Current Grants

Hai Lin and Emilie Guidez

NSF/CMTC: PI, Hai Lin; co-PI, Emilie Guidez; 2022-2025)- Adaptive multi-layer simulations of NarK transport protein, Grant No. CHE-2153441

John (Nick) Fisk

NSF/MCB: PI - "M13 Phage: A Model System for Complex Control of Multicomponent Processes in Biology"

Emilie Guidez 

ACS-PRF: PI - "Computational Investigation of Thiolate-Protected Gold Nanoclusters for Syngas Production"

Jeff Knight

NIH/NIGMS: PI - "Ca2+-independent and Ca2+-inhibited membrane binding by synaptotagmin-like proteins."

Camille and Henry Dreyfus Foundation, Henry Dreyfus Teacher-Scholar Award - "Chemistry of interfacial protein-membrane interactions central to insulin secretion."

Jung-Jae Lee

Wings of Hope for Pancreatic Research: PI - "Targeted Luminescent Nanoprobes for In Vivo Optical Imaging of Pancreatic Cancer"

NIH-R01: co-PI - "Retinal ganglion cell axon regeneration using an engineered nanoparticles system for co-delivery of mobile zinc chelator and neurotrophic factors"

Woonghee Lee

NSF/DBI: PI - "CIBR: Integrative Computational Platform for Biomolecular Solid-State NMR"

Hai Lin

National Institute of Health (PI, 2021-2024) "Operation Mechanism of CLCF Fluoride/Proton Antiporter," Grant No. 1R15GM141728-01

Xiaojun Ren

NIH-R01: PI- Title: Spatial Organization of Epigenetic Complexes and Chromatin

Marino Resendiz

NIH /NIGMS: PI - Design of apatmers of RNA containing 8-oxo-7, 8-dihydroguanosine: Function and selection of aptamers with novel properties.

Organic Syntheses Research Grant for Faculty at Principally Undergraduate Institutions:PI- 
Diastereoselective formation of mono-, di-, tri-, and tetra-substituted cyclobutyl rings via photochemical approaches in the solid-state and in solution.

Scott Reed

NIH, R25: PI (Co-PI: Doris)- Rocky Mountain Summer Research Education Experience

Haobin Wang

NSF/CMTC: PI- “Developing the multilayer multiconfiguration time-dependent Hartree theory”

Past Grants

Hai Lin: PI

Research Corporation for Science Advancement (PI, 2018-2020)-  "Combining Artificial Neural Networks and Quantum Chemistry for Simulations of Proton Transfer through Channels and Transporters," Grant No. 25793

National Science Foundation (PI, 2016-2019)-  "Adaptive QM/MM Methods for Proton Transfer in Complex Environments," Grant No. CHE-1564349

Camille & Henry Dreyfus Foundation (PI, 2014-2019)-  "Open-Boundary QM/MM Methods for Multiscale Modeling and Simulations of Chemical Reactions in Complex Environments," Grant No. TH-14-028

Scott Reed: PI (co-PI Liliya)

NSF-MRI: Acquisition of High-Sensitivity, Solids Capable 400 MHz NMR for Research and Undergraduate Training at the University of Colorado at Denver