Book·2020

Lifespan Why we age{u2014}and why we don't have to

by David A Sinclair

Format
Book
Year
2020
Author
David A Sinclair
Frameworks extracted
99

About this source

A book about the science of aging and how to live a longer, healthier life.

Frameworks extracted

99 total
PEAKmonths
The Epigenetic Reprogramming Framework
Rewrite your epigenetic code
PEAKmonths
The Information Theory of Aging Framework
Aging as loss of information
PEAKmonths
The Universal Regulators of Aging Framework
Understanding the universal regulators of aging
PEAKmonths
The Longevity Dividend Framework
Investing in health for a longer life
PEAKongoing
The Vaccine Development Framework
Develop vaccines to prevent infectious diseases
PEAKmonths
The Pandemic Preparedness Framework
Prepare for the next pandemic
MINDongoing
Epigenetic Aging Framework
Aging as a reversible process
PEAKmonths
Xenohormesis Framework
Health benefits from stress
PEAKmonths
The mTOR Inhibition Framework
Inhibiting mTOR to increase lifespan
PEAKmonths
The Brown Fat Regulation Framework
Regulate brown fat for longevity
PEAKmonths
The mTOR Regulation Framework
Regulate mTOR for longevity
PEAKmonths
The Fasting Framework
Fasting for longevity
PEAKmonths
The Calorie Restriction Framework
Eat less, live longer
PEAKmonths
The SIRT1 Activation Framework for Longevity
Activate SIRT1 for longevity
PEAKmonths
The Epigenetic Clock Framework for Human Longevity
Measure aging
PEAKmonths
The Free Radical Theory of Aging Framework
Aging as a result of free radical damage
PEAKmonths
The Epigenetic Software Framework
Cells as software
MINDweeks
Waddington's Landscape Framework
A biological metaphor for cell development
PEAKmonths
The Xenohormesis Hypothesis Framework
Stress cues from other species
PEAKmonths
Xenohormesis Hypothesis Framework
Sensing stress cues from other species
PEAKmonths
Epigenetic Drift Framework
Aging due to epigenetic changes
MINDmonths
The Longevity Mindset Framework
Think long-term
PEAKmonths
The Anti-Aging Framework
Live longer, healthier
PEAKongoing
The Longevity Research Framework
Understanding aging to increase human lifespan
SELFmonths
The Great-Great-Grandkids Framework
Thinking about the future
SELFmonths
The Skillbaticals Framework
Working smarter, not harder
INNongoing
The Schumpeterian Transformation Framework
Embracing innovation
MINDmonths
The Consumption Innovation Framework
Solving consumption problems with innovation
PEAKongoing
The Right to Die with Dignity Framework
Dying with dignity
PEAKongoing
The Universal Access to Healthcare Framework
Healthcare for all
PEAKongoing
Equitable Access to Medical Care Framework
Ensure equal access to medical care regardless of age or income
PEAKmonths
Define Aging as a Disease Framework
Treat aging as a disease to speed innovation
FINmonths
The Aging Research Funding Framework
Optimizing funding for aging research
MINDongoing
The Unleashing the Army Framework
Unlocking human potential through prolonged vitality
FINmonths
The Longevity Investment Framework
Invest in people
MINDongoing
The Demographic Transition Framework
Understanding population growth and decline
MINDmonths
The Natural Progress Framework
Embracing human innovation
MINDmonths
The Niche Creation Framework
Understanding human adaptation
MINDmonths
The Carrying Capacity Framework
Understanding Earth's limits
MINDmonths
The Social Inequality Framework
The impact of longevity on social inequality
MINDmonths
The Longevity Economy Framework
Economic implications of longevity
MINDmonths
The Social Insecurity Framework
The impact of increased lifespan on social insurance programs
MINDongoing
The Hundred-Year Politician Framework
The impact of increased lifespan on politics
MINDmonths
The Unsustainable Consumption Framework
Consume less, waste less
MINDongoing
The Hundred Years' Warning Framework
Population growth & consumption
PEAKongoing
The 3D Printing of Organs Framework
Printing organs for transplantation
PEAKongoing
The Xenotransplantation Framework
Transplanting organs from animals to humans
