Programmable genome editing and targeting.
CISRED / SCIENTIFIC SERVICES
Tools for
Tools for
exploring
genomic systems.
Scientific services connecting genome engineering, regulatory biology, epigenetics, CRISPR technologies, and computational analysis.
01
SERVICES
01 / SERVICE ARCHITECTURE
From genomic
information to
biological insight.
CISRED brings together complementary approaches for studying, interpreting, and engineering genomic systems.
Our service framework follows the biological information itself — from sequence and genomic architecture through regulation, epigenetic state, genome engineering, and computational interpretation.
Each area represents a different layer of the same biological system, allowing research questions to be approached from multiple scientific perspectives.
02 / SCIENTIFIC SERVICE MAP
One platform.
One platform.
Multiple research layers.
CISRED
GENOMIC
SYSTEM SCIENTIFIC SERVICES
SYSTEM SCIENTIFIC SERVICES
Design and study of engineered genomic systems.
Analysis of genomic control and gene activity.
Exploration of chromatin and regulatory states.
Data-driven analysis of biological information.
Connecting genomic variation with biological function.
03
TARGET
GUIDE
EDIT
GENOME EDITING
CRISPR
CRISPR
technologies.
CRISPR systems provide programmable approaches for targeting specific genomic sequences and studying how genetic changes influence biological systems.
- CRISPR-Cas systems
- Guide RNA design concepts
- Target sequence analysis
- Genome editing strategies
- Base and prime editing concepts
REGULATORY BIOLOGY
Gene regulation
Gene regulation
& epigenetics.
Genomic activity depends on regulatory elements, chromatin organization, transcriptional control, and epigenetic state. CISRED approaches these layers as interconnected components of genome function.
01
Regulatory elements
02
Gene expression
03
Chromatin state
04
Epigenetic regulation
DNA SEQUENCE
REGULATORY ELEMENTS
CHROMATIN
EPIGENETIC STATE
05 / COMPUTATIONAL GENOMICS
Where biological
Where biological
questions become
data.
Computational approaches provide a framework for transforming complex genomic information into interpretable biological patterns.
01
SEQUENCE
Genomic information
02
ANALYSIS
Computational processing
03
PATTERN
Biological relationships
04
INSIGHT
Scientific interpretation
06 / FUNCTIONAL GENOMICS
Connecting
Connecting
genotype
and function.
Functional genomics examines how genomic information relates to biological activity and phenotype. By connecting sequence, regulation, and biological function, researchers can investigate the consequences of genomic variation and engineered changes.
GENOTYPE
Genomic variation
REGULATION
Control mechanisms
EXPRESSION
Biological activity
PHENOTYPE
Functional outcome
07 / RESEARCH APPLICATIONS
Built around
Built around
scientific questions.
Functional Genomics
Investigating relationships between genomic information and biological function.
Disease Research
Exploring genomic and regulatory mechanisms associated with disease biology.
Molecular Diagnostics
Applying genomic information to molecular investigation and biological characterization.
Therapeutic Research
Supporting research involving genomic targets, regulation, and engineered biological systems.
Agricultural Genomics
Studying genomic mechanisms relevant to traits, regulation, and biological performance.
Systems Biology
Connecting molecular components to larger biological networks and systems.
CISRED / SCIENTIFIC SERVICES
Study the genome.
Understand its control.
Engineer what comes next.
SEQUENCE
REGULATION
EDITING
COMPUTATION
DISCOVERY