Kant as An AI Trainer
AI x biology
Kant as An AI Trainer
8:10
Towards an AI co-scientist
AI x biology
Towards an AI co-scientist
6:50
Lifespan-Extending Endogenous Metabolites
AI x biology
Lifespan-Extending Endogenous Metabolites
13:35
Astronauts as a Human Aging Model: Epigenetic Age Responses to Space Exposure
AI x biology
Astronauts as a Human Aging Model: Epigenetic Age Responses to Space Exposure
6:03
Myelin dysfunction and therapeutic frontiers
AI x biology
Myelin dysfunction and therapeutic frontiers
10:49
The molecular architecture of myelin - an overview
AI x biology
The molecular architecture of myelin - an overview
7:36
How Ovarian Ageing Emerges from Cell-Cell Breakdown, Not Cell Loss
AI x biology
How Ovarian Ageing Emerges from Cell-Cell Breakdown, Not Cell Loss
10:34
Downregulation of BST2 rescues cochlear nerve demyelination in age-related hearing loss
AI x biology
Downregulation of BST2 rescues cochlear nerve demyelination in age-related hearing loss
12:19
Linking age changes in human cortical microcircuits to impaired brain function and EEG biomarkers
AI x biology
Linking age changes in human cortical microcircuits to impaired brain function and EEG biomarkers
7:47
Placenta-derived vesicles rejuvenate ageing cells and Improve diabetes-related dysfunction
AI x biology
Placenta-derived vesicles rejuvenate ageing cells and Improve diabetes-related dysfunction
9:02
Why we age: evolution didn’t fail - it optimised lifespan
AI x biology
Why we age: evolution didn’t fail - it optimised lifespan
9:33
Enhanced lysosomal activity prevents infection with PrPSc and seeding of α-synuclein & tau
AI x biology
Enhanced lysosomal activity prevents infection with PrPSc and seeding of α-synuclein & tau
8:06
How Ageing Tissues Feed Cancer: GDF15, Lactate, and Epigenetic Reprogramming in Colorectal Tumours
AI x biology
How Ageing Tissues Feed Cancer: GDF15, Lactate, and Epigenetic Reprogramming in Colorectal Tumours
7:31
The NMDA receptor antagonist memantine modulates aging and stress resilience in C. elegans
AI x biology
The NMDA receptor antagonist memantine modulates aging and stress resilience in C. elegans
7:33
Physics of Life: Exploring Information as a Distinctive Feature of Living Systems
AI x biology
Physics of Life: Exploring Information as a Distinctive Feature of Living Systems
8:57
Genetic Reduction of the Translational Repressors Preserves Memory in Mouse Models of AD
AI x biology
Genetic Reduction of the Translational Repressors Preserves Memory in Mouse Models of AD
8:09
HMLMs: A New Class of Biological Large Language Models That Predict Cellular Signalling
AI x biology
HMLMs: A New Class of Biological Large Language Models That Predict Cellular Signalling
10:05
Umbilical Cord Blood Contains Natural Anti-Ageing Molecules: 211 Metabolites Identified
AI x biology
Umbilical Cord Blood Contains Natural Anti-Ageing Molecules: 211 Metabolites Identified
7:23
A Real-Time Ageng Clock in Living Cells and Animals
AI x biology
A Real-Time Ageng Clock in Living Cells and Animals
8:03
Apo2Mol: AI That Generates Ligands and Predicts Pocket Dynamics From Apo Structures
AI x biology
Apo2Mol: AI That Generates Ligands and Predicts Pocket Dynamics From Apo Structures
7:35
How Ageing Silences Centromeres and How We Can Turn Them Back On
AI x biology
How Ageing Silences Centromeres and How We Can Turn Them Back On
8:44
How human genetics is transforming drug discovery: a probabilistic framework for target selection
AI x biology
How human genetics is transforming drug discovery: a probabilistic framework for target selection
8:51
A mouse model of menstruation: chemogenetic control of uterine breakdown and repair
AI x biology
A mouse model of menstruation: chemogenetic control of uterine breakdown and repair
9:14
Intermittent fasting reverses intestinal ageing?
AI x biology
Intermittent fasting reverses intestinal ageing?
