Research posture
What the lab communicates
The portal now says more clearly that the lab works with models, simulations, tools, and mediated workflows rather than claiming solved biological computers.
Laboratory research portal
BioCompLab
Synthetic Biological Hardware and Biological Computer Organization Research Laboratory.
The site keeps the lab focused on whole-cell modeling, biological computation, research support, and traceable publications.
BioCompLab treats living systems as programmable, modelable substrates only at the level supported by evidence: vision, hypothesis, model, simulation, prototype, experiment, and validated result are kept distinct.
Reference base
Whole-cell and metabolism sources
The new reference documents justify dedicated coverage for deterministic biochemical networks, stochastic reaction models, and compartment-aware whole-cell assembly.
Output policy
Provenance before presentation
Publications, reports, datasets, and tools should be cataloged by provenance and status so the site stays academically credible.
Research status
Evidence first, ambition second
The portal separates vision, model, simulation, and validated result.
Modeling stack
Hybrid biological simulation
Deterministic, stochastic, and metabolic layers work together.
Laboratory output
Publications, reports, tools, and courses
Research outputs and learning material stay organized by provenance.
Active projects
Concrete programs with visible outputs.
GenESyS whole-cell modeling
Hybrid modeling for biochemical, metabolic, and stochastic cell dynamics.
BioCompLab web portal
The public portal for research, tools, courses, and references.
Educational biological computing course
A member-only course path linked to the research agenda.
Publication and reference catalog
A curated record of papers, datasets, software, and support docs.
Research vectors
A portal for biological computation, simulation, and responsible translation of evidence.
Synthetic biological hardware
Biochemical and metabolic modeling
Whole-cell assembly
AI-assisted research workflows
Portal flow
Orient, inspect, contribute.
01
Orient
Read the thesis, current lines, and scope boundaries.
02
Inspect
Review tools, courses, and publications with clear access levels.
03
Contribute
Join modeling, software, and documentation once approved.
Biological computing education
A guided course for members who want rigorous biological computing skills.
The first BioCompLab course organizes molecular biology, bioinformatics, systems biology, dynamic modeling, synthetic biology, and biochemical information processing into a practical learning path tied to the lab’s research agenda.
Biological Computing Foundations
A logged-in course area with modules, practical activities, linked BioCompLab Tools, assessment tracks, and browser-based completion tracking.
Tools hub
Public utilities now. Authenticated workflows later.
Simple educational tools remain public. Advanced wrappers, AI chats, simulations and saved workflows are reserved for authenticated members or collaborative projects.
Public tools
- • Taxonomy and identifier lookup
- • Sequence and pathway utilities
- • Biological-computing demos
Member tools
- • Research notes and AI chats
- • Bioinformatics workflows
- • SBML and biosimulation
- • Metabolic and whole-cell assistants
Latest signals
The portal is a research instrument, not a claim of solved biology
The content should present hypotheses and models without overclaiming.
Whole-cell and biochemical modeling are first-class themes
Deterministic, stochastic, and metabolic modeling stay explicit.
Publications should be cataloged by provenance and artifact type
Reports, papers, datasets, and software should stay separated.
Join the mission
Students, researchers, software contributors, and collaborators wanted.
The portal is evolving into a member-centered environment for news, AI research support, biosimulation, bioinformatics bridges, and biological computer architecture studies.
Contact the lab