Biology Connected Systems
SYSTEM
One system.
Many biological perspectives.
Modern biology is divided into specialized disciplines because biological systems are complex. Yet these disciplines continuously overlap.
Molecular mechanisms influence genes. Genes influence cellular behavior. Cells form systems. Microorganisms interact with hosts. Immune responses affect tissues. Biotechnology transforms biological knowledge into research applications.
VBRC brings these perspectives together to make the connections easier to explore.
Follow the biological connection.
Biological knowledge can be explored across several levels. Each level provides context for the next.
Six fields.
One connected biology.
Explore the major biological fields that form the VBRC knowledge map. Each field approaches biology from a different perspective while remaining connected to the others.
Molecular Biology
Molecules, interactions and the mechanisms that shape cellular function.
Genetics
Genes, inheritance, variation and biological information.
Microbiology
Microorganisms, host interactions and microbial systems.
Immunology
Immune mechanisms, cellular responses and biological defense.
Biotechnology
Biological systems translated into research and technological applications.
Pharmacology
Biological targets, mechanisms of action and therapeutic research.
No biological field exists in isolation.
Questions that begin in one discipline often lead directly into another. The connections between fields are where biological understanding becomes deeper.
Molecules & Genes
DNA, RNA and proteins connect molecular mechanisms with the biological information encoded by genes.
Genes & Cells
Gene expression translates biological information into cellular structures, functions and responses.
Microbes & Hosts
Microorganisms interact with host cells and influence biological environments through complex molecular networks.
Signals & Responses
Immune receptors and signaling molecules connect molecular events with coordinated cellular responses.
Biology & Biotechnology
Understanding biological mechanisms allows researchers to develop technologies, assays and engineered biological systems.
Biology & Pharmacology
Biological targets and mechanisms provide the foundation for understanding drug action and therapeutic research.
From biological mechanism to application.
Scientific research often begins with a fundamental biological question. Understanding the underlying mechanism creates a path toward measurement, experimentation and application.
VBRC connects these stages so that biological knowledge can be explored as a continuous system rather than a collection of disconnected subjects.
Start with a field.
Discover the connections.
Explore molecular biology, genetics, microbiology, immunology, biotechnology and pharmacology through the connected biological map.