Edition
ARDD 2025 (12th ARDD)
Source
agingpharma.org track program pages (fetched 2026-08-01)

ARDD 2025 tracks and sub-events

Longevity Medicine Track §

Chairs: Evelyne Yehudit Bischof (Sheba Longevity Center), Morten Scheibye-Knudsen (University of Copenhagen), Alex Zhavoronkov (Insilico Medicine), Daniela Janina Bakula (University of Copenhagen). Opening remarks: David Dreyer Lassen, Rector of the University of Copenhagen.

Longevity Medicine Track — full schedule
TimeSession / talkSpeaker(s)Affiliation
08:00–09:00Warming up and networking
09:00–09:15Opening remarksDavid Dreyer LassenRector, University of Copenhagen
09:15–09:30Welcome to Longevity Medicine TrackBischof, Scheibye-Knudsen, Zhavoronkov, BakulaSheba Longevity Center; U. Copenhagen; Insilico Medicine
09:30–09:50TopTown SuperDNA: China and beyondAlex ZhavoronkovInsilico Medicine
09:50–10:10Microsoft Healthcare in AI precision medicineElena BonfiglioliMicrosoft, Pharma and Life Sciences
10:25–10:50Coffee break
10:50–11:10Clinical trials and future directions of gerotherapeuticsJames KirklandRobert and Arlene Kogod Center on Aging
11:10–11:30From pathways to patients: translating geroscience into gerotherapeuticsNir BarzilaiAlbert Einstein College of Medicine
11:30–11:50Healthspan protocol in clinical practiceEvelyne Yehudit BischofSheba Longevity Center
11:50–13:00Lunch
13:00–13:20Clinical trials in geroscience and gerotherapeuticsAndrea MaierNational University of Singapore
13:40–14:00SHARP Study at Sheba Longevity CenterTzipora StraussLongevity Center at Sheba Medical Center
14:20–14:40Coffee break
14:40–15:25Panel: AI in healthspanLevitt, Bonfiglioli, Shepherd, Burrows, He (panelists); Leung, Bischof (moderators)Stanford; Microsoft; NHS/AFAR; NHS Frimley ICB; Human Longevity Inc.; Value Partners Group; Sheba
15:35–15:55Biomarkers of Aging Consortium — updatesAndrea CiprianoStanford Stem Cell Institute
16:55–17:15Coffee break
17:15–18:00Panel: longevity publishingJohnson, Demaria, Melton, Jin, Thuault, Owen-Woods (panelists); Bischof (moderator)Nature Health; Aging; Nature Biotechnology; Aging and Disease; Nature Aging; Cell
17:15–18:00Closing of the dayEvelyne Yehudit BischofSheba Longevity Center
18:00Dinner

Physics in Aging Biology §

Chair: Maximilian Unfried (National University of Singapore). Co-moderator: Sara Hägg (Karolinska Institute, Associate Editor npj Aging).

Physics in Aging Biology — full schedule, six sessions
TimeSession / talkSpeakerAffiliation
09:00–09:10OpeningMaximilian Unfried; Sara HäggNUS; Karolinska Institute
Session 1 — Modelling Molecular Mechanisms and Damage
09:10–09:30Probabilistic modelisation of telomere length dynamicsDenis VillemonaisIRMA, University of Strasbourg
09:30–09:50Mechanistic modelling of biochemical pathways for ageing researchAmy MorganUniversity of Salford
09:50–10:10Crossing scales in aging biology: physics- and AI-based simulations of proteins and pathwaysGaregin A. PapoianDeep Origin
10:10–10:20A damage accumulation model reveals mechanisms of aging across speciesNaveh RazWeizmann Institute of Science
10:20–10:40Coffee break
Session 2 — Emergence, Dynamics, and Systems Biology
10:40–11:00From eigenmodes to aging: a dynamical systems perspective on resilience lossJan GruberNational University of Singapore
11:00–11:20Can we Ctrl+Z ageing? Modelling the rules, breaking the limitsMarija CvijovicUniversity of Gothenburg
11:20–11:40Computational models forecast emergent spatiotemporal cell population dynamicsNeda BagheriUniversity of Washington, Seattle
11:40–11:50Tentative evidence that the rate of aging is controlled by a small number of interacting processesAxel KowaldInstitute for Biostatistics & Informatics in Medicine and Ageing Research
12:00–13:00Lunch break
Session 3 — Rejuvenation, Plasticity, and Control
13:00–13:20Disentangling cellular damage from biological ageAndreas BeyerUniversity of Cologne
13:20–13:40A model for growth control in axolotl limb regenerationBenjamin FriedrichCluster of Excellence "Physics of Life"
13:40–14:00The menopause transition characterized using millions of lab testsGlen PridhamWeizmann Institute of Science
14:00–14:10Aging by the clock and yet without a programDavid Helmut MeyerCECAD, University of Cologne
14:10–14:20Aging, goal-directedness and bioelectricityLéo Pio-LopezAllen Discovery Center at Tufts University
14:20–14:40Coffee break
Session 4 — Theories of Aging
14:40–15:00Towards a general quantitative mechanistic theory of growth, aging and mortalityGeoffrey WestSanta Fe Institute
15:00–15:20How to target maximal human lifespan?Uri AlonWeizmann Institute of Science
15:20–15:30Aging as a default state of lifeElena G. SergeevaTufts University / Wyss Institute at Harvard
15:30–15:40A need for a theoretical foundation on the biology of agingTomás Schmauck-MedinaUniversity of Oslo
15:40–16:00Coffee break
Session 5 — Evolution, Lifespan, and Adaptation
16:00–16:20Evolution of adaptive death shaped by infectious diseasesPeter LidskyCity University of Hong Kong
16:20–16:40Maximum lifespan control in mammalsMaximilian UnfriedNational University of Singapore
16:40–17:00Ecological, evolutionary, and interventional antifragility in medicineJeffrey WestH. Lee Moffitt Cancer Center & Research Institute
17:00–17:10The evolution of asymmetrical regulation of physiology is central to agingMirre J P SimonsUniversity of Sheffield
17:10–17:30Coffee break
Session 6 — Thermodynamics, Time, and Entropy
17:30–17:50What sets the time scale of epigenetic ageing?Steffen RulandsLudwig-Maximilians-Universität München
17:50–18:10Tipping-point transition from transient to persistent inflammation in pancreatic isletsAla TrusinaUniversity of Copenhagen
18:10–18:30Aging from the second law: entropic damage, effective temperature, and extreme-statistics control of lifespanPeter FedichevGero

