hyperplastic and neoplastic tumors in a Drosophila model system.
  • Conducted DNA sequencing and manipulation to determine the structure of the non-muscle myosin gene in Drosophila melanogaster.
  • Researched the mechanisms of axonal growth and regeneration caused by Nogo in Drosophila and mouse models.
  • Determined the kRAS insertion in the Drosophila genome and confirmed kRASG12V mutation in kRAS transgenic flies.
  • Studied the establishment of a chronic infection model in Drosophila with the commensal pathogens Candida albicans and Staphylococcus aureus.
  • Compared the susceptibility of encapsulated and unencapsulated P. gingivalis strains to killing by Drosophila and human antimicrobial peptides.
  • Helped establishing collaborations with two Drosophila lab at Baylor School of Medicine and Janelia Farms to test novel mitochondrial sensors.
  • Project 2: Study of Src signaling pathway in the regulation of F-actin dynamics during cellularization in Drosophila melanogaster.

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39. Sds-Page
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low Demand
Here's how Sds-Page is used in Doctoral Fellow jobs:
  • Performed protein biochemical assays including SDS-PAGE, Co-IP, and GST affinity purification.
  • Experience in running SDS-PAGE assays.
  • Characterized carboxylases expression and activity through SDS-PAGE and enzyme activity assay.
  • Purified and identified by SDS-PAGE cellular proteins which bind to specific structural motifs within the HCV 5' non-coding region.
  • Developed analytical methods to study proteins derived from 2-D SDS-PAGE proteomic studies (extraction from PVDF membrane or in-gel analysis).
  • Developed stable viral transduction and characterized knockdown usingqPCR, SDS-PAGE, and western blot.

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40. Clinical Trials
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low Demand
Here's how Clinical Trials is used in Doctoral Fellow jobs:
  • Collaborated with clinical trial coordinators in subject data entry, data analysis and drafting of regulatory documents for ongoing clinical trials.
  • Collaborated with clinical trial representatives to maintain accurate compliance of our clinical trials.
  • Performed statistical analyses for clinical trials and observational studies.
  • Served as primary liaison between research staff and clinical physicians and administrations to support two ongoing prospective clinical trials at UAB.
  • Based on it potential clinical use, several clinical Phase I/II clinical trials are currently in process.
  • Analyzed thousands of published clinical trials, and tens of thousands of outcome measures of clinical trials.
  • Worked in a group that performed human absorption studies using stable isotopes and other clinical trials.
  • Project 3: Clinical Trial work o Prepared IRB submissions for clinical trials.
  • Conducted basic science experiments and assisted with clinical trials.
  • Helped implement clinical trials at our center.
  • Conduct psychiatric, psychological and cognitive assessments for various NIH- and pharmaceutical industry-sponsored clinical trials of psychotherapeutic drugs.
  • Tested novel triterpenoids as anti-inflammatory / anti-oxidant drugs for possible use in clinical trials.
  • Maintained Data Monitoring Committee and Steering Committee charters for all active clinical trials, authoring amendments as needed.
  • Key responsibilities: o Clinical Trials o Making sure the project is conducted in a timely manner.
  • Lead point-of-contact for IRB correspondence and Human Use Protocols for pre-clinical trials for human diagnostic devices.
  • Filed a US patent for the intravaginal ring which is currently undergoing human clinical trials.
  • Involved in clinical trials researching microbiome of HIV patients undergoing HAART therapy.
  • Optimized parameters for large-scale preparations of isotype-switched or humanized antibodies in CHO cells/ myeloma cells of therapeutic antibodies for clinical trials.
  • Evaluated polyamine analogue as a candidate chemopreventive agent while this class of agents was in clinical trials at JHU Hospital.
  • Developed and patented a novel Fowlpox vector that elicited protection against falciparum malaria in Phase Ib clinical trials.

