Structural Biology
Exploring molecular architecture, three-dimensional structures, conformations, and biomolecular organization.
BioISIS is a molecular science platform connecting scientific knowledge, research resources, and approaches across molecular biology, structural biology, biochemistry, and biotechnology.
Biological systems are built from molecules that interact, assemble, change, and function across multiple levels of organization. Understanding these relationships is essential for studying biological structure, mechanisms, and function.
BioISIS brings together molecular concepts, scientific information, research approaches, and resources to provide a connected view of molecular science.
Molecules
Structure
Interaction
Function
BioISIS focuses on molecular components, structures, interactions, and mechanisms that contribute to biological organization and function.
Exploring molecular architecture, three-dimensional structures, conformations, and biomolecular organization.
Examining molecular composition, biochemical reactions, enzymes, mechanisms, and biological processes.
Studying protein structure, function, dynamics, interactions, domains, and molecular behavior.
Exploring DNA and RNA structure, information, organization, regulation, and molecular processes.
Investigating recognition, binding, molecular assembly, regulation, and communication between biomolecules.
Connecting individual molecules with complexes, molecular machines, and larger biological systems.
Molecular science is a connected field. Molecular structure influences interactions, interactions contribute to function, and research approaches allow these relationships to be observed, measured, modeled, and interpreted.
BioISIS organizes scientific information and research resources around the molecular questions they help researchers explore.
Scientific explanations and research perspectives.
Approaches for molecular analysis and investigation.
Structured procedures supporting research activities.
Scientific references for concepts and workflows.
From individual biomolecules to complex biological systems, BioISIS connects molecular structure, interactions, mechanisms, research approaches, and scientific knowledge.