• Home
  • About
  • Listings by Category
    • Educational Programs in Computational Biology
      • Undergraduate Computational Biology/Bioinformatics Programs
      • Undergraduate Biostatistics Programs
      • Graduate Computational Biology/Bioinformatics Programs
    • Summer Programs for Undergrads
    • Employers
      • Agriculture
      • Automation
      • Cancer Research
      • Contract Research
      • Diagnostics
      • Drug Discovery
      • Genetic Testing
      • Genomics
      • Graduate Biostatistics Programs
      • Healthcare Services
      • Human Longevity
      • Medical Devices
      • Medical Imaging
      • Other
      • Pharmaceuticals
      • Research Institutes
      • Software Development
      • Synthetic Biology
  • Job Board
  • Our Department
Main Menu
  • Home
  • About
  • Listings by Category
    • Educational Programs in Computational Biology
      • Undergraduate Computational Biology/Bioinformatics Programs
      • Undergraduate Biostatistics Programs
      • Graduate Computational Biology/Bioinformatics Programs
    • Summer Programs for Undergrads
    • Employers
      • Agriculture
      • Automation
      • Cancer Research
      • Contract Research
      • Diagnostics
      • Drug Discovery
      • Genetic Testing
      • Genomics
      • Graduate Biostatistics Programs
      • Healthcare Services
      • Human Longevity
      • Medical Devices
      • Medical Imaging
      • Other
      • Pharmaceuticals
      • Research Institutes
      • Software Development
      • Synthetic Biology
  • Job Board
  • Our Department

Editas Medicine

11 Hurley Street
Cambridge, MA 02141
Genomics, Healthcare Services, Synthetic Biology
11 Hurley Street
Cambridge, MA 02141
www.editasmedicine.com

Description

At Editas Medicine, we believe we have entered a new era in genomic medicine as the growth of genomic information in recent years has significantly expanded our understanding of genetically defined diseases. Furthermore, a new technology known as CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) has the potential to achieve accurate, directed changes in DNA and fulfill the promise that started with the sequencing of the human genome the potential to treat diseases at their source, at the DNA level.

Source: http://www.editasmedicine.com

Company Size: 51-200 employees

Connect

  • Twitter URL
  • LinkedIn URL

Contact Us

CMU Computational Biology Department
5000 Forbes Ave
Pittsburgh, PA 15213
(412) 268-4671
social@cbd.cmu.edu

Legal Info

Follow our Twitter list of companies!

My Tweets

Computational Biology Career Events

No upcoming events

Copyright © 2018 Carnegie Mellon University. All Rights Reserved

Login

Lost your password?