PEAKmonths
Organ Replacement Framework
Replacing damaged organs with new ones
PEAKmonths
Vaccine Development Framework
Preventing diseases through vaccination
PEAKdays
Rapid Disease Diagnosis Framework
Fast and accurate diagnosis
PEAKmonths
Pandemic Prevention Framework
Prevent global health crises through real-time monitoring and data analysis
PEAKmonths
Biotracking Framework
Track your body's metrics
PEAKweeks
Pharmacogenetic Testing Framework
Genetic guidance for medication
PEAKdays
Genomic Analysis Framework
Unlocking genetic secrets
PEAKmonths
Precision Medicine Framework
Personalized medicine
PEAKmonths
Epigenetic Reprogramming Framework
Reversing aging
PEAKmonths
The Epigenetic Reset Framework
Resetting the epigenome
MINDongoing
Cellular Reprogramming Framework
Resetting the aging clock
MINDmonths
Senolytic Therapy Framework
Killing zombie cells
MINDongoing
Antagonistic Pleiotropy Framework
Evolution's trade-offs
MINDongoing
The Antagonistic Pleiotropy Framework
Understanding the trade-offs of evolutionary adaptations
PEAKmonths
The Senolytic Therapy Framework
Removing senescent cells to promote health
PEAKmonths
The Epigenetic Landscape Modification Framework
Resetting the epigenetic landscape
PEAKmonths
The Ovarian Function Restoration Framework
Reversing aging in ovaries
PEAKmonths
The NAD Boosting Framework
Boost NAD to slow aging
PEAKweeks
The SIRT1 Activation Framework
Activating SIRT1 for health benefits
PEAKdays
The Xenohormesis Framework
Stressed plants produce beneficial chemicals
PEAKmonths
The Metformin Framework
A drug for aging
PEAKmonths
The Mitochondrial Modulation Framework
Modulate mitochondria to extend lifespan
PEAKmonths
The Enzyme Modulation Framework
Modulate enzymes to extend lifespan
MINDmonths
The Epigenetic Damage Framework
Understanding the impact of epigenetic damage on aging
PEAKweeks
The Hormesis Framework for Heat Exposure
Temporary heat stress for longevity
PEAKweeks
The Heat Stress Framework
Heat stress for health benefits
PEAKweeks
The Cold Stress Framework
Cold stress for longevity
PEAKweeks
Exercise and Longevity Framework
Engage in regular exercise to improve health and longevity
PEAKmonths
Amino Acid Restriction Framework
Limit amino acid intake to engage survival circuit
PEAKweeks
Periodic Fasting Framework
Limit food intake to engage survival circuit
PEAKmonths
Calorie Restriction Framework
Eat less, live longer
PEAKmonths
The Longevity Framework
Live longer, healthier
PEAKmonths
The Disease Framework of Aging
Aging as a treatable disease
PEAKmonths
The Whack-a-Mole Medicine Framework
Treating individual diseases doesn't increase lifespan
PEAKmonths
The Loss of Resilience Framework
Aging reduces ability to bounce back
PEAKmonths
The Exponential Incidence of Death Framework
Aging doubles death risk every 8 years
PEAKweeks
The Law of Human Mortality Framework
Understanding the law of human mortality
PEAKmonths
The Epigenetic Survival Circuit Framework
Engage your epigenetic survival circuit
PEAKmonths
The Reversal of Aging Framework
Reversing aging through epigenetic regulation
PEAKmonths
The Epigenetic Landscape Framework
Understanding cellular identity
MINDmonths
The ICE Mouse Framework
Inducible Changes to the Epigenome
PEAKmonths
The Epigenetic Clock Framework
Measure biological age
PEAKmonths
The Epigenetic Noise Framework
Aging as a result of epigenetic noise
PEAKmonths
The Yeast Research Framework
Uncovering aging secrets
PEAKmonths
The Longevity Gene Framework
Genes that promote longevity
PEAKmonths
The Epigenetic Information Storage Framework
Epigenetics as software
PEAKmonths
The Hallmarks of Aging Framework
Aging is not one disease, but many
PEAKongoing
The Free Radical Theory of Aging
Unpaired electrons cause aging
PEAKongoing
The Error Catastrophe Hypothesis
Mistakes made during DNA copying lead to aging
PEAKongoing
The Disposable Soma Hypothesis
Limited resources, limited lifespan
PEAKmonths
The Survival Circuit Framework
A genetic survival mechanism
PEAKmonths
The Aging Framework
Understand aging to live longer