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17 jobs that use Next-Generation Sequencing the most

Jobs that use next-generation sequencing the most include bioinformatics specialist, molecular laboratory technologist, and senior bioinformatics scientist.

What jobs use Next-Generation Sequencing the most?

1. Bioinformatics Specialist

How bioinformatics specialist uses Next-Generation Sequencing:

  • Collaborate on project to develop LIMS for managing biochemical assays and analyses.
  • Develop web base application to support LIMS system.
  • Conduct LNG pipe-in-pipe size optimization by calculating materials, instrumentation, transportation, construction and installation cost.

Most common skills for bioinformatics specialist:

  • Python
  • Next-Generation Sequencing
  • RNA-seq
  • Genome
  • NGS
  • Linux

2. Molecular Laboratory Technologist

How molecular laboratory technologist uses Next-Generation Sequencing:

  • Operate and manage standard quality control on laboratory equipment as well as some specialize equipment for serology studies.
  • Perform routine clinical tests on several enzymatic tests for galactosemia disease using paper chromatography - radiation imaging detection, spectrophotometry.
  • Interview and hire new employees.verse in HIPAA regulations to protect patient confidentiality.

Most common skills for molecular laboratory technologist:

  • Next-Generation Sequencing
  • Clinical Laboratory
  • Molecular Biology
  • Control Procedures
  • Extraction
  • Sops

3. Senior Bioinformatics Scientist

How senior bioinformatics scientist uses Next-Generation Sequencing:

  • Manage pediatric dose development project, technology transfer project and alternate API supplier qualification project on budget and on schedule
  • Design the NGS base cancer diagnostics report.
  • Assume responsibility for programming, using Perl and CGI and shell scripting.

Most common skills for senior bioinformatics scientist:

  • Python
  • Next-Generation Sequencing
  • Data Analysis
  • Visualization
  • Computational Biology
  • NGS

4. Bioinformatics Engineer

How bioinformatics engineer uses Next-Generation Sequencing:

  • Develop and deploy of large legacy Postgresql-backed web app build with CodeIgniter PHP that manages Solazyme's internal business data.
  • Manage Jenkins security by providing specific access to authorize developers/testers using project base matrix authorization strategy.
  • Assist in updating an in-house LIMS system for effective DNA sample tracking.

Most common skills for bioinformatics engineer:

  • Python
  • Next-Generation Sequencing
  • NGS
  • AWS
  • Java
  • DNA

5. Bioinformatics Software Engineer

How bioinformatics software engineer uses Next-Generation Sequencing:

  • Manage the documentation website for Alchemy.js and convert it to AngularJS making it dynamic and allowing for quick changes to documentation.
  • Support developers and testers on code debugging and business process troubleshooting.
  • Perform all aspects of system management including system performance tuning, configuration design, troubleshooting and debugging of software programs.

Most common skills for bioinformatics software engineer:

  • Python
  • Java
  • Next-Generation Sequencing
  • Visualization
  • AWS
  • JavaScript

6. Bioinformatics Scientist

How bioinformatics scientist uses Next-Generation Sequencing:

  • Manage informatics LIMS system for sample tracking, reporting and delivery of service projects.
  • Manage study protocols and study conduct, intimately involve in the toxicology and pharmacokinetic study protocol development process.
  • Prototyped and evaluate algorithms in MATLAB, Java, and C++.

Most common skills for bioinformatics scientist:

  • Python
  • Next-Generation Sequencing
  • Data Analysis
  • NGS
  • Java
  • Visualization

7. Bioinformatician

How bioinformatician uses Next-Generation Sequencing:

  • Develop UNIX shell script, PERL and AWK program and apply TECPLOT software macro files to automate data processing and report.
  • Perform data, results visualization, full SDLC
  • Identify single nucleotide variants from NGS data.

Most common skills for bioinformatician:

  • Python
  • Data Analysis
  • Next-Generation Sequencing
  • Java
  • Visualization
  • NGS

8. Bioinformatics Analyst

How bioinformatics analyst uses Next-Generation Sequencing:

  • Involve in developing Perl scripts to manage biological data.
  • Manage administration and supervise development of logistics policies and programs to ensure they meet the changing conditions in program requirements.
  • Develop a web application using JSP, HTML, CSS, SQL procedures.

Most common skills for bioinformatics analyst:

  • Python
  • Next-Generation Sequencing
  • Data Analysis
  • Java
  • C++
  • Visualization

9. Molecular Technologist

How molecular technologist uses Next-Generation Sequencing:

  • Manage and maintain Tecan for automate pipetting.
  • Perform DNA and RNA isolation from blood, bone marrow, and tissue.
  • Perform PCR on patient samples for various genes and check for proper amplification using gel electrophoresis.

