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Searching for Blockers of Dengue and West Nile Virus Viroporins
Hiya Lahiri,
Isaiah T. Arkin
*
*
Corresponding author for this work
Department of Biological Chemistry
Research output
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Contribution to journal
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Article
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peer-review
5
Scopus citations
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Keyphrases
5-azacytidine
33%
Antiviral Agents
33%
Antiviral Therapeutics
33%
Benzbromarone
33%
Beta-blockers
100%
Channel Blocker
33%
CI-1040
33%
Dengue
100%
Dengue Virus
33%
Drug Molecules
33%
FDA-approved Drugs
66%
Flavivirus Infection
33%
Genetic Screening
66%
Glecaprevir
33%
Global Health Care
33%
Healthcare Sector
33%
Idasanutlin
33%
In Vivo Efficacy
33%
Ion Channel Activity
33%
Ion Channels
33%
Kasugamycin
33%
Membrane Permeabilization
33%
Mesna
33%
PH Dependence
33%
Plerixafor
66%
Streptomycin
33%
Therapeutic Agents
33%
Therapeutic Goals
33%
Tranexamic Acid
33%
Viroporin
100%
Virus
33%
West Nile Virus
100%
Pharmacology, Toxicology and Pharmaceutical Science
Antivirus Agent
66%
Azacitidine
33%
Benzbromarone
33%
Channel Blocker
33%
Coenzyme M
33%
Dengue
100%
Dengue Virus
33%
Efficacy Study
33%
Flavivirus Infection
33%
Glecaprevir
33%
Idasanutlin
33%
Ion Channel
100%
Kasugamycin
33%
Plerixafor
66%
Streptomycin
33%
Tranexamic Acid
33%
West Nile Virus
100%