Josephine Thinwa is an Infectious Disease physician.
Overview
Scholarship
indexed output and impact (OpenAlex)Research metrics aren't shown for this record. Either we found no confident publication match for this name, or more than one physician shares the matched author record. We'd rather show nothing than someone else's numbers. Why? →
Clinical & industry
trials, payments and federal fundingContact
The practice address and phone this provider lists in the federal NPPES (CMS) registry.
Practice address
5200 Harry Hines Blvd
Dallas, TX 752357709
Telephone
214-590-8000Provider last certified this registry record 16 Dec 2021.
NIH funding
1 NIH research award on record, funded 2021–2025 per NIH RePORTER. The latest:
- Characterization of CDKL5 function in host antiviral defense
Ut Southwestern Medical Center
FY2025$196,560K08AI163377 - Characterization of CDKL5 function in host antiviral defense
Ut Southwestern Medical Center
FY2024$196,560K08AI163377 - Characterization of CDKL5 function in host antiviral defense
Ut Southwestern Medical Center
FY2023$196,560K08AI163377
Awards in the NIH RePORTER records where a principal investigator name matches this physician at an organization in their practice state. Latest award years shown; each row links to the project record on RePORTER.
Similar KOLs
Other experts from the same institution or the same specialty.
Yousef Khader
Jordan University of Science and Technology
Andrew Rambaut
University of Edinburgh
Olayinka Stephen Ilesanmi
University College Hospital
Maysaa El Sayed Zaki
Mansoura University
A basic profile from our physician directory: identity and practice contact from the federal NPPES registry, research from OpenAlex, trials from ClinicalTrials.gov, payments from CMS Open Payments — shown itemized where we have matched records, as a count where we only have a total. This person hasn't been through our full identity-adjudication pipeline yet, so funding, congress activity and public presence aren't shown. Absence of a section means “not yet looked,” never “none found.”