Emerging Science & Technologies Workshop §

Chair: Maximilian Unfried (National University of Singapore).

Emerging Science & Technologies Workshop — full schedule, six sessions
TimeSession / talkSpeakerAffiliation
09:10–09:20OpeningMaximilian UnfriedNational University of Singapore
Session 1 — Developmental Origins of Regeneration and Aging
09:20–09:40Advances in cell engineering technology for the future of longevityBarry MerrimanAvery Bio Inc. / J. Craig Venter Institute
09:40–10:00Reconstituting mouse embryogenesis in ex utero systemsAlejandro Aguilera-CastrejonHHMI Janelia Research Campus
10:00–10:20Human blastoids, implantation, and implantation failureJun WuUT Southwestern Medical Center
10:20–10:40Muse Cells uncovered: when science gets inspiredDominik DuscherMuseCell Innovations
10:40–11:00Coffee break
Session 2 — Synthetic Control of Life: From Cellular Systems to Lifespan Interventions
11:00–11:20Building sensor/actuator systems in mammalian cells with synthetic receptorsElise CachatUniversity of Edinburgh
11:20–11:40Optogenetic engineering of cellular signaling for discovery and therapyMax WilsonUniversity of California, Santa Barbara
11:40–12:00The third age of humanoid lifespan interventions: synthetic energy to challenge our current barrierShahaf PelegFBN Dummerstorf
12:00–13:00Lunch break
Session 3 — Foundation Models for Aging Biology
13:00–13:20CpGPT: a foundation model for DNA methylationLucas Paulo de Lima CamilloUniversity of Cambridge
13:20–13:40Accessible frameworks for biomedical context and evaluation of agentsSebastian LobentanzerHelmholtz Center
13:40–13:50Holy-Bio-MCP: unified MCP ecosystem for AI-powered longevity bioinformaticsAnton KulagaInstitute for Biostatistics and Informatics in Medicine and Ageing Research
13:50–14:00Generative AI for hibernation and cryoprotectionDominika WilczokDuke University
14:00–14:30Coffee break
Session 4 — Virtual Cells: AI at the Helm of Biology
14:30–14:50Building a virtual cell: an AI platform for engineering cell stateYusuf RoohaniStanford University
14:50–15:10Virtual models of biology for programmable regenerative therapeuticsOmar AbudayyehBroad Institute of MIT and Harvard
15:10–15:30Designing genomes using whole-cell models and AILucia MarucciUniversity of Bristol
15:30–16:00Coffee break
16:00–16:45Session 5 — Panel: the path forward for foundation models and virtual cellsRoohani, Lobentanzer, Marucci, Abudayyeh (panelists); Thuault (moderator)Stanford; Helmholtz; Bristol; Broad Institute; Nature Aging
16:45–17:10Coffee break
Session 6 — Engineering Aging: From Structure to Rejuvenation
17:10–17:30Architectures of immunological aging and regenerationSophia LiuRagon Institute of MGB, MIT, and Harvard
17:30–17:50Probing the wrinkles of the nucleus in aging cellsWenting ZhaoNanyang Technological University
17:50–18:10Engineering longevity: computationally-guided reprogramming of single-cell agingNan HaoUniversity of California, San Diego
18:10–18:30The axolotl, a new paradigm for probing the links between regeneration and ageingMaximina Hee YunChinese Institutes for Medical Research

Startup Pitch §

Moderator: Clive Cookson (Financial Times). Judges: Jacob Falck Hansen (Lundbeckfonden BioCapital), Marc P. Bernegger (Maximon), Anne Marije van Harten (Apollo Health Ventures).

Startup Pitch — schedule
TimeSession
09:00–09:45Panel discussion & introduction of the jury
09:45–10:00Break
10:00–10:50Five companies present
10:50–11:10Break
11:10–12:00Five companies present

Individual startup company names were not published in the available source pages for this edition.

Other 2025 sub-events §