The Science of Ageing Programme
Molecular Biology · Biochemistry of Longevity · Biomarkers · Omics · AI · Prevention. Understand ageing from molecules to prevention — a theory-led journey from cellular ageing mechanisms to evidence-based healthy ageing.
The Science of Ageing Programme
By London School of Multiomics & AI
Understand ageing from molecules to prevention.
This programme introduces ageing as a biological process driven by molecular damage, impaired repair, metabolic dysfunction, inflammation, cellular senescence and changes in tissue communication.
Learners move from cellular ageing mechanisms to biochemical longevity pathways, then to biomarkers, biological age, omics technologies, AI and evidence-based prevention.
From ageing biology to preventive longevity.
Six interconnected learning pillars + a final preventive longevity framework — built to take you from cellular mechanisms to healthy ageing.
Molecular Biology of Ageing
DNA damage, telomeres, epigenetics, senescence and mitochondrial dysfunction.
Biochemistry of Longevity
mTOR, AMPK, insulin / IGF-1, NAD⁺, sirtuins, autophagy and inflammageing.
Biomarkers & Biological Age
Clinical biomarkers, biological age, epigenetic clocks and responsible interpretation.
Omics in Ageing Research
Genomics, epigenomics, transcriptomics, proteomics, metabolomics and microbiome science.
AI in Longevity Science
Pattern recognition, biological-age prediction, risk stratification and personalised prevention.
Lifestyle & Prevention
Exercise, nutrition, sleep, stress, supplements and evidence-based healthy ageing frameworks.
Build a Preventive Longevity Framework
Learners bring together molecular ageing concepts, biomarkers, omics, AI and lifestyle science into a personal, responsible preventive longevity framework with a 500–700 word reflection.
- Molecular ageing concepts
- Biomarker interpretation
- Lifestyle and prevention factors
- Responsible AI / omics interpretation
- 500–700 word reflection
Designed for learners curious about healthy ageing.
Built for those who want to understand ageing biology, longevity science, biomarkers, omics, AI and prevention in a scientific but accessible way. No coding or wet-lab experience required.
Biomedical Students
Undergraduates and postgraduates exploring ageing biology through a modern molecular lens.
Pharmacy Students
Build longevity-pathway fluency relevant to prevention, healthy ageing and lifestyle prescribing.
Pharmacists
Connect drug biology with ageing pathways, biomarkers and patient-facing prevention conversations.
Health & Life Science Graduates
Add molecular ageing, biomarkers and AI thinking to a strong life-science foundation.
Researchers
Bring longevity-science depth into research on ageing, prevention and translational health.
Nutrition Professionals
Anchor nutrition advice in molecular ageing, metabolism, inflammageing and biomarker thinking.
Lifestyle & Wellness
Coaches and practitioners who want evidence-based foundations behind longevity recommendations.
Longevity Curious
Lifelong learners who want a scientific, hype-free understanding of ageing and prevention.
A structured weekly learning pathway.
From molecular ageing mechanisms to biochemical longevity pathways, biomarkers, omics, AI, lifestyle and prevention.
01
Molecular Biology of AgeingCellular and molecular mechanisms
Understand ageing as a cellular and molecular process.
- Chronological age vs biological age
- Hallmarks of ageing
- DNA damage and genomic instability
- Telomeres and epigenetic changes
- Cellular senescence and mitochondrial dysfunction
02
Biochemistry of LongevityPathways of repair, metabolism and
inflammation
Explore the biochemical pathways that regulate ageing, repair and metabolism.
- Metabolism, growth mode and repair mode
- mTOR, AMPK and insulin / IGF-1 signalling
- NAD⁺, sirtuins and cellular repair
- Autophagy, mitophagy and proteostasis
- Oxidative stress and inflammageing
03
Biomarkers, Omics & Biological AgeMeasuring ageing with molecular data
Learn how ageing can be measured using biomarkers and molecular data.
- Clinical biomarkers in healthy ageing
- Biological age and epigenetic clocks
- Genomics and epigenomics of ageing
- Transcriptomics, proteomics and metabolomics
- Microbiome and single-cell ageing concepts
04
AI, Preventive Health & Lifestyle LongevityBringing it all into a prevention
framework
Bring ageing biology, biomarkers, omics and lifestyle together into a prevention framework.
- AI in ageing and longevity science
- Multi-omics and personalised prevention
- Exercise, muscle and healthy ageing
- Nutrition, sleep, stress and circadian biology
- Supplements, evidence and longevity hype
Skills you will actually build.
Practical thinking skills across four interconnected domains — from ageing biology to responsible prevention design.
Ageing Biology
- Hallmarks of ageing
- DNA damage and repair
- Telomeres and epigenetics
- Senescence and SASP
- Mitochondrial dysfunction
Biomarker Interpretation
- Clinical biomarker thinking
- Biological age concepts
- Epigenetic clock limits
- Metabolic risk patterns
- Inflammation markers
Omics & AI Thinking
- Multi-omics logic
- Omics layers in ageing
- AI as decision support
- Pattern recognition
- Responsible interpretation
Prevention & Lifestyle
- Exercise and muscle ageing
- Nutrition and metabolism
- Sleep and stress biology
- Evidence vs hype judgement
- Longevity framework design
A Certificate of Completion from London School of Multiomics & AI.
Learners who complete the weekly learning activities and final mini-assignment receive a certificate of completion.
Completion requires
- ✓ Weekly learning content
- ✓ Quizzes and case activities
- ✓ Final reflection framework
- ✓ Responsible interpretation
The certificate adds a credible signal to academic CVs, healthcare-adjacent portfolios and lifestyle / wellness practice.
The Science of Ageing Programme
Enrol in The Science of Ageing Programme.
Founder's launch price — limited cohort. Includes all four weeks, final mini-assignment and certificate.
The Science of Ageing Programme
4 weeks · Online · Theory-led
Have a question? Contact us
What's included
- 4-week structured curriculum
- Molecular biology of ageing
- Biochemistry of longevity
- Biomarkers and biological age
- Omics and AI in ageing
- Lifestyle and prevention
- Visual lessons and case studies
- Quizzes and discussion questions
- Biomarker interpretation activities
- Final preventive longevity framework
- Certificate of completion
- Lifetime access to materials
Understand ageing from molecules to prevention.
Learn molecular ageing, longevity pathways, biomarkers, omics, AI and evidence-based prevention — and build your own responsible longevity framework.
