From Here to Immortality: Anti-Aging Medicine
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Symposium on Aging June 19, 2015 Symposium on Aging the Paul F
The 2015 Harvard / Paul F. Glenn Symposium on Aging June 19, 2015 Symposium on Aging The Paul F. Glenn Laboratories for the Biological Mechanisms of Aging Agenda 10th Anniversary Symposium Welcome to the 10th Annual Harvard/Paul F. Glenn Symposium on Aging. June 19, 2015 Each year, the Paul F. Glenn Laboratories host the Harvard Symposium 9:00 - 5:00 on Aging with a mission to present new advances in aging research and to stimulate collaborative research in this area. The symposium has grown over the past 10 years to be one of the biggest events at Harvard Medical School. We have been fortunate to have many of the leaders in the aging field speak 9:00 – 9:45 a.m. Introduction at the symposia and today is no exception. We wish to acknowledge the generosity and vision of Paul F. Glenn, Mark 9:45 – 10:15 a.m. Ensuring the Health of the Germ-line Collins and Leonard Judson for their unwavering support of aging research Cynthia Kenyon, Ph.D. through the Paul F. Glenn Foundation. Thanks to their support, we now have a vibrant community of researchers who study aging and age-related 10:15 – 10:45 a.m. C. elegans Surveillance of Core Cellular diseases. Since the inception of the Paul F. Glenn labs at Harvard in 2005, Components to Detect and Defend Pathogen this network has grown to include aging studies at the Albert Einstein Attacks, and How This Relates to Longevity College of Medicine, the Buck Institute, the Mayo Clinic, Massachusetts Gary Ruvkun, Ph.D. -
Chapter 6: Old People Are People Too, So Let's Act
Career Planning & Adult Development JOURNAL Volume 31, Number 2 ISSN 0736-1920 Summer 2015 OUR FUTURE: Projections of Work and Life Helen Harkness, Guest Editor QThe Future Q The End of Work as We Know It QJobs and Careers on the Front Line of the Future QSilicon Valley and the New Rules of Work Q Training Challenges Facing Education and Training and Career Development in the Future QOld people are people too, so let’s act accordingly Q Crisis of Human Capital in Aerospace: It’s All About the STEM QCollege for All – Reality or Flawed Myth? QOur Jobs: The American Workforce and Economy in Crisis Q The Future Has Arrived: The Future is Now the Present Summer 2015..............................Career Planning and Adult Development JOURNAL..............................1 CAREER PLANNING and ADULT DEVELOPMENT JOURNAL Volume 31, Number 2 ISSN 0736-1920 Summer 2015 OUR FUTURE: Projections of Work and Life Looking Ahead with the Journal,E\Steven E. Beasley, Managing Editor4 Introduction to this Issue, E\ Helen Harkness, PhD, Guest Editor5 Chapter 1: 7KH)XWXUHE\ Leigh Ellen Key8 Chapter 2: 7KH(QGRI:RUNDV:H.QRZ,Wby Andy Hines10 Chapter 3: -REVDQG&DUHHUVRQWKH)URQW/LQHRIWKH)XWXUHby Gary Marx20 Chapter 4: 6LOLFRQ9DOOH\DQGWKH1HZ5XOHVRI:RUNE\Gary A. Bolles28 Chapter 5: 7UDLQLQJ&KDOOHQJHV)DFLQJ(GXFDWLRQDQG7UDLQLQJ DQG&DUHHU'HYHORSPHQWLQWKH)XWXUHE\Timothy C. Mack40 Chapter 6: 2OGSHRSOHDUHSHRSOHWRRVROHW·VDFWDFFRUGLQJO\by Aubrey de Grey47 Chapter 7: &ULVLVRI+XPDQ&DSLWDOLQ$HURVSDFH,W·V$OO$ERXWWKH67(0 by Deborah Westphal51 Chapter 8: &ROOHJHIRU$OO²5HDOLW\RU)ODZHG0\WK"E\ -
Who Wants to Live Forever? Reader’S Digest
HEALTH Who Wantsto Live Forever? As a species, we humans appear to be the undisputed masters of our planet. Moreover, since Yuri Gagarin’s inaugural space flight in 1961, we can even leave the confines of Earth to travel in space. Yet, we have one Achilles’ heel—we’re mortal BY CHRIS MENON 1234567890 1234567890 36 BRAIN LIGHT/ALAMY STOCK PHOTO WHO WANTS TO LIVE FOREVER? READEr’s DIGEST T 122 YEARS, THE MAXIMUM HUMAN LIFESPAN lags well behind some species of giant tortoise (188 years), Greenland shark (400 years) and the record set by the lowly Icelandic clam (507 years). Even those relatively few humans who do manage to make it past 100—some 14,570 people in the UK in 2015—are invariably bedeviled byA poor health. Recently, efforts to extend the healthy of Amazon, has similarly invested human lifespan have achieved much in Unity Biotechnology, which aims publicity following the backing of “to design therapeutics that