Members

     

Protein Acrobats 2024

Protein Acrobats 2024

 

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Sivaraj (Shiv) Sivaramakrishnan

Sivaraj (Shiv) Sivaramakrishnan


Principal Investigator (P.I.)
Professor
Department of Genetics, Cell and Developmental Biology
Director of Graduate Studies- MCDBG Graduate Program

[email protected]

To read more about Shiv please visit his page.

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A photo of Morrhyssey Benz

Morrhyssey Benz


Graduate Student

University of Oregon B.S.
[email protected]

 

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Nisha Patel

Nisha Patel


Postdoctoral Fellow
University of Illinois-Chicago B.S., University of Wisconsin-Madison M.S., Indian Institute of Technology-Gandhinagar Ph.D.
[email protected]

I am interested in protein-protein interactions that govern GPCR function. My background in cytoskeletal motors puts me in a unique position to dissect the role of myosin VI in regulation of GPCR trafficking and signaling. Overall, I aim to identify interacting partners of GPCRs and uncover unconventional regulatory pathways of GPCRs.

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Fred

Fredrik Sadler


Postdoctoral Fellow
University of Minnesota Ph.D. 

St. Olaf College, B.A. 
[email protected]

GPCR signaling is a fundamental concept in physiology and disease, but how GPCRs relay signals is highly convoluted. I aim to better define the mechanisms by which GPCRs receive, process, and transduce stimuli.

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Duha Vang


Graduate Student
[email protected]

 


 

 Edgardo J. Sánchez Rivas

Edgardo J. Sánchez Rivas

Graduate Student
University of Puerto Rico at Cayey, B.S.
[email protected]

 

 

 

 


 

Ianna Debrunner

Ianna Debrunner 


Graduate Student
Colorado State University, B.S.
[email protected]

I am working to use DNA nanotechnology to model and understand multi-motor protein ensembles. I am studying both endocytic vesicle transport through the molecular motor Myosin VI and its adapter proteins, and the interactions of motor proteins and accessory proteins within heart muscle. 

 

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Michael Ritt

Michael Ritt


Scientist / Lab Manager
Michigan State University, B.S.
[email protected]

GPCRs are integral membrane receptors, a fact which complicates their study in vitro. Giant Plasma Membrane Vesicles (GPMVs) allow us to express and work with these receptors similar to purified protein. I’m using GPMVs to explore the interactions of GPCRs with G proteins and the effects of different ligands and allosteric modulators on those interactions. 

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