Computational structure analysis

JS Justin Stebbing
GN Ginés Sánchez Nievas
MF Marco Falcone
SY Sonia Youhanna
PR Peter Richardson
SO Silvia Ottaviani
JS Joanne X. Shen
CS Christian Sommerauer
GT Giusy Tiseo
LG Lorenzo Ghiadoni
AV Agostino Virdis
FM Fabio Monzani
LR Luis Romero Rizos
FF Francesco Forfori
AC Almudena Avendaño Céspedes
SM Salvatore De Marco
LC Laura Carrozzi
FL Fabio Lena
PS Pedro Manuel Sánchez-Jurado
LL Leonardo Gianluca Lacerenza
NC Nencioni Cesira
DB David Caldevilla Bernardo
AP Antonio Perrella
LN Laura Niccoli
LM Lourdes Sáez Méndez
DM Daniela Matarrese
DG Delia Goletti
YT Yee-Joo Tan
VM Vanessa Monteil
GD George Dranitsaris
FC Fabrizio Cantini
AF Alessio Farcomeni
SD Shuchismita Dutta
SB Stephen K. Burley
HZ Haibo Zhang
MP Mauro Pistello
WL William Li
MR Marta Mas Romero
FP Fernando Andrés Pretel
RS Rafaela Sánchez Simón-Talero
RG Rafael García-Molina
CK Claudia Kutter
JF James H. Felce
ZN Zehra F. Nizami
AM Andras G. Miklosi
JP Josef M. Penninger
FM Francesco Menichetti
AM Ali Mirazimi
PA Pedro Abizanda
VL Volker M. Lauschke
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3D atomic-level structures of NAKs BIKE [Protein Data Bank (PDB) ID 4w9x], AAK1 (PDB ID 4wsq), and GAK (PDB ID 4y8d) were compared at the level of amino acid sequence and 3D structure (figs. S1 and S2). Superposition computational docking using the experimental structure of the BIKE-baricitinib protein:drug complex (PDB ID 4w9x) was used to investigate the modes of binding of baricitinib to both AAK1 and GAK (fig. S2). Figures were generated using UCSF Chimera (55).

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