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Internship - Molecular Assays and Screening

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Transition Bio, Inc.

Apr 24

Applications are closed

  • Internship
    Full-time
    Off-cycle Internship
  • Science
  • Cambridge

Requirements

  • A bachelor’s degree in biology, biochemistry, chemical biology, chemistry, or related fields. Students entering their final year of undergraduate studies would also be considered.
  • Experience working in a molecular and cell biology laboratory in an academic or industry setting, where molecular assay execution and development is performed to a high standard.
  • Ability to organise, analyse, and deliver information in a concise, accurate, and professional manner; strong written and oral communication skills; excellent data management skills.
  • An interest in cutting-edge science and a high degree of integrity and team orientation; a can-do motivating attitude.
  • Experience with standard molecular biology techniques (protein/DNA handling, UV/Fluorescence readings, gel electrophoresis, ELISA, PCR etc).

Responsibilities

  • Operation of Transition Bio’s proprietary microfluidic molecular screening platform for high-throughput chemical screening.
  • Validating hit compounds in orthogonal assays using a variety of biophysical and biochemical assays following established SOPs.
  • Development, testing and validation of new or modified assay protocols and SOPs.
  • Using in-house pipelines for data processing and analysis
  • Maintain good laboratory practices, including excellent record keeping using electronic laboratory notebook systems.

Transition Bio, Inc.

One-of-a-kind technologies for biomolecular condensate analysis.

Science & Healthcare
Industry
11-50
Employees

Mission & Purpose

Transition Bio is developing one-of-a-kind technologies for biomolecular condensate analysis. Through our Condensomics platform, our goal is to build a drug discovery engine based on the latest advancements in biophysics and artificial intelligence. We harness droplet microfluidic approaches and cellular platforms to characterize condensates with unprecedented scale and precision, resulting in the mapping of condensates and their modulation, in molecular detail. Our proprietary datasets feed in to algorithms that we use for target discovery, target validation and drug design.