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47 Clinical Trials Jobs

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41. MRI
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low Demand
Here's how MRI is used in Doctoral Fellow jobs:
  • Developed iron oxide-based drug delivery system for MRI imaging and anti- tumor therapy.
  • Performed statistical analysis of diffusion MRI data.
  • Applied the concept of texture analysis on functional MRI to determine areas of true functional activity.
  • Demonstrated the ability to do awake animal functional MRI.
  • Constructed 3D arterial models from MRI images.
  • Operate MRI scanner and image data processing.
  • Analyzed MRI and CT images for optimizing chamber placement and electrophysiological recordings.
  • Developed porous magnetic nanoparticles for targeted controlled drug release and MRI.
  • Developed empirical Bayesian shrinkage analysis method on multi-echo BOLD functional MRI.
  • Synthesized, characterized and evaluated nanomolecular high-performance MRI contrast agents.
  • Designed and synthesized cRGD-conjugated high-performance MRI contrast agents.
  • Planned, conducted and evaluated preclinical toxicity and MRI imaging studies of GNP-MRI contrast agent in normal rodent models.
  • Designed and published program suite to simplify and automate the analysis of large functional MRI datasets.
  • Designed, synthesized and evaluated bimodal imaging probes for MRI and Fluorescence imaging.
  • Led an interdisciplinary team to develop viral nanoparticles as multi-modal MRI contrast agents resulting in publication.
  • Project Title: Engineering viral nanoparticles for detecting atherosclerotic plaques with MRI
  • Synthesized several high-performance MRI contrast agents based on metal chelating ligands (DOTA, DTPA, and DTTA).
  • Develop model-based algorithm for simultaneous simulation of neuronal activity, fMRI, and MEG signals.
  • Worked on multiple cognitive neuroscience projects using fMRI to understand high level visual processing.
  • Project: Tracking Therapeutic Cells and Drug In Vitro and In Vivo for Tumor Angiogenesis and Regeneration Myocardium Using MRI

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37 MRI Jobs

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42. SEM
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low Demand
Here's how SEM is used in Doctoral Fellow jobs:
  • Presented data at conferences and departmental seminars, and actively participated in a weekly journal club series focused on metabolic disease.
  • Participate in Training Seminars Present Case Conceptualizations with video recordings to staff Search committee for potential future postdoctoral residents Documentation via titanium
  • Presented research article and data at the departmental seminar series and international scientific conferences.
  • Presented scientific findings at international meeting, and internal seminars and poster sessions.
  • Present research at institutional seminars and national meetings.
  • Disseminated research findings through publication and presentation.
  • Communicated scientific findings to expert and lay audiences in the form of seminars, scientific presentations, and lectures.
  • Participate in ongoing seminars and workshops, two hours of individual supervision and one hour of group supervision weekly.
  • Led a seminar for the medical students on the practice of psychology.
  • Participated in national workshops and seminars to share research output.
  • Present research findings - research seminars and poster presentations.
  • Coordinated seminar series for branch.
  • Solved hexameric structure and studied assembly of human interleukin-6/IL-6 alpha-receptor/gp130 complex.
  • Troubleshooted problems and communicated results in seminars and meetings.
  • Organized and led weekly study seminars on the arithmetic moduli space of elliptic curves during the fall semester of 2010.
  • Frequent presentation of research summaries to lab group (~25 people) Participated in department seminars and journal clubs.
  • Create groups and seminars relevant to patient needs and to promote individual growth -Conduct diagnostic assessments to clarify diagnoses.
  • Design and conduct genetic, molecular and biochemical experiments on bacterial amyloid assembly in E coli.
  • Investigated the roles of FAK in Formin (mDia)-mediated actin filament assembly.
  • Established sub-10nm imprint lithography by nanoparticles self-assemblies and successfully imprinted Si Nanowire array using pre-patterned nanoparticles.

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13 SEM Jobs

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43. Individual Therapy
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low Demand
Here's how Individual Therapy is used in Doctoral Fellow jobs:
  • Conducted individual therapy and group counseling sessions as well as case management with a diverse population of severely mentally ill patients.
  • Provided individual supervision of diagnostic evaluations, individual therapy, and family consultation to a psychology doctoral student.
  • Provided individual therapy, psychological assessment, and developed programming for graduate students at a university counseling service.
  • Provided individual therapy at various facilities, including rehabilitative, nursing, and independent living settings.
  • Provided weekly supervision to a doctoral level practicum student regarding individual therapy cases.
  • Provided interventions including Cognitive Processing Therapy and Prolonged Exposure in individual therapy.
  • Provided outpatient individual therapy utilizing CBT and DBT interventions.
  • Provided individual therapy to adolescent patients.
  • Provide twice weekly individual therapy.
  • Provided outpatient individual therapy and family therapy to children ages 5-17 utilizing PCIT, CBT, DBT, and TF-CBT-informed interventions.
  • Provided veteran diagnostic intakes and individual therapy within the only PTSD designated outpatient clinic ?in the VA system.
  • Provide individual therapy to a caseload of clients who were indicated for mental health services and/or psychiatric medication.
  • Provided individual therapy to students at a middle school satellite clinic one day per week.
  • Provide brief verbal reports of individual therapy Veteran s progress in treatment.
  • Provide individual therapy to adults and adolescents with various mental health concerns.
  • Provide individual therapy to patients diagnosed with complex PTSD and/or Dissociative Disorder.
  • Provided evidence-based individual therapy for caregivers with "Reach VA" (Resources for Enhancing All Caregivers Health).