Most common skills for molecular technologist:

  • Clinical Laboratory
  • Next-Generation Sequencing
  • Molecular Biology
  • CLIA
  • Extraction
  • Specimen Handling

10. Computational Biologist

How computational biologist uses Next-Generation Sequencing:

  • Develop UNIX shell script, PERL and AWK program and apply TECPLOT software macro files to automate data processing and report.
  • Manage detailed GLP laboratory manual daily.
  • Design and perform model-based gene expression analysis with whole genome tiling-microarray data sets using SAS.

Most common skills for computational biologist:

  • Python
  • Machine Learning
  • Next-Generation Sequencing
  • C++
  • Visualization
  • Biological Data

11. Senior Applications Scientist

How senior applications scientist uses Next-Generation Sequencing:

  • Manage study protocols and study conduct, intimately involve in the toxicology and pharmacokinetic study protocol development process.
  • Design, develop and implement DNA base assays and immunoassays.
  • Subject matter expert for applications of a pathogen detection system base on principles of PCR and mass spectrometry.

Most common skills for senior applications scientist:

  • Software Development
  • Data Collection
  • Next-Generation Sequencing
  • Data Analysis
  • Customer Support
  • Technical Support

12. Field Applications Scientist

How field applications scientist uses Next-Generation Sequencing:

  • Lead the development and successful launch of the first high-density microarray for profiling long, non-coding RNA.
  • Manage study protocols and study conduct, intimately involve in the toxicology and pharmacokinetic study protocol development process.
  • Ensure that documents and testing are in compliance with FDA, cGMP, ISO, and company policies.

Most common skills for field applications scientist:

  • Post Sales
  • Next-Generation Sequencing
  • Pre Sales
  • Chemistry
  • Technical Support
  • Customer Support

13. Molecular Biologist

How molecular biologist uses Next-Generation Sequencing:

  • Provide oversight for FDA inspections.
  • Present results in monthly HTS and data meeting.
  • Perform instrument, primers and reagent validations utilize in RT-PCR.

Most common skills for molecular biologist:

  • CRISPR
  • Next-Generation Sequencing
  • Cell Culture
  • Lab Equipment
  • Molecular Biology Techniques
  • Extraction

14. Assay Development Scientist

How assay development scientist uses Next-Generation Sequencing:

  • Manage a group of three laboratory technicians performing ELISA assays and protein purification.
  • Develop and manage third party claim investigations and contractor remedial oversight for various insurance companies.
  • Co-Direct implementation of immunoassay analysis software interface into LIMS.

Most common skills for assay development scientist:

  • Assay Development
  • Cell-Based Assays
  • Data Analysis
  • Next-Generation Sequencing
  • Molecular Biology
  • Elisa

15. Senior Scientist, Biology

How senior scientist, biology uses Next-Generation Sequencing:

  • Manage study protocols and study conduct, intimately involve in the toxicology and pharmacokinetic study protocol development process.
  • Contribute to a cancer cell line profiling effort.
  • Review documentation, write research reports and authore FDA submissions.

Most common skills for senior scientist, biology:

  • Data Analysis
  • Cell Biology
  • Next-Generation Sequencing
  • Cell-Based Assays
  • RNA
  • CMC

16. Senior Staff Scientist

How senior staff scientist uses Next-Generation Sequencing:

  • Manage pediatric dose development project, technology transfer project and alternate API supplier qualification project on budget and on schedule
  • Conduct research and analyze data to identify potential biomarkers and provide input for selection of candidates for non-clinical studies development.
  • Establish methods for OTFT parameters extraction, physics-base device modeling, and circuit elements simulation.

Most common skills for senior staff scientist:

  • Data Analysis
  • FDA
  • Next-Generation Sequencing
  • Statistical Analysis
  • Regulatory Submissions
  • PK

17. Staff Scientist

How staff scientist uses Next-Generation Sequencing:

  • Lead efforts to replace a critical radioactive immunoassay with a non-radioactive format to measure clinical samples.
  • Manage clinical sample testing using MSD and ELISA in LIMS, including data review and approval using LIMS.
  • Assist in managing and maintenance of HPLC and Prep-HPLC systems to ensure maximum productivity for the process development group.

Most common skills for staff scientist:

  • Data Analysis
  • Research Projects
  • Molecular Biology
  • Next-Generation Sequencing
  • Statistical Analysis
  • RNA

Other skills