Hasham Shafi, PhD
Postdoctoral Associate
Office: CTS 314
Phone: 772-345-4731
Email: hshafi@fiu.edu
Mansour Lab
Google Scholar Profile
ORCID Profile
FIU Discovery – updating soon…
Overview
As part of his Ph.D. fellowship program, Dr. Shafi investigated the co-delivery of DPIs of antibiofilm agents with antitubercular drugs to overcome drug-resistant pulmonary tuberculosis. His work delved into Mtb’s ability to form biofilms using various biomaterial matrices as a carbon source, resulting in impermeability to antitubercular drugs and contributing to drug resistance. Dr. Shafi successfully engineered a biofilm assay mimicking the in vivo mycobacterial biofilm niche to screen various biofilm-disrupting agents. In a collaborative doctoral research program, he explored the role of SOCS proteins in tuberculosis pathogenesis and investigated host-directed strategies using IFN-γ and calcitriol. Additionally, he contributed to research examining the potential of DPIs of pteromanid analogs as adjunct therapy in tuberculosis.
Expertise: Dr. Shafi’s expertise spans a diverse range of skills in formulation development, particularly dry powder inhalations (DPIs) and Fast Dissolving Delivery Systems. His proficiency includes analytical/bioanalytical method development for small molecules, characterization techniques, preclinical ADME, in vitro studies, microbiology, and in vivo studies, including those in BSL3 settings.
Research Interests
1. DPI as a targeted drug delivery approach.
2. Role of Biofilms in Drug-Resistant Tuberculosis.
3. Host-directed strategies for Tuberculosis.
4. Drug discovery
5. PK/PD
6. Fast dissolving drug delivery systems
7. Engineering Biomaterials
8. Physical Pharmaceutics
Recent Scholarly Works
- Optimizing the fabrication of electrospun nanofibers of prochlorperazine for enhanced dissolution and permeation properties. – Biomaterials Advances (2024)
- Transcriptional regulation of suppressors of cytokine signaling during infection with Mycobacterium tuberculosis in human THP-1-derived macrophages and in mice. – Microbes and Infection (2023)
- Super disintegrating oromucosal nanofiber patch of zolmitriptan for rapid delivery and efficient brain targeting. – Chemical Engineering Journal (2023)
- Preparation and Evaluation of Low-Dose Calcitriol Dry Powder Inhalation as Host-Directed Adjunct Therapy for Tuberculosis. – Pharmaceutical Research (2022)
- Transient transfection of the respiratory epithelium with gamma interferon for host-directed therapy in pulmonary tuberculosis. – Molecular Therapy-Nucleic Acids (2020)