How We Develop
From Biological Problem to Research Program
General Biotech follows a structured development process. Each program moves from an identified biological problem through investigation, design, modelling and documentation toward experimental validation and translation.
Development Process
Seven steps, one continuous method
Identify
We begin with a biological or medical problem where technological innovation could create meaningful improvement.
Investigate
Existing scientific literature, biological mechanisms, technologies and competing approaches are evaluated.
Design
A molecular architecture, biomedical system or technological concept is developed around the identified mechanism.
Model
Where applicable, computational methods investigate molecular interactions, biological behaviour, engineering requirements or system performance.
Document
The scientific rationale, technical architecture, results, limitations and future development requirements are organized into structured project documentation.
Validate
Projects requiring experimental development move toward collaboration with appropriate laboratories, research institutions, clinical organizations or engineering partners.
Translate
Projects demonstrating sufficient potential may progress toward commercial development, licensing, joint development or other strategic partnerships.
Research Philosophy
Computational research is the beginning, not the conclusion
Computational biology makes it possible to explore biological systems before extensive physical experimentation. However, computational predictions remain predictions. Our early-stage research is intended to generate stronger hypotheses, identify potential mechanisms, reduce uncertainty and determine which concepts justify further investigation.
- Stronger hypotheses before laboratory expense
- Clear separation of prediction and measurement
- Scientific validation requires experimental and clinical research
Evidence
Three categories, never conflated
Predicted behaviour generated by models and simulation.
Measured behaviour produced in a laboratory setting.
Behaviour observed in regulated human studies.
Disciplines
Transform Biological Understanding Into Technology
General Biotech operates across disciplines because many important biological problems cannot be solved within a single field. Our projects may combine:
Biochemistry
Understanding and manipulating molecular processes within biological systems.
Molecular Biology
Studying biological mechanisms at the molecular and cellular level.
Neuroscience
Investigating neural signaling, neurochemistry and nervous-system interaction.
Computational Biology
Using computational methods to evaluate biological interactions and guide research.
Biomedical Engineering
Translating biological signals and mechanisms into functional technologies.