prevent, visionary, super-rich Silicon Valley halt, or reverse diseases of ageing”. tech entrepreneurs. In 2013, Google’s Unity intends to develop a new founders created a subsidiary class of therapies called “senolytic company called Calico (short for medicines”, designed to selectively the California Life Company), eliminate senescent cells. Senescent Billionaire researchers, which promptly hired a team of top cells accumulate with age and, Some believe that death, Arthur Levinson, Jeff technologies that scientists and now has more than unlike normal cells, they secrete like any disease, can be Bezos and Elon Musk the SENS Research £1bn in the bank to fund its work. -
Vascular Tissue Challenge Official Rules Updated 2019-08-14
Vascular Tissue Challenge Official Rules Updated 2019-08-14 SECTION 1: Executive Summary 2 SECTION 2: Definitions & Assumptions 3 SECTION 3: Evaluation Criteria 3 SECTION 4: Safety & Care 5 SECTION 5: Registration Requirements 5 SECTION 6: Judging 6 SECTION 7: Timeline 8 SECTION 8: Eligibility, Disqualification, & Appeal 9 SECTION 9: Awards 10 The Methuselah Foundation Vascular Tissue Challenge Rules Page 1 SECTION 1: EXECUTIVE SUMMARY Objectives Summary The Vascular Tissue Challenge (hereafter “Challenge”) is a $500,000 prize purse to be divided among the first three teams who can successfully create thick, human vascularized organ tissue in an in-vitro environment while maintaining metabolic functionality similar to their in vivo native cells throughout a 30 calendar day survival period. NASA’s objective for this Challenge is to produce technologies capable of creating viable thick (>1cm) metabolic tissues that can be used to advance research on human physiology, fundamental space biology, and medicine taking place both on the Earth and the ISS National Laboratory. Specifically, technology innovations may enable the growth of de novo tissues and organs on orbit which may address the risks related to traumatic bodily injury, improve general crew health, and enhance crew performance on future, long-duration missions. Evaluation Criteria Summary Produce an in vitro vascularized tissue that is > 1 centimeter in thickness in all dimensions at the launch of the trial and maintains >85% survival of the required parenchymal cells throughout a 30 calendar day period. Tissues must provide adequate blood perfusion without uncontrolled leakage into the bulk tissue to maintain metabolic functionality similar to their in vivo native cells. -
David Sinclair Can Dramatically Extend the Life Span of Yeast
News Focus Lenny Guarente and his former postdoc David Sinclair can dramatically extend the life span of yeast. They’re battling over how this works, and competing head-to-head to grant extra years to humans Aging Research’s Family Feud BOSTON AND CAMBRIDGE,MASSACHUSETTS—At tenure-track spot on Harvard’s faculty in late share many traits common among successful 34, David Sinclair is a rising star. His spa- 1999. He then made clear that his old profes- scientists. Both are deeply ambitious, relent- cious ninth-floor office at Harvard Medical sor’s pet theories weren’t off limits. At a lessly competitive, and supremely self-confi- School boasts a panoramic Boston view. His meeting at Cold Spring Harbor Laboratory dent. Both savor the limelight. Both love sci- rapidly growing lab pulled off the feat of pub- in late 2002, Sinclair surprised Guarente by ence and show little interest in other pursuits. lishing in both Nature and Science last year, challenging him on how a key gene Guarente Still, they’ve retained something of the and it made headlines around the world with discovered extends life in yeast. That sparked parent-child relationship that can shape in- a study of the possible antiaging properties of a bitter dispute that crescendoed this winter, teractions between senior researchers and a molecule found in red wine. In a typical when the pair published dueling papers. their students. Like a father dismayed when day, he fields calls from a couple practicing a Researchers who study aging are finding his son joins a punk rock band, and then dis- radical diet to extend life span, and from an the quarrel both intellectually provocative and mayed further when it attracts devoted fans actor hunting for antiaging pills and the a lively source of gossip. -
