PamBio
Antifibrinolytic Therapy for Acute Bleeding Conditions
Company Overview
Snapshot
Founded in April 2014 by Abd Al-Roof Higazi and Dr. Nuha Higazi, PamBio operated with 1–10 employees. The company raised $10M across two funding rounds from three investors. In July 2016, PamBio secured its A Round funding.
Business overview
PamBio is a biotechnology company focused on developing drug therapies for acute bleeding conditions, particularly hemorrhagic stroke, including intracranial bleeding and ICH. Its core technology involves an inactive recombinant mutant-tPA protein designed to be a competitive inhibitor to native-tPA. This therapeutic biomolecule offers dual antifibrinolytic and neuroprotective effects by blocking tPA and uPA fibrinolysis enzyme activity and limiting tPA and glutamate-mediated neurotoxicity. PamBio operates within the Pharmaceuticals sector, serving the global healthcare and life sciences markets with its drug development efforts.
Strategic signal
In March 2017, PamBio's co-founder highlighted the company's unique position in developing a treatment to stop cerebral hemorrhage, underscoring the critical need for effective therapies in this area. This signal indicates the company's focus on addressing a significant unmet medical need and its confidence in its proprietary drug therapy for hemorrhagic stroke.
Log in to access full profile ›Company Intelligence Q&A
- What is PamBio's primary focus in drug development?
- PamBio is developing drug therapy for hemorrhagic stroke, including intracranial bleeding and ICH, and other acute bleeding conditions.
- When was PamBio founded and by whom?
- PamBio was founded in April 2014 by Abd Al-Roof Higazi and Dr. Nuha Higazi.
- What is the core mechanism of PamBio's drug therapy?
- PamBio's solution uses an inactive recombinant mutant-tPA protein that acts as a competitive inhibitor to native-tPA, providing both antifibrinolytic and neuroprotective effects.
- Which investors participated in PamBio's Seed round in January 2015?
- In January 2015, PamBio received Seed funding from NGT3 and Office of the Chief Scientist.