AI Platforms for Drug Discovery

From biological data to therapeutic candidates.

AI-native platforms for small molecules, biologics, and oligonucleotides.

Abstract molecular, protein, and AI network pattern

About Us

Bio-PrecisionAI Health was founded on November 27, 2023 and incorporated in April 2024. We build AI platforms for drug discovery by integrating predictive modeling, computational design, biomarker discovery, and scientific strategy across small molecules, biologics, and oligonucleotides.

  • Small molecule discovery platforms

    Our AI workflowlows rank targets, refine candidate hypotheses, and improve early-stage molecular design decisions.

  • Biologics and oligonucleotide platforms

    Our modality-aware computational workflows evaluate therapeutic stronger scientific direction.

  • Biomarker and translational intelligence

    Our platforms analyze complex biological datasets to identify clinically meaningful signals and inform therapeutic development.

5

Leadership Team Members

3

Core Scientific Pillars

AI

Discovery-Native Workflows

End-to-End

Strategy to Execution

AI Platforms for Drug Discovery

Bio-PrecisionAI Health develops integrated platform systems for target discovery and therapeutic candidate selection across modalities.

AI Drug Discovery Platforms

We build modular platforms spanning target prioritization, candidate design, and multimodal therapeutic discovery.

Integrated Modeling and Data

Our platform stack combines data integration, predictive modeling, and workflow automation to turn biological evidence into decisions.

Consulting

Consulting applies across every platform and modality, bringing scientific and computational expertise to target discovery, candidate design, bioinformatics, biomarkers, and translational strategy.

Consulting

Discuss how consulting can apply across one or more of our drug discovery platforms and therapeutic modalities.

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Focus Areas

Our platform work spans the scientific and strategic areas required to turn AI insight into therapeutic design decisions.

Small Molecules

We apply AI-guided workflows to improve target prioritization, molecular design, and early candidate selection.

Our platforms evaluate target biology, chemical structure, and candidate behavior to sharpen hit identification and optimization priorities.

Small-molecule discovery platform workflow prioritizing molecular candidates

Biologics

Biologic discovery demands careful integration of modality knowledge, target biology, and design strategy.

Our biologics platform combines computational analysis across target biology, molecular design, and candidate prioritization to identify and refine therapeutic opportunities.

Biologics platform workflow connecting sequence, structure, epitope, and developability

Oligonucleotides

Oligonucleotide discovery requires strong target logic, data interpretation, and modality-aware development planning.

Our oligonucleotide platform work combines target logic, sequence context, and data interpretation to guide modality-specific discovery decisions.

Oligonucleotide platform workflow mapping sequence context to target and delivery readiness

Biomarker Discovery

Biomarkers sharpen precision medicine programs by connecting biological signals to patient relevance.

We interpret complex genomic and multi-omics datasets to identify biomarker opportunities that support patient stratification, response prediction, and translational planning.

Biomarker platform decision map integrating multi-omic signals and patient response

Scientific Strategy

Strong discovery programs need more than models. They need clear scientific choices and executable direction.

Scientific strategy directs our platform roadmap across modality selection, computational workflows, biomarker use, and validation priorities.

Scientific strategy roadmap linking evidence, decisions, validation, and platform priorities

Our Team

The Bio-PrecisionAI Health team brings together scientific leadership, computational expertise, and company-building experience.

Board of Directors

Joseph Luper Tsenum

Joseph Luper Tsenum, MS, MSc

Co-Founder, Chief Technology Officer and Chairman of the Board
  • PhD Candidate, Biomedical Engineering (Modeling and Biomedical Data Science), University of Florida
  • MS, Professional Bioinformatics, Georgia Institute of Technology
  • MSc, Applied Bioinformatics, Moscow Institute of Physics and Technology (MIPT)
  • BSc, Biochemistry, UAM
Victoria Harper-Alexander

Victoria Harper-Alexander, MS

Co-Founder, Chief Scientific Officer, Board Member
  • PhD Candidate, Biological and Biomedical Sciences, University of Central Florida
  • MS, Biological and Biomedical Sciences, University of Central Florida
  • BS, Neurobiology and Behavior, University of Florida

Company Leadership

Laras Salsabila

Laras Salsabila, MDP

Chief Operating Officer
  • Master of Development Practice, Sustainable Development Practice, University of Florida
  • BS, Communication and Community Development Sciences, IPB University
Dylan Tan

Dylan Tan

Director of Engineering: AI & Machine Learning
  • PhD Student, Biomedical/Medical Engineering (Modeling and Biomedical Data Science)
  • BS, Biomedical Engineering, University of Florida
Ellie Okwei

Ellie Okwei, PhD, MS

Head, Computational Drug Discovery
  • PhD, Chemistry; Biophysics; Computational Structural Biochemistry, Vanderbilt University
  • MS, Chemistry, University of North Carolina at Charlotte
  • BS, Chemistry/Biochemistry, University of Virginia

Advisory Board

Artem Kasianov

Artem Kasianov, PhD, MS

Senior Data Scientist/Bioinformatician at Quantori
  • Expertise: Applied Mathematics, Bioinformatics, Computational Biology
Rufus Sha'Ato

Rufus Sha'Ato, PhD, MS

Professor of Analytical Chemistry at JOSTUM
  • Expertise: Chemistry, Analytical Chemistry

Frequently Asked Questions

Common questions about Bio-PrecisionAI Health's platforms and consulting work.

What does Bio-PrecisionAI Health build?

We build AI platforms for drug discovery across small molecules, biologics, and oligonucleotides, with biomarker intelligence and translational strategy built into the platform stack.

How does consulting fit across the platform work?

Consulting is the dedicated advisory layer across every modality. It supports target discovery, candidate design, bioinformatics, biomarker strategy, and translational planning for the platforms we build.

Where does scientific strategy fit into the platform?

Scientific strategy informs platform priorities and validation. Consulting applies across the company's modalities and platform areas when focused expertise is needed.

How do biomarker and precision medicine capabilities fit into the platform?

Biomarker discovery and translational analysis are integrated into our drug discovery platforms, identifying clinically relevant signals for patient stratification and therapeutic decisions.

How is a consulting discussion structured?

Use the consulting form to initiate a discussion spanning drug discovery platforms, biomarker strategy, or therapeutic modalities. For all other messages, use the general contact form.

How is consulting scoped across the platform?

Consulting is directed by the scientific question, available data, platform area, and decision points relevant to the cross-modality work.

Company Milestones

Selected scientific, product, and company milestones will be published here as they mature.

Contact

Contact Bio-PrecisionAI Health about our AI platforms for drug discovery or cross-platform consulting.

Company

Bio-PrecisionAI Health

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