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A picture of Dr. Valerie Collins

Dr. Valerie Collins profile page

Applications Manager

 at RedShiftBio


Valerie joined RedShiftBio in 2018 and her experience with Microfluidic Modulation Spectroscopy began prior to that, as the first external beta tester of the company’s original AQS3pro system. Valerie possesses a wealth of biophysical characterization experience and a research background in structural and spectroscopic characterization of proteins and peptides, focusing on amyloidosis. Valerie leads RedShiftBio’s internal and external field applications team and oversees all proof-of-concept studies worldwide.


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Published Content
Total: 2
RedShift Bio Webinar
Webinar

Characterizing Recombinant Lactoferrin for Human Consumption

On-Demand
High concentrations of human lactoferrin (hLF) in human milk offer health benefits for infants and adults, including nourishment and growth support.
Recombinant hLF (rhLF) has been expressed in yeast at an industrial scale, with the aim of making it affordable and accessible as a supplement.
This webinar takes a deep dive into how rhLF can be characterized and analyzed to ensure its safety for consumption in clinical studies.
Our expert speaker will cover how various analytical techniques – including microfluidic modulation spectroscopy – can confirm identity, assess purity and impurities, measure size and investigate the structure of rhLF, as well as compare it to native hLF.
Redshift bio tn webinar 8th november 2023
Webinar

Novel Protein Characterization for Biopharma Development

On-Demand
Protein stability is one of the most important critical quality attributes for a new biological drug. Unstable or misfolded proteins are prone to aggregation and precipitation, which can lead to lower activity as well as increased immunogenicity. There has been a long-standing interest in renaturing unfolded, misfolded or precipitated proteins.

In this webinar, our expert speakers will demonstrate how thermal and pressure stress changed the structure and melting point of two model proteins and resulted in the discovery of different structural rearrangements.

They will then discuss a novel method for solubilizing and refolding proteins using hydrostatic pressure to generate proteins whose structure matches that of the native protein, as confirmed by microfluidic modulation spectroscopy.
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