01
Molecular inventory
SPATIAL BIOLOGY
·
BIOLOGICAL INTERFACES
·
TRACEABLE EVIDENCE
Microdomain Science
The architecture of
biological
function.
A scientific framework to understand how the spatial organization of molecules, membranes, and interfaces participates in biological function, in health and disease.
Molecules
01
Identity and context
Organization
02
Space and time
Evidence
03
Measurement and function
SPATIAL ORGANIZATION · BIOLOGICAL FUNCTION
01
What is Microdomain Science
An integrative approach to understand the organization of life.
Microdomain Science studies how molecules, membranes, and interfaces organize and how those relationships link to biological function.
It connects membrane biology, biophysics, immunology, mechanobiology, and systems biology through measurable questions about position, proximity, mobility, and time.
Explore the fundamentals →
- 1 Membranes
- 2 Interfaces
- 3 Signaling
- 4 Immunity
- 5 Spatial organization
- 6 Traceable evidence
02
From linear biology to the biology of organization
Four coordinates to connect components, relationships, and function.
02
Spatial organization
03
Functional interfaces
04
Biological function
03
Microdomains, immunity, and cancer
Organization of immune contact and the tumor microenvironment.
The immune response is built through antigen presentation, activation signals, and cell-to-cell contacts.
This journey explains the immunological synapse, the distribution of membrane components, and the spatial relationships that characterize the tumor microenvironment.
Explore immunity and cancer ↗
Immunological synapse
Contact, signaling, and temporal integration.
Tumor microenvironment
Cellular neighborhoods, matrix, and immune access.
Interface competence
Organization and response in defined systems.
04
One science, multiple applications
Shared principles that guide different modalities of study and development.
Immunobiological translation
Connects composition, preparation identity, cellular interaction, and functional readout.
Synthetic interfaces and devices
Converts organization principles into materials, geometry, contact, and physical performance.
Nutritional systems
Relates ingredients, formulation, exposure, temporality, and physiological function.
05
From data to traceable evidence
Preserving the context that makes a result interpretable.
Traceability connects sample, method, version, result, and interpretation. It allows reconstructing the provenance of an observation and tracking its relationship with scientific decisions.
The book develops STIP as a structural traceability and integrated profiling infrastructure, and examines new approach methodologies within defined contexts of use.
Learn about methods and traceability →
01
Identity and provenance
02
Reproducible measurement
03
Comparability
04
Documented interpretation
06
The book
An illustrated journey through the science of microdomains.
SPATIAL ORGANIZATION, BIOLOGICAL INTERFACES AND TRACEABLE EVIDENCE
Microdomain Science
8 parts
40 chapters
53 interior illustrations
60 tables
An integrated introduction to the relationships between molecular architecture, cellular interfaces, and biological function. From molecular inventory to spatial measurement; from functional trajectories to traceable evidence.
The work offers a progressive reading for students and readers with scientific interest, and deepening routes for researchers, physicians, and bioengineers.
Reading sample in Spanish · Illustrations with original scientific labeling in English.
07
Publications and resources
In-depth readings, with the type of study and its contribution identified.
Mechanistic synthesis
View publication and context →
International Journal of Molecular Sciences · 2026
Microdomain organization and immunity
Integrates membrane organization, compartmentalization, and temporal coordination of signals in dendritic cell-mediated immunity.
Experimental study
View publication and context →
Pharmaceutics · 2026
Proteomic stability and cellular compatibility
Characterizes preservation of the protein profile and short-term ex vivo cellular compatibility under defined processing and storage conditions.
Translational review
View publication and context →
Medicina · 2026
Identity and translational evaluation
Relates biological origin, class of recovered product, characterization, mechanism, and evaluation levels for acellular preparations.
08
The author
ACADEMIC AND EDITORIAL CONTACT
Explore the science. Continue the conversation.
Inquiries about the book, publications, and scientific collaboration.
cso@ogrdalliance.org