Biochemistry at Arizona State University

60 faculty and 0 courses in Biochemistry at Arizona State University.

Faculty

• Alexandra Navrotsky h-index 101
• Ana Moore h-index 79
• Everett Shock h-index 71
• Petra Fromme h-index 70
  In studying the structure-to-function relationship of membrane proteins involved in bioenergy conversion and infectious diseases. She was an integral part of a team of ASU researchers and international colleagues that developed the tech
• Tijana Rajh h-index 68
• Timothy Long h-index 67
• Ranko Richert h-index 63
• Stuart Lindsay h-index 59
• Anne Jones h-index 57
• James Allen h-index 56
  The broadest sense
• Judith Klein-Seetharaman h-index 55
• Joshua LaBaer h-index 55
• Xu Wang h-index 53
• Ian Gould h-index 51
  In organic geochemistry and geochemically inspired green organic chemistry. He also has research programs in understanding student performance in organic chemistry courses and is developing an intelligent online tutoring syste
• Jeffery Yarger h-index 49
• Vladimiro Mujica h-index 47
• John Kouvetakis h-index 46
• Jie Xu h-index 40
• Hongwu Xu h-index 39
• Mark Hayes h-index 37
  Ranging from creating bionanotubules from liposomes with electric fields to establishing a framework for vastly improved microscale array-based separations in more than 80 publications and book chapters. He has served as Program Chair, Go
• Alexandra Ros h-index 35
• Petr Sulc h-index 34
• Nicholas Stephanopoulos h-index 32
• Gary Moore h-index 32
• Yoan Simon h-index 31
• Matthias Heyden h-index 29
• Giovanna Ghirlanda h-index 26
• Christina Birkel h-index 25
• Ryan Trovitch h-index 24
• Steve Presse h-index 23
• Po-Lin Chiu h-index 23
  Our laboratory is interested in membrane protein structures and lipid-protein interaction. The current focus is to investigate the interaction between each component of the protein complexes, in the context of the membrane bilaye
• Yuval Mazor h-index 18
• Jeremy Mills h-index 17
• Jia Guo h-index 17
  Es on the development of single cell genomics and proteomics technologies with novel fluorescent probes, which will enable the systematic analysis of the identities, positions and abundances of a large number of different biological molecul
• Mouzhe Xie h-index 13
• Jason Khoury h-index 13
• Hao Yan h-index 13
• Glen DSouza h-index 12
  Ses on understanding how interactions between cells govern the functioning of microbiomes that are crucial for planetary and organismal health, and leveraging general principles to design microbiomes for environmental applications. Edu
• Scott Sayres h-index 12
• Alberto Rascon h-index 9
• Liza Roger h-index 8
• Justin Earley h-index 4
• Abhishek Singharoy
• Ariel Anbar
  Researchers in my group use chemical concepts and approaches to study geological, chemical and biological processes that shape the Earth’s surface environment and how they have changed through time. Study of these processes teaches us about
• Caitlin Sample
• Chad Borges
• Di Liu
• Dmitry Matyushov
• Don Seo
• George Stephanopoulos
• George Wolf
• Julian Chen
• Kevin Redding
• Marcia Levitus
• Neal Woodbury
• Peter Williams
• Pierre Herckes
  In Atmospheric Chemistry, especially aerosols and clouds as well as aerosol cloud interactions and their impact on air quality and climate. Substantial parts of his research are applied projects to address actual air pollution issues. A
• Sidney Hecht
  Energy production is similar mechanistically to other molecular processes that are studied extensively. Hecht played a key role in the development of Hycamtin, a drug used to treat ovarian and lung cancer, as well as the study of the mechan
• Thomas Moore
• Wade Van Horn

Roster/catalog compiled from the college’s public directory. Faculty counts are directory headcounts; the named list may be a subset. h-index shown only for ORCID-backed or high-confidence OpenAlex matches. Data as of 2026-07-01.