Andy Truman PhD

@Trumanlab
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Associate Professor at UNC Charlotte. Group leader for the Charlotte Group for Proteostasis Research. We study the role and regulation of the Hsp70 chaperone code in yeast and cancer cells. Avid mountain biker. 
Lab website: www.Trumanlab.org/cgpr 
#FirstGen #Hsp70 #chaperone #yeast #cancer #science #chaperonecode #biology
A really important skill for trainees to learn is to be a “closer” of a project-that is to take it over the finish line for publication. This means doing the experiments, getting the figures/text ready for submission and being prepared to do review corrections 😀
Excited to share our latest Forum article in Trends in Biochemical Sciences “Understanding chaperone specificity: evidence for a ‘client code’” https://www.sciencedirect.com/science/article/abs/pii/S0968000423001329?dgcid=author
Remembering the first and only time I made science themed cookies 😀 #cookies #dnagel #science
Chaperone code m&m’s ready to give out at #CellBio2022 😀 #chaperone #hsp70 #science
Proteomic studies have uncovered a huge number of post-translational modifications on chaperones (over 100!). We like to think of these #PTMs like keys on a piano. Stresses to cells like heat or DNA damage cause a unique combination of keys (PTMs) to be played making a song (unique #Hsp70 function). We are trying to match stresses to each PTM and work out the function of this "chaperone code" in normal and cancerous cells. For more, please see: https://www.sciencedirect.com/science/article/pii/S0021925817501076?via%3Dihub

#Introduction: I am an Associate Professor at UNC Charlotte studying the connection between #protein folding and disease.

When proteins are made in the cell, they come out as a string of amino acids. To function in the cell, this string needs to fold into a complex 3D shape. Many of our proteins need help to fold correctly. This is where molecular #chaperones come in. These proteins work as custodians of the cell by folding proteins. We work on the Hsp70 chaperone in yeast and cancer cells.