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44. Experimental Data
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low Demand
Here's how Experimental Data is used in Doctoral Fellow jobs:
  • Designed, executed, critically analyzed and interpreted experimental data to understand new biological functions of proteins.
  • Recorded experimental data in laboratory notebooks and reported experimental findings on regular meetings with the team.
  • Presented experimental data at local scientific meetings and prepared manuscripts for publication in peer reviewed journals
  • Presented experimental data at local, national and international meetings.
  • Prepared technical reports and presented experimental data to management.
  • Presented the experimental data on internal and external meetings.
  • Analyze and interpret experimental data and communicate the results at scientific meetings and in manuscripts.
  • Collaborated with experimentalists and compared theoretical results with experimental data.
  • Collected experimental data from behavior studies Analyzed behavior data using statistics tests (ANOVA, ANCOVA, t-test, Z-test)
  • Used Excel and bioinformatics software to analyze and assess experimental data for neurochemical and immunohistochemical studies.
  • Initiated analysis of antigens in the context of "hotspot" regions based on experimental data.

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6 Experimental Data Jobs

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45. Family Therapy
demand arrow
low Demand
Here's how Family Therapy is used in Doctoral Fellow jobs:
  • Provided individual adult and pediatric psychotherapy and family therapy with a focus on crisis intervention and pain management.
  • Provided Cognitive-Behavioral Therapy, Dialectical Behavior Therapy, and family therapy to adolescents with challenging mental health problems.
  • Performed psychological evaluations, individual psychotherapy, and family therapy with primary care patients.
  • Conducted family assessments and family therapy utilizing a problem-centered, systems approach.
  • Participate in weekly Anxiety Clinic meeting and supplemental Family Therapy seminar.
  • Attended a family therapy seminar and provided live-supervision family therapy.
  • Provide individual and family therapy for children and adolescents.
  • Conducted individual and family therapy.
  • Conducted individual and family therapy with youth and young adults diagnosed with sickle cell disease and their families.
  • Conduct family therapy with families of children and adolescents, as well as marriage counseling with couples.
  • Provide individual and family therapy for adolescents age 12-17, and follow patients throughout IOP.
  • Conducted individual and family therapy with high risk patients and families.
  • Serve as co-instructor in Family Therapy Clinic for Psychology Interns.
  • Provided individual, group and family therapy.
  • Trained in Structural Family Therapy to provide family therapy to low-income families in predominantly Latino community.

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46. Ptsd
demand arrow
low Demand
Here's how Ptsd is used in Doctoral Fellow jobs:
  • Co-facilitated a Cognitive Processing Therapy group for PTSD in a residential setting.
  • Perform intake evaluations and trauma-informed psychotherapy in the outpatient PTSD Clinic.
  • Completed PTSD assessment and comprehensive risk assessment with military personnel.
  • Administer and score battery of assessments diagnosing PTSD to screen potential participants prior to enrollment.
  • Give weekly supervision to an intern in the outpatient PTSD clinic.
  • Provide specialized psychological assessments and consultations for patients with PTSD and dissociative disorders.
  • Conduct psychodiagnostic assessments and treatment planning, and collaborate across multiple disciplines as a member of the PTSD clinical team.
  • Developed a cardio-response model for predicting post-traumatic stress disorder (PTSD).
  • Conducted diagnosticevaluations for returning OEF/OIF Veterans and consulted with PTSD Clinical Team (PCT) to providecontinuity of care.
  • Represent PTSD team at interprofessional meetings (e.g.
  • Identified pre-clinical blood-based microRNA biomarkers for TBI and PTSD.

