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Keyphrases
Purine nucleoside Phosphorylase
66%
Synthetic Lethal
66%
SAMHD1
66%
In Cancer
66%
Forodesine
41%
T Cells
27%
Transition State
16%
Transition State Structure
11%
Mouse Xenograft
11%
Inhibitor Design
11%
Fragment Growth
8%
Immucillin
5%
Refractory Patients
5%
Drug Candidates
5%
T-cell Malignancies
5%
Cancer Patients
5%
Chemical Screening
5%
Drug Efficacy
5%
Japan
5%
Binder
5%
Oral Therapy
5%
Biological Effects
5%
Targeting Cancer
5%
Anticancer
5%
Cell Culture
5%
Bond Geometry
5%
Peripheral T-cell Lymphoma
5%
Therapeutic Approaches
5%
Potential Map
5%
Non-responders
5%
Protein Geometry
5%
Design Elements
5%
No Response
5%
Intrinsic Kinetics
5%
Sterile alpha Motif
5%
Clinical Trials
5%
Bronx
5%
Malignant T Cells
5%
Catalytic Site
5%
Fragment Screening
5%
Structural Biology
5%
Patient-derived
5%
Conformational Transition
5%
Transition State Stabilization
5%
Apoptotic Cell Death
5%
Cell Library
5%
Genomic Analysis
5%
Disease Response
5%
Computational Quantum Chemistry
5%
Drug Design
5%
Fragment Library
5%
Transition State Analogue
5%
Click Chemistry
5%
Transition State Analysis
5%
Complete Remission
5%
HD Domain
5%
Stable Disease
5%
Transitional Geometry
5%
Chemistry
Transition State
100%
Purine Nucleoside
66%
Purine Nucleoside
33%
Transition State Structure
33%
dGTP
33%
Purine Nucleoside Phosphorylase Inhibitor
16%
Immucillin H
16%
Click Chemistry
16%
Apoptotic
16%
Transition State Analog
16%
Quantum Chemistry
16%
Cell Death
11%
Conformational Transition
11%
Structure
5%
Cell Death
5%
% Inhibition
5%
Conformational Transition
5%
Biochemistry, Genetics and Molecular Biology
Purine Nucleoside Phosphorylase
100%
SAMHD1
100%
T Cell
66%
Transition State Analog
8%
Clinical Trial
8%
Synapsin I
8%
Cell Culture
8%
Anticancer
8%
Click Chemistry
8%
Conformational Change
8%
Sterile Alpha Motif
8%
HD Domain
8%
Chemical Screening
8%
Drug Efficacy
8%
Mouse
5%
Programmed Cell Death
5%
Biological Activity
5%
Genomics
5%