Discovery of Potent, Selective, and State-Dependent Na

Authors :: Vidya, Ramdas
Rashmi, Talwar
Vijay, Kanoje
Rajesh M, Loriya
Moloy, Banerjee
Pradeep, Patil
Advait Arun, Joshi
Laxmikant, Datrange
Amit Kumar, Das
Deepak Sahebrao, Walke
Vaibhav, Kalhapure
Talha, Khan
Ganesh, Gote
Usha, Dhayagude
Shreyas, Deshpande
Javed, Shaikh
Ganesh, Chaure
Ravindra R, Pal
Santosh, Parkale
Sachin, Suravase
Smita, Bhoskar
Rajesh V, Gupta
Anil, Kalia
Rajesh, Yeshodharan
Mahammad, Azhar
Jagadeesh, Daler
Vinod, Mali
Geetika, Sharma
Amitesh, Kishore
Rupali, Vyawahare
Gautam, Agarwal
Himani, Pareek
Sagar, Budhe
Arun, Nayak
Dnyaneshwar, Warude
Praveen Kumar, Gupta
Parag, Joshi
Sneha, Joshi
Sagar, Darekar
Dilip, Pandey
Akshaya, Wagh
Prashant B, Nigade
Maneesh, Mehta
Vinod, Patil
Dipak, Modi
Shashikant, Pawar
Mahip, Verma
Minakshi, Singh
Sudipto, Das
Jayasagar, Gundu
Kumar, Nemmani
Mark G, Bock
Sharad, Sharma
Dhananjay, Bakhle
Rajender Kumar, Kamboj
Venkata P, Palle
Source :: Journal of medicinal chemistry. 63(11)
Publication Year :: 2020
Abstract: Voltage-gated sodium channel Na

Subjects :: Male
Voltage-Gated Sodium Channel Blockers
Mice, Inbred BALB C
Sulfonamides
NAV1.7 Voltage-Gated Sodium Channel
Drug Evaluation, Preclinical
Disease Models, Animal
Mice
Structure-Activity Relationship
Drug Design
Animals
Cytochrome P-450 CYP3A
Neuralgia
Protein Isoforms
Chromans
Cytochrome P-450 CYP2C9
Half-Life

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