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47. Electron Microscopy
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low Demand
Here's how Electron Microscopy is used in Doctoral Fellow jobs:
  • Investigated molecular mechanisms of DNA-remodeling enzymes by electron microscopy, small-angle X-ray scattering, X-ray crystallography and biochemical analysis.
  • Published improved protocols for imaging quantum dots in live cells in fluorescence microscopy and transmission electron microscopy.
  • Light microscopy and Electron microscopy (EM).
  • Advance training in electron microscopy techniques.
  • Created and validated histology and electron microscopy experimental protocols specific to nanoparticles interactions with blood and tissues.
  • Conducted basic research in metal fatigue, including transmission electron microscopy of microstructures.
  • Mastered basic confocal immune-fluorescence microscopy and electron microscopy techniques.
  • Analyzed gold nano-particles and chemical vapor deposited (CVD) diamond films with NSOM and scanning electron microscopy (SEM).
  • Investigated neuronal apoptosis induced by transient MCAO using DNA fragmentation analysis, TUNEL, and electron microscopy.
  • Characterized signal transduction pathways of the cell stress response to viral infection using phospho-protein analysis, cell imaging and electron microscopy.
  • Research Focus: Investigation of the development and maintenance of synaptic plasticity using correlative optogenetics and electron microscopy.
  • Combined the physical disector technique to conventional transmission electron microscopy to quantify synapses stereologically.
  • Utilized light and electron microscopy to determine the distribution of non-muscle myosin and alpha-actinin.
  • Utilized electron microscopy for the evaluation of preparations of detergent-solubilized and nanodisc-incorporated membrane proteins.
  • Project: Three-dimensional reconstruction of chemotaxis signaling receptors Techniques learned: cryo-electron microscopy and tomography
  • Led, managed, and executed electron microscopy, ciliary transport, and mass spectrometry projects.
  • Used transmission and scanning electron microscopy; and immunohistochemistry to determine the differences in the fenestrations on the microvascular walls.
  • Mastered multiple electron microscopy techniques to examine the ultrastructure involved at the nanoscale of vesicle transport.

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74 Electron Microscopy Jobs

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48. Parkinson
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low Demand
Here's how Parkinson is used in Doctoral Fellow jobs:
  • Developed small molecule drugs for tumor, spinal cord injury and Parkinson s disease therapy, sponsored by a pharmaceutical company.
  • Studied the role of cell cycle regulatory proteins in the demise of DA neurons in Parkinson's Disease
  • Manage medical science projects developing cell-based assays for target small molecule treatment in Parkinson's Disease.
  • Conducted studies on nerve-cell grafting in Parkinson's disease.
  • Lead Scientist a primate model of Parkinson's disease.
  • Facilitated support group for Parkinson's Caregivers Presented at interdepartmental Grand Rounds Lecture Series.
  • Conceived and lead a novel collaborative project investigating the dysfunction of the degradation pathway in Tauopathies and Parkinson s disease.
  • Lead researcher on projects that investigate the comorbidity of depression and Parkinson's disease in a combined animal model.
  • Research Focus: Molecular Mechanisms of Neurodegeneration In Parkinson's Disease OTHER UNIVERSITY AFFILIATIONS and FUNCTIONS:
  • Pioneered structural studies and biophysical characterization of the protein ?-synuclein involved in Parkinson s disease.
  • Investigate the mechanistic role of Parkin in the quality control of synaptic vesicles in Parkinson's disease
  • Developed a novel methodology to identify mitochondrial factors in Parkinson's disease patient fibroblasts that may predict severity of motor dysfunction.
  • Elucidated a mechanism of neurotoxicity of alpha-synuclein, a protein that when over-expressed or mutated causes familial Parkinson's disease.
  • Developed biochemical assay for characterization of PTEN induced putative kinase (PINK-1), protein associated with Autosomal Parkinson's disease.
  • Research: QTL genome mapping for alcohol addiction in FH/Wjd and ACI/N rat model, SNP analysis in Parkinson disease.
  • Research Project: Examine the roles of mitochondrial dysfunction and oxidative damage in Parkinson's disease (PD).
  • Performed in vivo electrophysiology study of basal ganglia, thalamus, and cortex in the na ve and parkinsonian primate.