Human Cell and Organism Aging: Are There Limits? Interrupted Case Study on Cell Aging
Human Cell and Organism Aging: Are there Limits? Interrupted Case study on Cell Aging Teresa Gonya Department of Biological Sciences University of Wisconsin-Fox Valley Menasha, WI The search for the fountain of youth persists in advertising, and individuals are constantly bombarded with messages about diet, exercise, vitamins and minerals that can help prolong one’s life. The biological basis of aging is often not mentioned in the anti-aging promotions. Is it possible that a diet rich in protein, or fruits and vegetables can add years to your life? Is it possible that a vitamin or mineral ‘tonic’ can promote tissue repair and extend life? Is it possible that a vitamin drink can extend your normal life expectancy? Even clinical medicine focuses on developing new treatments that are based on preventing aging and maintaining organ longevity. We are told to exercise to keep our heart healthy and to stop smoking to prevent damage to body tissues, especially the lungs and blood vessels. The new field of regenerative medicine is based on the premise that stem cells may one day be able to repair tissue and return function to damaged organs. There are real limits to longevity that are based on genetics, lifestyle, medical history and sociology. (1) At the foundation of organism longevity is cell longevity. All organisms are composed of cells. Four different types of tissue cells form the basis of all organs that are found in any animal organism. Each type of tissue cell has a different ability to undergo mitosis and replace itself, should it become damaged or injured. -
Genes That Act Downstream of DAF-16 to Influence the Lifespan Of
articles Genes that act downstream of DAF-16 to influence the lifespan of Caenorhabditis elegans Coleen T. Murphy*, Steven A. McCarroll†, Cornelia I. Bargmann†, Andrew Fraser‡, Ravi S. Kamath‡, Julie Ahringer‡, Hao Li* & Cynthia Kenyon* * Department of Biochemistry and Biophysics, and † Department of Anatomy and Howard Hughes Medical Institute, University of California, San Francisco, California 94143-2200, USA ‡ Wellcome CRC Institute and Department of Genetics, University of Cambridge, Tennis Court Road, Cambridge CB2 1QR, UK ........................................................................................................................................................................................................................... Ageing is a fundamental, unsolved mystery in biology. DAF-16, a FOXO-family transcription factor, influences the rate of ageing of Caenorhabditis elegans in response to insulin/insulin-like growth factor 1 (IGF-I) signalling. Using DNA microarray analysis, we have found that DAF-16 affects expression of a set of genes during early adulthood, the time at which this pathway is known to control ageing. Here we find that many of these genes influence the ageing process. The insulin/IGF-I pathway functions cell non- autonomously to regulate lifespan, and our findings suggest that it signals other cells, at least in part, by feedback regulation of an insulin/IGF-I homologue. Furthermore, our findings suggest that the insulin/IGF-I pathway ultimately exerts its effect on lifespan by upregulating a wide variety of genes, including cellular stress-response, antimicrobial and metabolic genes, and by downregulating specific life-shortening genes. The recent discovery that the ageing process is regulated hormonally never been tested directly; for example, by asking whether stress by an evolutionarily conserved insulin/IGF-I signalling pathway1–3 response genes are required for the longevity of daf-2 mutants. -
Alchemy of Aging