8:55
Age-damaged oocytes can be rejuvenated: young karyoplasm restores DNA repair
AI x biology
Age-damaged oocytes can be rejuvenated: young karyoplasm restores DNA repair
9:28
Machine learning that designs biology: METIS and the future of automated optimization
AI x biology
Machine learning that designs biology: METIS and the future of automated optimization
8:25
One Protein Is All You Need
AI x biology
One Protein Is All You Need
10:02
A Nonsurgical Brain Implant Delivered Through the Bloodstream: Circulatronics Explained
AI x biology
A Nonsurgical Brain Implant Delivered Through the Bloodstream: Circulatronics Explained
12:05
Solvaformer: A 3D-aware transformer that predicts solubility with high accuracy
AI x biology
Solvaformer: A 3D-aware transformer that predicts solubility with high accuracy
9:39
Machine learning meets cell-free directed evolution = faster enzyme engineering
AI x biology
Machine learning meets cell-free directed evolution = faster enzyme engineering
9:38
How AI is transforming scientific discovery: from assistant to collaborator
AI x biology
How AI is transforming scientific discovery: from assistant to collaborator
8:47
Microglia modulate Aβ-dependent astrocyte reactivity in Alzheimer’s disease
AI x biology
Microglia modulate Aβ-dependent astrocyte reactivity in Alzheimer’s disease
9:19
MeCP2’s hidden immune role: how a Rett syndrome protein controls DNA sensing and inflammation
AI x biology
MeCP2’s hidden immune role: how a Rett syndrome protein controls DNA sensing and inflammation
9:54
Machine learning reveals hidden longevity pathways beyond chronic disease
AI x biology
Machine learning reveals hidden longevity pathways beyond chronic disease
8:29
How the genome ages: single-cell insights into chromatin and the ageing brain
AI x biology
How the genome ages: single-cell insights into chromatin and the ageing brain
9:34
Are GLP-1s the first true longevity therapies? A new era of prevention
AI x biology
Are GLP-1s the first true longevity therapies? A new era of prevention
7:17
What accelerated ageing teaches us about Alzheimer’s and tauopathies
AI x biology
What accelerated ageing teaches us about Alzheimer’s and tauopathies
9:10
Heritable chromatin scars after DNA repair - what is not fixed?
AI x biology
Heritable chromatin scars after DNA repair - what is not fixed?
6:54
Seeing the invisible: mapping protein aggregates in Parkinson’s disease
AI x biology
Seeing the invisible: mapping protein aggregates in Parkinson’s disease
13:34
100 Unsolved Mysteries of Ageing | The Future of Longevity Research
AI x biology
100 Unsolved Mysteries of Ageing | The Future of Longevity Research
8:30
Epigenetic clocks and mitochondrial ageing - the missing link?
AI x biology
Epigenetic clocks and mitochondrial ageing - the missing link?
9:21
Teaching AI to Understand Molecular Chirality
AI x biology
Teaching AI to Understand Molecular Chirality
7:09
How Naked Mole-Rats Evolved a DNA Repair System That Slows Aging
AI x biology
How Naked Mole-Rats Evolved a DNA Repair System That Slows Aging
8:09
When cells run out of time: how telomerase loss ages the brain
AI x biology
When cells run out of time: how telomerase loss ages the brain
8:01
Kosmos: An AI Scientist for Autonomous Discovery
AI x biology
Kosmos: An AI Scientist for Autonomous Discovery
6:27
Physical activity slows tau accumulation in preclinical Alzheimer's disease
AI x biology
Physical activity slows tau accumulation in preclinical Alzheimer's disease
7:07
Plasma membrane remodelling in GM2 gangliosidoses drives synaptic dysfunction
AI x biology
Plasma membrane remodelling in GM2 gangliosidoses drives synaptic dysfunction
10:46
The right to be remembered: preserving maximally truthful digital memory in the age of AI
AI x biology
The right to be remembered: preserving maximally truthful digital memory in the age of AI
8:35
How Baicalein breaks apart tau fibrils in Alzheimer's and CTE
AI x biology
How Baicalein breaks apart tau fibrils in Alzheimer's and CTE
7:39
AI in rethinking biology: from self-driving cars to molecular biology
AI x biology
AI in rethinking biology: from self-driving cars to molecular biology
10:05
How the bowhead whale defies ageing and cancer: the DNA repair secret of CIRBP
AI x biology
How the bowhead whale defies ageing and cancer: the DNA repair secret of CIRBP
9:33
MolDAIS: smarter Bayesian optimization for molecular discovery
AI x biology
MolDAIS: smarter Bayesian optimization for molecular discovery
11:38
How pathological ageing accelerates tau aggregation: progerin meets Alzheimer’s disease
