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	Martin R. Schiller Lab Website
Home Affiliations Alumni Bibliography Collaborators Employment Frontiers in Bioscience *Funding* Minimotif Miner Marty's web tool page News People Projects Videos Contact	Collaborations Mark Maciejewski, University of Connecticut Health Center. We collaborate with Mark on projects involving the structural biology of Kalirin and in multiple aspects of the Minimotif Miner project. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Schiller et al., 2006, Balla et al., 2006. Michael Gryk, University of Connecticut Health Center. We collaborate with Mike on multiple aspects of the Minimotif Miner project. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Balla et al., 2006. William Mohler, University of Connecticut Health Center. Bill has used Minimotif miner to investigate the molecular mechanism by which Eff-1 induced developmental cell fusion in C. elegans. ollaborative Papers: Balla et al., 2006. Bruce Mayer, University of Connecticut Health Center. Bruce and Kazu Machida, an Assistant Professor in his lab are collaborating to explore the specificity of SH2 domains as a model for improving definitions of short functional motifs. Collaborative Papers: Machida et al., 2007. Jeffery Hoch, University of Connecticut Health Center. Jeff and Vitaliy Gorbytuak, an instructor in his lab are collaborating to solve the structure of the Dbl-homology domain of Kalirin using NMR. Sandra Weller, University of Connecticut Health Center. In collaboration with Sandy, we have analyzed the Herpes Virus proteome with Minimotif Miner and she has identified several motifs that are important for the virus. Sanguthevar Rajasekaran, University of Connecticut. Raj, and his associate Chun-Hsi Huang have collaborated to build the Minimotif Miner webtool. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Balla et al., 2006. Gibbes Johnson, Food and Drug Administration. Gibbes was instrumental in our study of the interaction of TrkA with Kalirin, Gibbes is now exploring the effects of Kalirin on the activity of other receptor tyrosine kinases. Collaborative Papers: Chakrabarti et al., 2006. Maarit Suomalainen University of Helsinki. Maarit is using Minimotif miner to analyze identify motifs in Vpu that interfere with the HIV life-cycle. Thomas Smithgail University of Pittsburgh. Tom is using Minimotif miner to analyze identify motifs in Nef that interfere with the HIV life-cycle. Mark Muesing, Rockefeller University. Mark is using Minimotif miner to analyze identify motifs in Integrase that interfere with the HIV life-cycle. Mark Marsh University College London. Maarit is using Minimotif miner to analyze identify motifs in gp41 that interfere with the HIV life-cycle. Tomozumi Imamichi, National Institute of Allergy and Infectious Diseases. Tomozumi is using Minimotif miner to analyze identify motifs in Gag that interfere with the HIV life-cycle. Prasert Auewarakul Mahidol University, Thailand. Prasert is using Minimotif miner to analyze identify motifs in p24 Capsid protien that interfere with the HIV life-cycle. Robert Murphy Carnegie Mellon University. Bob is using trafficking motifs from the Minimotif Miner database to analyze imaging data for all proteins in mammalian proteomes. Craig Nelson University of Connecticut. Craig is collaborating with Mike Gryk and the Schiller labe to build a Stem Cell database.

Collaborations

Mark Maciejewski, University of Connecticut Health Center. We collaborate with Mark on projects involving the structural biology of Kalirin and in multiple aspects of the Minimotif Miner project. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Schiller et al., 2006, Balla et al., 2006.

Michael Gryk, University of Connecticut Health Center. We collaborate with Mike on multiple aspects of the Minimotif Miner project. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Balla et al., 2006.

William Mohler, University of Connecticut Health Center. Bill has used Minimotif miner to investigate the molecular mechanism by which Eff-1 induced developmental cell fusion in C. elegans. ollaborative Papers: Balla et al., 2006.

Bruce Mayer, University of Connecticut Health Center. Bruce and Kazu Machida, an Assistant Professor in his lab are collaborating to explore the specificity of SH2 domains as a model for improving definitions of short functional motifs. Collaborative Papers: Machida et al., 2007.

Jeffery Hoch, University of Connecticut Health Center. Jeff and Vitaliy Gorbytuak, an instructor in his lab are collaborating to solve the structure of the Dbl-homology domain of Kalirin using NMR.

Sandra Weller, University of Connecticut Health Center. In collaboration with Sandy, we have analyzed the Herpes Virus proteome with Minimotif Miner and she has identified several motifs that are important for the virus.

Sanguthevar Rajasekaran, University of Connecticut. Raj, and his associate Chun-Hsi Huang have collaborated to build the Minimotif Miner webtool. Collaborative Papers: Rajasekaran et al., 2005a, Rajasekaran et al., 2005b, Balla et al., 2006.

Gibbes Johnson, Food and Drug Administration. Gibbes was instrumental in our study of the interaction of TrkA with Kalirin, Gibbes is now exploring the effects of Kalirin on the activity of other receptor tyrosine kinases. Collaborative Papers: Chakrabarti et al., 2006.

Maarit Suomalainen University of Helsinki. Maarit is using Minimotif miner to analyze identify motifs in Vpu that interfere with the HIV life-cycle.

Thomas Smithgail University of Pittsburgh. Tom is using Minimotif miner to analyze identify motifs in Nef that interfere with the HIV life-cycle.

Mark Muesing, Rockefeller University. Mark is using Minimotif miner to analyze identify motifs in Integrase that interfere with the HIV life-cycle.

Mark Marsh University College London. Maarit is using Minimotif miner to analyze identify motifs in gp41 that interfere with the HIV life-cycle.

Tomozumi Imamichi, National Institute of Allergy and Infectious Diseases. Tomozumi is using Minimotif miner to analyze identify motifs in Gag that interfere with the HIV life-cycle.

Prasert Auewarakul Mahidol University, Thailand. Prasert is using Minimotif miner to analyze identify motifs in p24 Capsid protien that interfere with the HIV life-cycle.

Robert Murphy Carnegie Mellon University. Bob is using trafficking motifs from the Minimotif Miner database to analyze imaging data for all proteins in mammalian proteomes.

Craig Nelson University of Connecticut. Craig is collaborating with Mike Gryk and the Schiller labe to build a Stem Cell database.