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49. Uv-Vis
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low Demand
Here's how Uv-Vis is used in Doctoral Fellow jobs:
  • Characterized proteins using SDS- PAGE, UV-Vis and Mass Spectrometry.
  • Developed assays to directly monitor cluster assembly and transfer using methods of UV-Vis, fluorescence, circular dichroism, and EPR.
  • Conducted research in peptide chemistry utilizing a variety of analytical techniques including UV-Vis, fluorescence, HPLC and NMR.
  • Developed assays for protein characterization using UV-Vis, FPLC, fluorescence polarization, electron micrograph and N-terminal sequencing 3.

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50. C++
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low Demand
Here's how C++ is used in Doctoral Fellow jobs:
  • Implemented Huffman encoding/decoding algorithm in C++ for information hiding protocols.
  • Designed and implemented C and C++ codes to analyze validity, reliability, and uncertainty in theoretical predictions.
  • Developed a mathematical model for droplet impingement on a free surface and solved it numerically using C++.
  • Developed software in C++, FORTRAN 90, and MATLAB for computer-aided engineering.
  • Developed C++ ZEPLIN Detector simulation codes based on GEANT4.
  • Collaborated work with Pfizer Inc., using C++ and Perl for evaluation of novel 3D QSAR method UniSurCoMFA (Sybyl).
  • Developed methods for medical ultrasound image enhancement (C, C++) Contributed algorithms for shape matching and modeling
  • Coordinated the validation of data aquisition algorithms (C++, python) for all real and simulated data.
  • Use Matlab to automate the experiments, R and C++ for the data analysis.
  • Programmed in C/C++, PERL, Matlab.
  • Developed MATLAB and C++ codes for phase field modeling of ferroelectric microstructure evolution.
  • Develop parallel codes in C/C++ and Matlab for simulating electron's quantum transport in nanoscale semiconductor devices.

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Doctoral Fellow Jobs

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20 Most Common Skills For A Doctoral Fellow

Protein

18.5%

Cell Culture

18.0%

Biology

9.9%

Research Projects

5.1%

Synthesis

4.5%

DNA

4.3%

Chemistry

4.3%

Group Therapy Sessions

4.3%

Cancer Patients

3.5%

Advisor

3.3%

PHD

3.3%

Data Analysis

3.1%

Rna-Seq

3.0%

Rt-Pcr

2.8%

Mouse Model

2.7%

NIH

2.5%

Elisa

2.0%

Hplc

1.8%

Flow Cytometry

1.6%

Immunology

1.4%
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Typical Skill-Sets Required For A Doctoral Fellow

Rank Skill
1 Protein 15.2%
2 Cell Culture 14.7%
3 Biology 8.1%
4 Research Projects 4.2%
5 Synthesis 3.7%
6 DNA 3.5%
7 Chemistry 3.5%
8 Group Therapy Sessions 3.5%
9 Cancer Patients 2.9%
10 Advisor 2.7%
11 PHD 2.7%
12 Data Analysis 2.6%
13 Rna-Seq 2.5%
14 Rt-Pcr 2.3%
15 Mouse Model 2.2%
16 NIH 2.0%
17 Elisa 1.6%
18 Hplc 1.5%
19 Flow Cytometry 1.3%
20 Immunology 1.1%
21 NMR 1.1%
22 Mass Spectrometry 1.0%
23 Scientific Journals 0.9%
24 Animal Models 0.8%
25 Hiv-1 0.8%
26 R 0.8%
27 Confocal Microscopy 0.8%
28 Facs 0.8%
29 Data Collection 0.7%
30 High Throughput 0.7%
31 Alzheimer 0.7%
32 Small Molecules 0.6%
33 Prostate 0.6%
34 Physiology 0.6%
35 PI 0.6%
36 International Conferences 0.6%
37 Veterans 0.5%
38 Drosophila 0.5%
39 Sds-Page 0.5%
40 Clinical Trials 0.4%
41 MRI 0.4%
42 SEM 0.4%
43 Individual Therapy 0.4%
44 Experimental Data 0.4%
45 Family Therapy 0.4%
46 Ptsd 0.4%
47 Electron Microscopy 0.4%
48 Parkinson 0.4%
49 Uv-Vis 0.4%
50 C++ 0.4%
{[{skill.rank}]} {[{skill.name}]} {[{skill.percentageDisplay}]}%
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2,841 Doctoral Fellow Jobs

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