Similar researchers to Ali Khan: Advanced Search
Name Institution Area Added by Date  
Linda M. Columbus (Info) UVA (Chemistry Tree) magnetic resonance, membrane proteins lcolumbus 2012‑04‑22 Sim(0.66)
Marcus A. Hemminga (Info) Wageningen University (Chemistry Tree) Membrane Proteins jandh 2011‑06‑18 Sim(0.65)
Anthony Watts (Info) Oxford (Chemistry Tree) tarselli 2015‑09‑19 Sim(0.64)
Alex I. Smirnov (Info) NCSU (Chemistry Tree) magnetic resonance, biophysics, spin-labeling, lipid membrane, nanomaterials Alex_I 2016‑10‑23 Sim(0.64)
Aleksandra Z. Kijac (Info) UIUC (Chemistry Tree) metalloenzymes pq 2015‑11‑08 Sim(0.64)
Jack H. Freed (Info) Cornell (Chemistry Tree) magnetic resonance in chemical physics and biophysics jandh 2011‑10‑14 Sim(0.63)
Gail E. Fanucci (Info) University of Florida (Chemistry Tree) biophysical chemistry jtelser 2013‑10‑29 Sim(0.63)
Gianluigi Veglia (Info) UMN (Chemistry Tree) Chemical Biology; Physical Chemistry; Environmental Chemistry; Chemical Physics; Experimental Physical Chemistry irimia 2011‑04‑02 Sim(0.63)
Daniel M. Freed (Info) UVA (Chemistry Tree) magnetic resonance, membrane proteins pq 2015‑11‑12 Sim(0.62)
Sunyia Hussain (Info) UC Santa Barbara (Physics Tree) Chemical Engineering, General Biophysics pq 2016‑03‑21 Sim(0.62)
Nathaniel J. Traaseth (Info) UMN (Chemistry Tree) Chemical Biology; Physical Chemistry; Environmental Chemistry; Chemical Physics; Experimental Physical Chemistry pq 2015‑11‑06 Sim(0.62)
Brett M. Kroncke (Info) UVA (Chemistry Tree) EPR, membrane protein structural biology, NMR kroncb00 2012‑04‑22 Sim(0.62)
David S. Cafiso (Info) UVA (Chemistry Tree) magnetic resonance, membrane proteins lcolumbus 2012‑04‑22 Sim(0.62)
Gary A. Lorigan (Info) Miami University (Chemistry Tree) Biochemistry pq 2016‑03‑18 Sim(0.62)
Jordan D. Mathias (Info) University of Florida (Chemistry Tree) biophysical chemistry pq 2015‑10‑05 Sim(0.61)
Wayne Lester Hubbell (Info) UCLA (Chemistry Tree) proteins involved in visual signal transduction (rhodopsin, the G-protein transducin and arrestin) and soluble ligand-binding proteins david 2010‑12‑26 Sim(0.61)
Tara L. Kirby (Info) UMN (Chemistry Tree) General Biophysics, Biochemistry, Molecular Biology, Cell Biology pq 2019‑01‑23 Sim(0.6)
Timothy A. Cross (Info) Florida State (Chemistry Tree) Solid State Protein NMR kmramsey 2014‑02‑10 Sim(0.6)
John M. Boettcher (Info) UIUC (Chemistry Tree) solid-state NMR to interrogate the structures of integral and peripheral membrane proteins pq 2015‑11‑18 Sim(0.6)
Tsyr-Yan Yu (Info) Washington University (Chemistry Tree) solid-state NMR to biological science pq 2015‑09‑28 Sim(0.6)
Alexander A. Nevzorov (Info) NCSU (Chemistry Tree) General Chemistry pq 2016‑04‑18 Sim(0.6)
Charles R. Sanders (Info) Case Western Medical School (Chemistry Tree) Cell Biology, Molecular Biology, Biochemistry pq 2016‑03‑12 Sim(0.6)
Kazutoshi Yamamoto (Info) University of Michigan (Chemistry Tree) General Biophysics, Physical Chemistry pq 2016‑04‑05 Sim(0.59)
Chad M. Rienstra (Info) UIUC (Chemistry Tree) solid-state NMR to interrogate the structures of integral and peripheral membrane proteins jandh 2013‑02‑14 Sim(0.59)
J. Kent Blasie (Info) Penn (Chemistry Tree) nano-scale materials science and biophysical chemistry jandh 2012‑03‑11 Sim(0.59)
Stanley Opella (Info) UCSD (Chemistry Tree) NMR structural studies of proteins in membranes and other supramolecular assemblies jandh 2011‑07‑26 Sim(0.59)