AI x biology
How pathological ageing accelerates tau aggregation: progerin meets Alzheimer’s disease
6:38
SB000: a first single-gene rejuvenation factor safer than Yamanaka factors
AI x biology
SB000: a first single-gene rejuvenation factor safer than Yamanaka factors
11:13
Is aging programmed — or just random? The truth behind biological clocks
AI x biology
Is aging programmed — or just random? The truth behind biological clocks
8:28
ZDHHC11: Palmitoylation switch that rejuvenates cartilage and tames osteoarthritis
AI x biology
ZDHHC11: Palmitoylation switch that rejuvenates cartilage and tames osteoarthritis
9:10
Dogs reveal new blood biomarkers of aging: insights from the dog aging project
AI x biology
Dogs reveal new blood biomarkers of aging: insights from the dog aging project
5:45
Understanding biology in the age of artificial intelligence
AI x biology
Understanding biology in the age of artificial intelligence
12:24
AI foundation models for the cell: the next revolution in molecular biology
AI x biology
AI foundation models for the cell: the next revolution in molecular biology
9:14
Deep Learning Models Really Do Work — Once You Measure Them Properly
AI x biology
Deep Learning Models Really Do Work — Once You Measure Them Properly
7:41
A Secreted Metabolic Sensor That Extends Lifespan: The CtBP2 Discovery
AI x biology
A Secreted Metabolic Sensor That Extends Lifespan: The CtBP2 Discovery
9:00
The Genetics of Brain Aging: 59 Loci That Shape Your Mind’s Age
AI x biology
The Genetics of Brain Aging: 59 Loci That Shape Your Mind’s Age
8:00
AI-based prediction of intrinsically disordered protein regions
AI x biology
AI-based prediction of intrinsically disordered protein regions
7:27
C9orf72 repeat expansions disrupt microglial function in ALS
AI x biology
C9orf72 repeat expansions disrupt microglial function in ALS
6:30
AI-driven advances in phage therapy and synthetic biology
AI x biology
AI-driven advances in phage therapy and synthetic biology
6:23
Machine learning across the preclinical drug discovery pipeline
AI x biology
Machine learning across the preclinical drug discovery pipeline
8:09
Causal machine learning in single-cell genomics
AI x biology
Causal machine learning in single-cell genomics
7:38
Integrating AI and mechanistic models to decode cancer biology
AI x biology
Integrating AI and mechanistic models to decode cancer biology
7:52
Machine learning approaches for synthetic gene circuit design
AI x biology
Machine learning approaches for synthetic gene circuit design
7:34
Midbrain degeneration accelerates Alzheimer’s pathology in experimental models
AI x biology
Midbrain degeneration accelerates Alzheimer’s pathology in experimental models
8:11
Phase-separated DNA compartments coordinate meiotic chromosome pairing
AI x biology
Phase-separated DNA compartments coordinate meiotic chromosome pairing
6:50
Systems Age: measuring how each organ ages from a single blood test
AI x biology
Systems Age: measuring how each organ ages from a single blood test
8:14
Artificial intelligence in predicting biological age
AI x biology
Artificial intelligence in predicting biological age
10:13
Machine learning predicts biological age from blood metabolites
AI x biology
Machine learning predicts biological age from blood metabolites
5:46
Chemically induced reprogramming to reverse cellular aging
AI x biology
Chemically induced reprogramming to reverse cellular aging
6:25
How intrinsically disordered regions tune transcription factor dynamics
AI x biology
How intrinsically disordered regions tune transcription factor dynamics
7:12
AI-driven analysis reveals entropic expansion in small-molecule binding to α-synuclein
AI x biology
AI-driven analysis reveals entropic expansion in small-molecule binding to α-synuclein
5:59
AlphaFold-Metainference: predicting structural ensembles of disordered proteins
AI x biology
AlphaFold-Metainference: predicting structural ensembles of disordered proteins
5:33
Diffusing protein binders to intrinsically disordered proteins using RFdiffusion
AI x biology
Diffusing protein binders to intrinsically disordered proteins using RFdiffusion
6:32
Incorporating disordered proteins into biological age clocks
AI x biology
Incorporating disordered proteins into biological age clocks
7:41
Artificial Intelligence Approaches to Exploring IDP Conformational Space
AI x biology
Artificial Intelligence Approaches to Exploring IDP Conformational Space
6:04
A machine learning guide for biologists
AI x biology
A machine learning guide for biologists
6:41