Skip to main content
eScholarship
Open Access Publications from the University of California

Extending chemical perturbations of the ubiquitin fitness landscape in a classroom setting reveals new constraints on sequence tolerance

  • Author(s): Mavor, D
  • Barlow, KA
  • Asarnow, D
  • Birman, Y
  • Britain, D
  • Chen, W
  • Green, EM
  • Kenner, LR
  • Mensa, B
  • Morinishi, LS
  • Nelson, CA
  • Poss, EM
  • Suresh, P
  • Tian, R
  • Arhar, T
  • Ary, BE
  • Bauer, DP
  • Bergman, ID
  • Brunetti, RM
  • Chio, CM
  • Dai, SA
  • Dickinson, MS
  • Elledge, SK
  • Helse, CVM
  • Hende, NL
  • Kang, E
  • Kern, N
  • Khoroshkin, MS
  • Kirkemo, LL
  • Lewis, GR
  • Lou, K
  • Marine, WM
  • Maxwell, AM
  • McTigue, PF
  • Myers-Turnbull, D
  • Nagy, TL
  • Natale, AM
  • Oltion, K
  • Pourmall, S
  • Reder, GK
  • Rettko, NJ
  • Rohweder, PJ
  • Schwarz, DMC
  • Tan, SK
  • Thomas, PV
  • Tibble, RW
  • Towne, JP
  • Tsai, MK
  • Ugur, FS
  • Wassarman, DR
  • Wolff, AM
  • Wu, TS
  • Bogdanoff, D
  • Li, J
  • Thorn, KS
  • O'Conchuir, S
  • Swaney, DL
  • Chow, ED
  • Madhani, HD
  • Redding, S
  • Bolon, DN
  • Kortemme, T
  • DeRisi, JL
  • Kampmann, M
  • Fraser, JS
  • et al.
Main Content
Current View