Adobe Acrobat Student Creator 

Bailey

Designed and optimized single-molecule FRET assays to interrogate the mechanism of chaperone-action of the human Hsp70 system. Designed, expressed and purified a series of protein-folding sensors to probe how chaperones work to refold different domains of a client protein. Developed automated pipelines for the analysis and visualisation of large, complex datasets in Python and Matlab. Worked under the supervision of Prof Heath Ecroyd, Dr Nicholas Marzano and D.Prof Antoine van Oijen.

Received First Class Honours for my thesis titled: Investigating mechanisms of molecular chaperone function at the single-molecule level. Under the supervision of Prof Heath Ecroyd and D.Prof Antoine van Oijen.

Explore GIGs

H\FC for Students

List a GIG

Find Participants

Pricing

H\FC for Companies

Library

FAQs

Blog

Case Studies

How Kosas Successfully Launched A New Product with H\FC

About Me

University of wollongong

University of wollongong

Single-Molecule Protein Biochemistry

Class of Present

University of wollongong

Bionanotechnology

Class of 10/2021

Sydney NSW, Australia

Skills

Interests

Interview Questions

Adobe

Adobe Acrobat Student Creator

Your Privacy