Categorii: Tot

realizată de Logan Nickels 5 ani în urmă

220

Non-hormonal Male CT Product Development

The development of non-hormonal male contraceptive products is advancing with a variety of innovative approaches. These efforts are divided into pre-clinical and early-stage discovery phases, focusing primarily on reversible vas occlusives and sperm motility targets.

Non-hormonal Male CT Product Development

Non-hormonal Male Contraceptive Product Development Pipeline

Clinical (Phase II/III)

Vas Occlusives
RISUG - Injectable polymer that blocks the vas (reversible)

Sujoy Guha Indian Institute of Technology Kharagpur

Clinical (Phase I)

Sperm-Egg Fusion/ Other

Pre-Clinical

Eppin - Sperm motility target via binding to EPPIN protein on the surface of human sperm

Mike O'Rand Eppin Pharma

Reversible Vas Occlusives
Vasalgel - injectable polymer that blocks vas (reversible)

Ed Gillis Revolution Contraceptives

VasDeBlock - Small device implanted in the vas (reversible)

Niels Lindgren VasDeBlock Medical ApS

Echo-VR - Injectable hydrogel formulation that blocks vas (reversible)

Kevin Eisenfrats Contraline

Early Stage/Discovery

Sperm-egg Fusion/ Other
TSSK 6 - Sperm-egg fusion target via translocation of Izumo
SD1 - Natural product - Imposes structural changes in sperm

Wei Yan University of Nevada, Reno

CD52g - Sperm epitope being developed as antibody-based female contraceptive

Deborah Anderson Boston University

Sperm Transport
Combination alpha-adreno/ purinoreceptor antagonists - Prevention of sperm transport and ejaculation

Sabatino Ventura Monash University

Sperm Motility
USP51 - Sperm motility via deubiquitinating enzymes

Christopher Payne Northwestern Feinberg School of Medicine

SLO3 - Sperm motility target via potassium channel regulation and sperm structural changes

Celia Santi Washington University in St. Louis

CRISP1 - Sperm motility target via decapactiation factor - Potential target for sperm-egg fusion and sperm motility

Patricia Cuasnicu IBYME

Na/K ATPase - Sperm motility target via membrane potential and ion regulation

Gustavo Blanco University of Kansas

CatSper - Sperm motility target via voltage-gated ion channels

Polina Lishko UC Berkeley

Spermiogenesis
TSSK 1/2 - Spermiogenesis target via haploinsufficiency

Pablo Visconti UMASS Amherst Gunda Georg University of Minnesota

RAR alpha - Spermatogenesis target via arrested pachytene spermatocytes

Debra Wolgemuth Columbia University

H2-Gamendazole - Spermiogenesis target via late-stage Sertoli cell junctions

Joseph Tash University of Kansas Gunda Georg University of Minnesota

HIPK4 - Impaired spermiogenesis & sperm structural defects

Gary Flynn Vibliome Therapeutics James Chen Stanford University Thomas Livinghouse Montana State University

CDK2 - Spermiogenesis target via meiotic alterations

Vargheese Chennathukuzhi University of Kansas

BRDT - Spermiogenesis target via chromatin structure

Jun Qi Dana Farber Cancer Institute

Possible / Undefined Targets