Cellular metabolism plays a critical role in determining cell growth, behavior, fate and function. Gathering insight into these metabolic pathways offers researchers the opportunity to explore disease mechanisms, identify potential drug targets and assess therapeutic responsiveness.
This infographic explores how real-time metabolic analysis unlocks all of these opportunities and is transforming drug discovery across diverse therapeutic areas.
Download this infographic to discover:
- How metabolic profiling reveals key insights into disease mechanisms and drug targets
- The benefits of real-time functional metabolic analysis in drug discovery
- How to leverage metabolic insights to improve the drug discovery pipeline
Seahorse XF Pro
Explore the Power of Metabolic Analysis
in Drug Development
Discover the Power of Metabolic Analysis Today
Cellular metabolism lies at the core of all living organisms, as it plays a key role in determining cell
growth, behavior, fate and function. Insights into metabolic pathways give researchers a rich source
of information about possible drug targets and therapeutic responsiveness. Metabolic profiling has
therefore become an essential tool in the drug discovery and development process. This infographic
explores how real-time metabolic analysis is paving the way for a new era of therapeutics.
Metabolic activity also determines cell behavior, fate and function and provides
the energy needed throughout life.
The analysis of key metabolic processes provides a powerful lens to explore disease
mechanisms and identify potential drug targets.
The Importance of Metabolic Insight
Broad Applications Across Therapeutic Development
Discover the Latest Innovations
Revolutionary Real-time Functional Metabolic Analysis
Disease
mechanisms
Potential
drug targets
CO
2
Glucose
Fatty acids
Amino acids
Macromolecules
Energy
Building blocks
H
2O
Energy
Metabolism is inherent to all biological systems – through the breakdown of glucose, fatty acids
and amino acids, it provides the energy and building blocks that drive all cellular activity.
By investigating key metabolic pathways, scientists can gain unprecedented insights
across diverse therapeutic areas.
The latest Agilent Seahorse XF Pro technology provides enhanced sensitivity, streamlined workflows
and specialized consumables, offering even deeper insights to advance therapeutic discovery.
Uniquely designed Intuitive software Specialized consumables
The latest advanced live-cell metabolic analysis platforms are designed to meet the demands
of modern therapeutic development and allow researchers to study several metabolic parameters.
Assess metabolic activity
in response to therapeutic
compounds.
Pinpoint specific metabolic
pathways critical to disease
progression.
Integrate metabolic insights
with gene expression and
protein function.
Compare metabolic profiles
of cell models using
human samples.
Restore neurological function
Mitochondrial biogenesis
(PGC-1a,TFAM)
1
Minor
3
Axonal
processes
5
Dendritic
outgrown
7
Maturation
DIV
PI3K
AKT
mTOR
Glycolysis
(Glut-3, PFKp)
Glutaminolysi s
(GLS1 & 2)
Immunotherapy development
OptimizeT cell fitness
and persistence
Tune tumor microenvironment
Improve NK cell metabolism
These parameters can then
be used to provide powerful
therapeutic insight.
For Research Use Only. Not for use in diagnostic procedures.
RA 45638.3878356482
Seahorse XF Pro
Neurodegeneration
and aging
Stem cell
differentiation
and regenerative
medicine
Immunology
research and
immunotherapy
development
Cancer research
and therapy
development
Leveraging energy metabolism to restore
neurological functions.
Modulating metabolic pathways to enhance the immune response
against cancers or pathogens.
Exploiting metabolic vulnerabilities of cancer cells
for targeted anti-cancer therapies.
Controlling stem cell differentiation for desired
therapeutic outcomes.
Make informed
decisions
Expand
your pipeline
Accelerate
your research
