Education / Graduate Education / PhD Programs / Cellular and Molecular Pharmacology and Physiology / Students

Students

2018 First Years

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Miriam Barnett, M.S.

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Bidlack Lab

Pharmacological properties of opioids and the signaling mechanisms at the kappa opioid receptor.

Brandon Berry, M.S.

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Wojtovich Lab

Mitochondrial physiology by using optogenetics to control bioenergetics

Chen Braun, M.S.

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Lopes Lab

Isoform specific PKC regulation of cardiac potassium channel IKs: Implications for Long QT Syndrome

Si Chen, M.S.

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Yan Lab

Focuses on the role of cyclic nucleotide phosphodiesterase 10A (PDE10A) in regulating cardiac hypertrophy and dysfunction.

Lily Cisco

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Lueck Lab

Tyler Couch, M.S.

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MacLean Lab

Intracellular dynamics and protein interactors of human acid-sensing ion channels

David Delemos

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First Year

Louben Dorval, M.S.

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Bidlack Lab

Investigating the effects of Fibroblast Growth Factor 21 (FGF21) on opioid preference and the development of analgesic opioid tolerance and dependence

Isaac Fisher, M.S.

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First Year

Esraa Furati, M.S.

Jarreau Harrison

The BAG3-HspB8 mediated degradation of tau in neurons

Kai-Ting Huang

Wooree Ko

Chen Li

Jing Liu, M.S.

To study the effect of beta 1 subunit of the Na,K- ATPase in regulating tight junction and barrier function in acute lung injury in vivo.

Tyler McCullock, M.S.

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Kammermeier Lab

Molecular and cellular regulation of metabotropic glutamate receptor dimerization

Alexander Milliken, M.S.

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Brookes Lab

Studies the underlying molecular mechanisms of cardiac ischemia reperfusion injury to design novel therapeutic approaches

Abhinav Mittal

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Whasil Lee Lab

Nicholas Nobiletti, M.S.

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Glading Lab

Elucidate KRIT1's regulatory effects on neutrophil adhesion/migration

Matthew Rook, M.S.

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MacLean Lab

Structural and Stoichiometric Elucidation of Acid-Sensing Ion Channel Gating Mechanisms

Harsha Swamy, M.S.

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Glading Lab

Endothelial cell behavior in the context of the blood-brain barrier, particularly with regard to small GTPase signaling and cell-cell junctions.

Manisha Taya, M.S.

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Hammes Lab

My research highlights the importance of infiltrating neutrophils and neutrophil elastase in Lymphangioleiomyomatosis (LAM) progression, and identifies novel molecular mediators of LAM tumor growth and invasion