BOOK REVIEW Alchemy of aging The twists and turns of the discovery of telomerase, the cloning of the gene and the demonstration of its immortalizing Merchants of Immortality: Chasing power in cell culture systems are well told. Along the way, we the Dream of Human Life Extension learn of the squabbles, too. A sad axiom of modern biology, reflects Hall, is that the hotter the field, the ruder the behavior of Stephen S Hall its practitioners. Sad, perhaps, but as Hall very well knows, it Houghton Mifflin Company, 2003 makes for good copy. Although Hall documents his sources exhaustively, in more than 439 pp. hardcover, $25.00 50 pages of notes, his scientific range is limited. For example, he ISBN 0-61809-524-1 does not do as much as is needed to put the telomerase work into context. As the field has advanced, it has emerged that there is much Reviewed by Tom B L Kirkwood more to controlling cell proliferation than telomerase and that there is much more to tissue aging than just the Hayflick Limit. Unquestionably, the work included in Hall’s account is of great sig- nificance. But when and how it might lead to any real prospect of http://www.nature.com/naturemedicine For a work of engaging and painstaking science journalism, one intervention to extend human lifespan is anybody’s guess. Some of would have to search far to find anything that beats Stephen S. Hall’s the most interesting research in the field of aging is being done on Merchants of Immortality.This is the good news. -
SENS-Research-Foundation-2019
by the year 2050, cardiovascular an estimated 25-30 the american 85 percent of adults disease years and older age 85 or older remains the most population will suffer from common cause of 2 1 2 dementia. death in older adults. triple. THE CLOCK IS TICKING. By 2030, annual direct The estimated cost of medical costs associated dementia worldwide was 62% of Americans with cardiovascular $818 billion diseases in the united over age 65 have in 2015 and is states are expected to more than one expected to grow to rise to more than chronic condition.1 3 $2 trillion $818 billion. by 2030.1 References: (1) https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5732407/, (2) https://www.who.int/ageing/publications/global_health.pdf, (3) https://www.cdcfoundation.org/pr/2015/heart-disease-and-stroke-cost-america-nearly-1-billion-day-medical-costs-lost-productivity sens research foundation board of directors Barbara Logan Kevin Perrott Bill Liao Chairperson Treasurer Secretary Michael Boocher Kevin Dewalt James O’Neill Jonathan Cain Michael Kope Frank Schuler 02 CONTENTS 2019 Annual Report 04 Letter From The CEO 06 Outreach & Fundraising 08 Finances 09 Donors erin ashford photography 14 Education 26 Investments 20 Conferences & Events 30 Research Advisory Board 23 Speaking Engagements 31 10 Years Of Research 24 Alliance 32 MitoSENS 34 LysoSENS 35 Extramural Research 38 Publications 39 Ways to Donate cover Photo (c) Mikhail Leonov - stock.adobe.com special 10th anniversary edition 03 FROM THE CEO It’s early 2009, and it’s very late at night. Aubrey, Jeff, Sarah, Kevin, and Mike are sitting around a large table covered in papers and half-empty food containers. -
1 of 16 SAA8-2032718 NONREIMBURSABLE SPACE ACT AGREEMENT BETWEEN the NATIONAL AERONAUTICS and SPACE ADMINISTRATION GEORGE
NONREIMBURSABLE SPACE ACT AGREEMENT BETWEEN THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION GEORGE C. MARSHALL SPACE FLIGHT CENTER AND METHUSELAH FOUNDATION FOR THE CENTENNIAL CHALLENGES LUNAR NUTRITION CHALLENGE ARTICLE 1. AUTHORITY AND PARTIES In accordance with the National Aeronautics and Space Act (51 U.S.C. § 20113(e)), this Agreement is entered into by the National Aeronautics and Space Administration George C. Marshall Space Flight Center, located at Marshall Space Flight Center, AL 35812 (hereinafter referred to as "NASA" or "NASA MSFC") and Methuselah Foundation located at 8021 Flint Street, Springfield , VA 22153-2438 (hereinafter referred to as "Partner" or "MF"). NASA and Partner may be individually referred to as a "Party" and collectively referred to as the "Parties." ARTICLE 2. PURPOSE This Agreement shall be for the purpose of conducting the Lunar Nutrition Challenge for NASA Centennial Challenges program. This Challenge seeks to identify and foster the development and demonstration of novel technologies and/or approaches for food production for long duration space exploration missions. As part of the initial human presence on the Moon by 2024 and a sustainable human presence on the Moon by 2028, NASA's missions will become longer in duration and require sustainable systems that meet lunar crews' needs. This Challenge is focused on how to provide crew members with: • a viable food system for long duration missions • an approach that meets crew members' daily nutritional needs with limited resources • a palatable diet with limited or no dependency on Earth resupplies; and potentially a • ‘harvest' that provides a variety of food choices For the term of this Agreement, the Challenge will be developed and conducted by MF to foster these novel approaches to food production. -