Wonpil Im (Info) University of Kansas (Chemistry Tree) cnrowley 2015‑07‑04 Sim(0.59)
George J. Lu (Info) UCSD (Chemistry Tree) Biochemistry, General Biophysics, Physical Chemistry pq 2016‑04‑08 Sim(0.59)
Michio Murata (Info) Osaka University (Chemistry Tree) milandip.karak 2019‑01‑15 Sim(0.59)
Martin Denis Caffrey (Info) University of Limerick (Physics Tree) General Biophysics pq 2016‑05‑30 Sim(0.58)
Hirsh Nanda (Info) Johns Hopkins (Chemistry Tree) General Biophysics pq 2016‑04‑05 Sim(0.58)
Marc Baldus (Info) Utrecht (Chemistry Tree) NMR spectroscopy jandh 2011‑07‑01 Sim(0.58)
Taras V. Pogorelov (Info) UIUC (Chemistry Tree) Prediction of Protein Structure and Function pq 2015‑11‑12 Sim(0.58)
Wenxing Tang (Info) NCSU (Chemistry Tree) General Chemistry pq 2016‑04‑20 Sim(0.58)
Erick Joël Dufourc (Info) Université de Bordeaux (Chemistry Tree) Post mortem interval estimation, Hydroxyapatite, 31P, 2H, 15N Solid State NMR, Membrane peptides and proteins., Membrane Deformation, Apoptosis, Solid phase peptide synthesis, Solid-state nuclear magnetic, Bactoprenol, Ellipsometry doc_fr 2017‑02‑08 Sim(0.58)
Raffaello Verardi (Info) UMN (Chemistry Tree) Chemical Biology; Physical Chemistry; Environmental Chemistry; Chemical Physics; Experimental Physical Chemistry pq 2015‑11‑06 Sim(0.58)
Michael C. Wiener (Info) UVA (Chemistry Tree) Structural biology of membrane proteins jandh 2012‑06‑26 Sim(0.58)
O. Hayes Griffith (Info) University of Oregon (Chemistry Tree) membrane enzymes jandh 2013‑06‑10 Sim(0.57)
Carlos J. Lopez (Info) UCLA (Chemistry Tree) proteins involved in visual signal transduction (rhodopsin, the G-protein transducin and arrestin) and soluble ligand-binding proteins pq 2015‑11‑05 Sim(0.57)
Andrew J. Nieuwkoop (Info) UIUC (Chemistry Tree) solid-state NMR to interrogate the structures of integral and peripheral membrane proteins pq 2015‑11‑18 Sim(0.57)
Mei Hong (Info) Iowa State (Chemistry Tree) solid-state NMR spectroscopy to investigate the structure and dynamics of membrane proteins and fibrous proteins jandh 2011‑12‑12 Sim(0.57)
Wenbin Luo (Info) Iowa State (Chemistry Tree) solid-state NMR spectroscopy to investigate the structure and dynamics of membrane proteins and fibrous proteins pq 2015‑11‑09 Sim(0.57)
James H. Prestegard (Info) University of Georgia (Chemistry Tree) Applying nuclear magnetic resonance spectroscopy in the study of biologically important macromolecular assemblies nmaint 2006‑09‑25 Sim(0.57)
Lindsay J. Sperling (Info) UIUC (Chemistry Tree) solid-state NMR to interrogate the structures of integral and peripheral membrane proteins pq 2015‑11‑18 Sim(0.57)
Yongchao Su (Info) Iowa State (Chemistry Tree) solid-state NMR spectroscopy to investigate the structure and dynamics of membrane proteins and fibrous proteins pq 2015‑11‑09 Sim(0.57)
Anna A. De Angelis (Info) UC Irvine (Chemistry Tree) improving NMR techniques and applying them to high field solution experiments from small molecules to very large proteins pq 2015‑10‑19 Sim(0.57)
Katherine Henzler-Wildman (Info) UW Madison (Chemistry Tree) hchen335 2015‑02‑09 Sim(0.57)
Songi Han (Info) UC Santa Barbara (Physics Tree) Nuclear Physics, General Biophysics pq 2016‑03‑21 Sim(0.57)
Jeanne C. Stachowiak (Info) UC Berkeley (BME Tree) pq 2015‑08‑12 Sim(0.57)
Jeanne C. Stachowiak (Info) UC Berkeley (BME Tree) pq 2015‑08‑12 Sim(0.57)
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