Summary
Overview
Work History
Education
Skills
Awards And Activities
Research
Timeline
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Reyana Celebi

Reyana Celebi

Staten Island,NY

Summary

Driven graduate with an MS in Pharmaceutical Sciences and thesis research experience in immunotherapy drug analysis and PK/PD modeling. Skilled in Flow Cytometry, LC-MS/MS, SPME, Monolix Suite, and in-vitro PK system design. Awarded Best Poster at AAPS for pembrolizumab PK/PD modeling; strong foundation in bioanalytical method validation, DMPK, and translational research.

Overview

1
1
year of professional experience

Work History

Graduate Research Assistant

ACPHS
09.2024 - 05.2025
  • Engineered an in-vitro PK model to evaluate monoclonal antibody drug behavior, supporting dose optimization for translational studies.
  • Validated LC-MS/MS and SPME protocols to enable high-sensitivity biologics quantification.
  • Modeled PK/PD and PBPK parameters using Monolix Suite to guide dosing strategies for immunotherapy agents.
  • Integrated cell culture assays into PK system to assess immune binding, target engagement, and drug response.

Education

MS - Pharmaceutical Sciences (Thesis Track)

Albany College of Pharmacy And Health Sciences
Albany, New York
07-2025

BS - Pharmaceutical Sciences

Albany College of Pharmacy And Health Sciences
Albany, New York
05-2023

Skills

  • LC-MS/MS, UV-Vis, HPLC-UV
  • SPME
  • Flow cytometry
  • PK/PD, PBPK, DMPK modeling
  • Bioanalytical method development
  • Method Validation
  • In-vitro PK model design
  • Bioassays
  • SOP authorship
  • Technical writing and pharmaceutical regulations

Awards And Activities

  • Best Poster, AAPS NERDG, 2025, Pembrolizumab PK/PD Analysis
  • Graduate Student Research Assistantship Award, 2024-2025
  • AAPS Student Chapter Member

Research

Thesis Proposal, Research and Defense. 

Innovative bioanalytical analysis of immunotherapy drug pembrolizumab with validation of LC-MS/MS and SPME quantification tools protocols to enable high-sensitivity biologics quantification.

Modeled PK/PD and PBPK parameters using Monolix Suite to guide dosing strategies for immunotherapy agents. Integrated cell culture assays into PK system to assess immune binding, target engagement, and drug response.

Anticipated publication.

Timeline

Graduate Research Assistant

ACPHS
09.2024 - 05.2025

MS - Pharmaceutical Sciences (Thesis Track)

Albany College of Pharmacy And Health Sciences

BS - Pharmaceutical Sciences

Albany College of Pharmacy And Health Sciences
Reyana Celebi