Farewell to Gramma: San Diego zoo’s 141-year-old Galapagos icon
The Guardian - 25-Nov-2025Beloved tortoise Gramma dies at 141, highlighting the remarkable longevity of Galapagos giants
Join the club for FREE to access the whole archive and other member benefits.
Beloved tortoise Gramma dies at 141, highlighting the remarkable longevity of Galapagos giants
A centuries-old Greenland shark reveals how slow life in the deep sea fuels extreme longevity
Boosting CIRBP doubled DNA repair in human cells, hinting at a new route to healthier ageing
Scientists find four amino acid changes that supercharge DNA repair and slow aging
Mole rats’ cGAS protein enhances DNA repair, aiding their long, disease-free lifespan
A study of over 1,000 species finds genetics and mating behaviour shape lifespan differences
Genes for DNA repair and telomere protection may explain T. dohrnii’s unique longevity
Scientists uncover stem cell secrets behind the scarlet sea anemone’s resistance to ageing
These adaptations explain its extraordinary 200-year lifespan
Research shows turtles’ unique biology helps protect them from tumours despite long lifespans
Axolotls regrow limbs using retinoic acid levels—humans may one day do the same
Known anti-ageing genes did not strongly match lifespan-linked genes
These changes help boost DNA repair and control metabolism
Long-lived mammals have evolved new ways to manage ageing
The aim is to slow ageing by protecting DNA, not reversing it
Carnivorous birds show more protein damage without higher sugar
This natural process may hold clues for human ageing research
Understanding these mechanisms could help cancer research in humans
This suggests different evolutionary pressures shape how proteins impact ageing
His unique genes that help repair damage, maintain energy, and slow ageing
This discovery helps explain how energy use and biology set lifespan limits
A century-old fish defying age faces an uncertain future in North America's waters
They reveal unique insights into longevity, resilience, and conservation
The oldest wild bird finds a new mate, astounding scientists with her resilience
DNA stability might be key to unlocking the science of anti-ageing and longevity
Their abilities help reset biological age, offering insights for human longevity research
The ancient genome of the longest-living vertebrate may reveal new insights into ageing
This discovery offers potential clues for preserving hearing in humans
This trick helps them survive tough conditions and may show new ageing insights
Ancient genes in sea anemones offer insights into ageing and regeneration
Research offers insights for conservation and human heart health
Research reveals a potential way to make human cells more resistant to stress
Unique metabolism shields hearts in low-oxygen conditions, offering clues to human heart protection
Promising leads for potential anti-ageing interventions in the next decade
Dinosaur-era pressures may have led to the loss of longevity genes
CpG density may play a role in moderating the epigenetic drift
Some fish species in the lake, like bigmouth buffalo, can live over 100 years
Scientists transfer the longevity gene to mice, extending their lifespan by 4.4%
Insights on the evolution of ageing and may help advance regenerative medicine
Exceptional longevity and resistance to cancer holds potential implications for human health and ageing
Study identifies biological mechanisms including efficient DNA repair, no thymic involution and dampened inflammatory response
How an "immortality enzyme" could reshape our understanding of ageing and disease
what this means to humans? - a possibility to treat overwhelming aging disorders
Overlap between the hibernation genes and the longevity genes links hibernation with longer life
Pluripotency network can have negative and positive lifespan effects
Organ preservation and life extension is possible when humans could also hibernate
With age, these fish get bigger and more reproductive capable with only minimal risk of death
Insights on longer-living species could offer the targets for extending lifespan in humans
Retrotransposons activate immune response against precancerous cells - may have implications in humans
Novel genes increase DNA repair and limit damage to slow down ageing process
Large, long living animals offer insights on natural ways of cancer resistance
Insights on longevity, neural, and immune adaptations are revealed by a lobster
Survival abilities of rotifers may help scientists develop better cryo-preservation techniques
Infected ants lounge in the nest, living as long as their colonies' queen
Yap hadal snailfish made extra genes to repair DNA & stay alive in high-pressure deep-sea waters
Long-living fish gives key insights on evolution history to age slower and live longer
Positive evolution, gene duplications are linked to longevity and anti-cancer traits of cetaceans
Less inflammation due to shorter immune memory prolonged life of blind mole rats
Studying organisms that live long will help identify crucial genes associated with ageing
Demonstrated in mice, far from human trials, but a potential longevity intervention
Their extreme biology could be key to preventing cancer in humans
Possible as these highly regenerative echinoids show extremes of biological ageing
Mechanism behind their exceptional lifespan and prolonged healthspan becoming clear
They have a natural mechanism against cellular senescence and ageing
Picking up genes and proteins from other species to make a superhuman
May be one day we will be able to grow our limbs back
Novel molecular targets for future ageing intervention studies
Vampire bats are extraordinarily long-lived for their size
All these genes couldn't save them from human hunters
These rats seem to be almost immune to cancer for unknown reasons
Longest-lived marine species Monorhaphis chuni was estimated to be 11,000 years old
Possible hints where they are focusing their research
Naked mole-rats resist cancer via high A2M, which drops with age in humans
Hydra and some animals show no aging; SENS explores ways to mimic this
Barn owls naturally repair ear damage, offering clues for human hearing treatments
Tube worms may live 250–300 years, possibly over 1000, in deep-sea habitats
Greenland sharks: longest-living vertebrates; genome sequenced from tiny fin clippings
Naked mole rats survive extreme low oxygen using fructose, hinting at longevity
Sea urchins regrow body parts; study shows aging decline isn’t inevitable
Naked mole rats live ~30 yrs; rare cancers include adenocarcinoma and gastric carcinoma
Pheidole dentata ants stay sharp and active until a sudden decline near death
Hydra shows no aging, constant fertility; thrives unless threatened by wild hazards
Jellyfish cells can transform into other types, enabling potential cellular renewal
Immortal jellyfish rapidly matures, then reverts to polyp via transdifferentiation
Hydra, a tiny water animal, shows signs of biological immortality
But there may be more older clams still living on the ocean floor