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DPM-1003 orally bioavailable drug candidates that act by inhibiting PTP1B, which is being evaluated for the treatment of patients suffering from Rett Syndrome.
Lead Product(s): DPM-1003
Therapeutic Area: Genetic Disease Product Name: DPM-1003
Highest Development Status: IND EnablingProduct Type: Small molecule
Partner/Sponsor/Collaborator: Not Applicable
Deal Size: Not Applicable Upfront Cash: Not Applicable
Deal Type: Not Applicable March 19, 2024
Details:
DepYmed is the first company to develop a new class of orally bioavailable drug candidates that act by inhibiting PTP1B, one of the most important PTP drug targets.
Lead Product(s): Undisclosed
Therapeutic Area: Genetic Disease Product Name: Undisclosed
Highest Development Status: IND EnablingProduct Type: Large molecule
Partner/Sponsor/Collaborator: Not Applicable
Deal Size: Not Applicable Upfront Cash: Not Applicable
Deal Type: Not Applicable November 16, 2022
Details:
DPM-1001, a small molecule PTP1B inhibitor that also has high specificity and high affinity for binding copper and is therefore being studied in Wilson Disease.
Lead Product(s): DPM-1001
Therapeutic Area: Rare Diseases and Disorders Product Name: DPM-1001
Highest Development Status: IND EnablingProduct Type: Small molecule
Partner/Sponsor/Collaborator: Not Applicable
Deal Size: Not Applicable Upfront Cash: Not Applicable
Deal Type: Not Applicable May 23, 2022
Details:
U.S. FDA has granted Rare Pediatric Disease and Orphan Drug designations for its lead clinical candidate, a small molecule PTP1B inhibitor for the treatment of patients with Rett Syndrome.
Lead Product(s): Undisclosed
Therapeutic Area: Genetic Disease Product Name: Undisclosed
Highest Development Status: IND EnablingProduct Type: Small molecule
Partner/Sponsor/Collaborator: Not Applicable
Deal Size: Not Applicable Upfront Cash: Not Applicable
Deal Type: Not Applicable May 03, 2022
Details:
DepYmed is developing a new class of drug candidates that act by inhibiting PTP1B. The research sponsored under the new agreement aims to confirm that its drug candidates also target this intracellular checkpoint mechanism and inhibit tumor growth in preclinical cancer models.
Lead Product(s): Undisclosed
Therapeutic Area: Oncology Product Name: Undisclosed
Highest Development Status: PreclinicalProduct Type: Small molecule
Partner/Sponsor/Collaborator: Monash Biomedicine Discovery Institute
Deal Size: Undisclosed Upfront Cash: Undisclosed
Deal Type: Agreement March 10, 2022