Read Our New Annual Report
The seeds of a concept. The roots of an idea. The potential of a world free of age-related disease. Photo: Sherry Loeser Photography SENS Research Foundation Board of Directors Barbara Logan, Chair Bill Liao, Secretary Kevin Perrott, Treasurer Michael Boocher Jonathan Cain Kevin Dewalt Michael Kope Jim O’Neill Frank Schüler Sherry Loeser Photography 2 Contents CEO Letter (Jim O’Neill) 4 Finances 5 Donors 6 - 7 Fundraising & Conferences 8 - 9 Around the World with Aubrey de Grey 10 Outreach 11 Founding CEO Tribute & Underdog Pharmaceuticals 12 - 13 Investments 14 Welcome New Team Members 15 Education 16 - 17 Publications & Research Advisory Board 18 Research Summaries 19 - 22 Ways to Donate 23 The SRF Team Front row: Anne Corwin (Engineer/Editor), Amutha Boominathan (MitoSENS Group Lead), Alexandra Stolzing (VP of Research), Aubrey de Grey (Chief Science Officer), Jim O’Neill (CEO), Bhavna Dixit (Research Associate). Center row: Caitlin Lewis (Research Associate), Lisa Fabiny-Kiser (VP of Operations), Gary Abramson (Graphics), Maria Entraigues-Abramson (Global Outreach Coordinator), Jessica Lubke (Administrative Assistant). Back row: Tesfahun Dessale Admasu (Research Fellow), Amit Sharma (ImmunoSENS Group Lead), Michael Rae (Science Writer), Kelly Protzman (Executive Assistant). Not Pictured: Greg Chin (Director, SRF Education), Ben Zealley (Website/Research Assistant/ Deputy Editor) Photo: Sherry Loeser Photography, 2019 3 From the CEO At our 2013 conference at Queens College, Cambridge, I closed my talk by saying, “We should not rest until we make aging an absurdity.” We are now in a very different place. After a lot of patient explanation, publication of scientific results, conferences, and time, our community persuaded enough scientists of the feasibility of the damage repair approach to move SENS and SENS Research Foundation from the fringes of scientific respectability to the vanguard of a mainstream community of scientists developing medical therapies to tackle human aging. -
Telomeres and Telomerase
Oncogene (2010) 29, 1561–1565 & 2010 Macmillan Publishers Limited All rights reserved 0950-9232/10 $32.00 www.nature.com/onc GUEST EDITORIAL 2009 Nobel Prize in Physiology or Medicine: telomeres and telomerase Oncogene (2010) 29, 1561–1565; doi:10.1038/onc.2010.15 sate for the chromosomal shortening produced asso- ciated with cell division, suggesting that progressive telomere shortening may be a key factor to limit the Elizabeth H Blackburn, Carol W Greider and Jack W number of cell divisions. James D Watson (Nobel Prize Szostak were acknowledged with this year’s Nobel Prize 1962) also recognized that the unidirectional nature of in Physiology or Medicine for their discoveries on how DNA replication was a problem for the complete copy chromosomes are protected by telomeres and the of chromosomal ends (Watson, 1972). This was called enzyme telomerase. the ‘end-replication problem’. In this manner, during In the first half of the twentieth century, classic studies each cycle of cell division, a small fragment of telomeric by Hermann Mu¨ller (Nobel Prize 1945) working with DNA is lost from the end. After several rounds of the fruit fly (Drosophila melanogaster) and by Barbara division, telomeres eventually reach a critically short McClintock (Nobel Prize 1983) studying maize (Zea length, which activates the pathways for senescence and Mays) proposed the existence of a special structure at cell death (Hermann et al., 2001; Samper et al., 2001). the chromosome ends (Mu¨ller, 1938; McClintock, 1939). Uncovering the solution to the end-replication pro- This structure would have the essential role of protect- blem took several years of intense research.