Vaccine Research
Computational vaccine research projects and theoretical mRNA vaccine candidate concepts — in-silico research-stage work from Alkhaleeli BioAI, from personalized cancer vaccine concepts to emerging-pathogen candidate design.
Research-stage disclaimer: every project below is computational / in-silico work. These are theoretical research concepts and software tools — not clinically validated or approved medicines, and not intended for clinical use.
Personalized Cancer mRNA Vaccine Design — Case by Case
AI-guided, patient-specific computational research blueprints for precision oncology — evaluated case by case, research use only.
Research Projects & Tools
PersonalVax AI — Case-by-Case Cancer Research Tool
A research-only educational tool for mRNA cancer vaccine design concepts. Workflow: normal vs tumor sequence comparison → mutation detection → neoepitope screening → R5CF candidate ranking. Every candidate is a theoretical research output.
In-silico / computational research concept — not a clinically validated or approved medicine.
NeoVaxFlow — mRNA Vaccine Design & Scoring
A computational web app for designing and scoring theoretical mRNA vaccine candidates — antigen input, codon analysis, immunogenicity scoring and report export for research use.
In-silico / computational research concept — not a clinically validated or approved medicine.
Vax Design Core — Advanced Vaccine Candidate Design
An advanced computational workspace for designing theoretical vaccine candidates, supporting sequence analysis and structured candidate evaluation in a research environment.
In-silico / computational research concept — not a clinically validated or approved medicine.
R5CF Framework — AI-Guided Candidate Ranking
The Rami Five-Checkpoint Framework (R5CF): a transparent multi-checkpoint computational pipeline for personalized mRNA vaccine candidate design, from neoantigen identification to manufacturing feasibility assessment.
In-silico / computational research concept — not a clinically validated or approved medicine.
In Silico mRNA Vaccine Example — Nipah Virus
A worked example of in-silico mRNA vaccine candidate design for the Nipah virus — computational design and analysis demonstrating the framework applied to an emerging-pathogen target.
In-silico / computational research concept — not a clinically validated or approved medicine.
Gene Code Sync — Gene & Sequence Synchronization
A computational tool for gene and sequence code synchronization, supporting consistent sequence handling across vaccine design and bioinformatics research workflows.
In-silico / computational research concept — not a clinically validated or approved medicine.
Supporting Publications
See the Research in Action
Watch framework walkthroughs and example mRNA vaccine design work in the video library.