Funding

Current

NHLBI

Multi-R01 NHLBI
(2020-24)
PI's - Warshaw, Yengo, and Sivaramakrishnan 
Cardiac Myosin-Binding Protein C: Molecular Mechanisms Governing Cardiac Contractility

nih nigms

Multi-R01 NIGMS
(2017-21)
PI's - Sivaramakrishnan and Vaidehi
Structural Basis of G-protein selectivity in GPCRs using Multiscale Dynamics

NIGMS

R35 NIGMS
(2018-23)
PI - Sivaramakrishnan
Emergent Cellular Functions of GPCRS And Myosins

NHLBI

F30 NHLBI
(2019-23)
Student - Anja Touma, Sponsor - Sivaramakrishnan
Elucidating Molecular Mechanisms of Hypertrophic Cardiomyopathy Using Nano-Engineered Synthetic Myosin Thick Filaments

Recent

AHA

American Heart Association - Predoctoral fellowship
(2018-20)
Student - Keehun Kim, Sponsor - Sivaramakrishnan 
A study of the structural basis and context dependence of cardiac GPCR pharmaceuticals

NSF

NSF ECCS
(2016-19)
PI - Fan and Sivaramakrishnan
Development of scanning optofluidic cell lasers for highly sensitive cellular and tissue anaylsis

NIGMS

R01 NIGMS
(2014-18)
PI - Sivaramakrishnan co-I Roger Sunahara, Rick Neubig 
Probing molecular mechanisms of GPCR functional selectivity in live cells

NIH Innovator

NIH Director's New Innovator Award
(2013-18)
PI - Sivaramakrishnan
The kinase toolbox: Mapping the spatial and temporal regulation of cell signaling

NIH STTR

NIH STTR II
(2015-17)
PI - Thomas
Live-Cell Fluorescence Lifetime FRET Assays for HTS

LSRF

Life Sciences Research Foundation (Postdoctoral Fellowship)
(2014-17)
Fellow - Ruth Sommese, Sponsor - Sivaramakrishnan
Properties of β-2 adrenergic receptor selectivity and multiplicity

AHA

 

American Heart Association - Scientist Development Grant Award
(2013-16)
PI - Sivaramakrishnan 
Direct detection of stretch-induced activation of GPCRs in cardiac hypertrophy

AHA


American Heart Association - Predoctoral fellowship
(2013-15)
Student - Rabia Malik, Sponsor - Sivaramakrishnan 
Tracking GPCR-G protein interactions in live cells

NBIB

R21 NIBIB 
(2014-15)
PI - Fan; co-I - Sivaramakrishnan
Protein interaction study in vitro and in live cells with optofluidic lasers