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Bedford Stem Cell Research Foundation
bedford stem cell research foundation ||| The Potential for Miracles ||| Recent advances in stem cell research have raised the hope Founded in 1996, the Bedford Stem Cell of curing diseases once believed to be incurable: heart failure, spinal cord injury, diabetes, Alzheimer’s, Parkinson’s, Research Foundation is a biomedical AIDS. These diseases are the result of the death of specifi c types of cells, such as nerves and the cells in the pancreas institute that exists to conduct stem that produce insulin. For reasons that are not understood, cell and related research for diseases new cells do not automatically replace defective cells in some tissues such as spinal cord, brain and pancreas. and conditions that currently have no Other tissues, such as skin and blood, routinely replace effective methods of treatment or cure. dying cells with new cells recruited from reserve supplies that maintain the potential to become active and multiply when needed. [fi g 1] Such cells are called stem cells. Skin stem cells are examples of adult stem cells, so-called ||| The Foundation ||| because they can become only one type of tissue, e.g. skin. In contrast, cells from early embryos are pluripotent, that Bedford Stem Cell Research Foundation is at the forefront is, they have the potential to become all types of tissues. of stem cell and related research. Founded in 1996, the Experiments with laboratory mice have demonstrated that Foundation has an established community of scientists pluripotent stem cells can replace dead cells in all organs investigating stem cell therapies. Committed to conduct- including the heart, which does not have its own supply of ing ethical research, the Foundation relies on its Ethics stem cells. -
Before the Scientific and Medical Accountability
BEFORE THE SCIENTIFIC AND MEDICAL ACCOUNTABILITY STANDARDS WORKING GROUP OF THE INDEPENDENT CITIZENS' OVERSIGHT COMMITTEE TO THE CALIFORNIA INSTITUTE FOR REGENERATIVE MEDICINE ORGANIZED PURSUANT TO THE CALIFORNIA STEM CELL RESEARCH AND CURES ACT REGULAR MEETING LOCATION: AS INDICATED ON THE AGENDA DATE: JULY 24, 2013 10 A.M. REPORTER: BETH C. DRAIN, CSR CSR. NO. 7152 BRS FILE NO.: 94597 BARRISTERS' REPORTING SERVICE I N D E X ITEM DESCRIPTION PAGE NO. CALL TO ORDER 3 ROLL CALL 3 CONSIDERATION OF IMTERIM REGULATION REGARDING USE OF STEM CELL LINES PUBLIC COMMENT 2 160 S. OLD SPRINGS ROAD, SUITE 270, ANAHEIM, CALIFORNIA 92808 1-800-622-6092 1-714-444-4100 EMAIL: [email protected] BARRISTERS' REPORTING SERVICE 1 SAN FRANCISCO, CALIFORNIA; JULY 24, 2013 2 12 P.M. 3 4 DR. LOMAX: WHY DON'T WE START WITH ROLL. 5 IT'S ONLY ONE PERSON WHO'S RESPONDED THAT I KNOW IS 6 NOT HERE ON-SITE, BUT HOPEFULLY TED PETERS WILL BE 7 ARRIVING SHORTLY. 8 SHERRY LANSING. 9 MS. LANSING: HERE. 10 DR. LOMAX: BERNARD LO. 11 CHAIRMAN LO: HERE. 12 DR. LOMAX: JEFF BODKIN. 13 DR. BODKIN: HERE. 14 DR. LOMAX: MARCY FEIT. TIM KAMP. 15 DR. KAMP: YES. 16 DR. LOMAX: ANN KIESSLING. KEN OLDEN. 17 FRANCISCO PRIETO. 18 DR. PRIETO: HERE. 19 DR. LOMAX: TED PETERS. 20 DR. PETERS: TED PETERS IS HERE, YES, ON 21 THE PHONE. 22 DR. LOMAX: OH, TERRIFIC. DOROTHY 23 ROBERTS. 24 DR. ROBERTS: YES. I'M HERE ON THE PHONE. 25 DR. LOMAX: TERRIFIC. 3 160 S. OLD SPRINGS ROAD, SUITE 270, ANAHEIM, CALIFORNIA 92808 1-800-622-6092 1-714-444-4100 EMAIL: [email protected] BARRISTERS' REPORTING SERVICE 1 JEFF SHEEHY. -
The Bridge Between Science and the Future It Creates
Cell Stem Cell Resource Review Communicating Hope: the Bridge between Science and the Future It Creates The Stem Cell Hope: How Stem Cell Medicine Can Change Our Lives Alice Park New York, Hudson Street Press (2011) 336 pp., ISBN: 978-1-59463-078-1 Stem cells and hope. For those who place their futures in the perpetuation of biomedical research, these two constructs— stem cells and hope—have become nearly synonymous. For the scientific community, the potential for their work to be the basis of hope seems all too obvious. Science has long been the very vehicle by which society tackles its most pressing and perplexing challenges. It was Vannevar Bush, the first US presi- dential science advisor and the intellectual powerhouse behind the National Science Foundation, who championed the role that science would need to play in addressing broad social, the opponents’ court. Park notes that the Bush advisor Jay Lef- economic, and technological problems. However, it was also kowitz himself stated, ‘‘A lot of the conservative groups saw Vannevar Bush who stated, ‘‘A belief may be larger than this .a little bit as a surrogate for abortion.’’ Language that a fact,’’ and for stem cell research, this perceptive observation has framed the debate, such as ‘‘cloning,’’ ‘‘destruction,’’ made over 50 years ago has come to define the field. ‘‘fetus,’’ ‘‘abortion,’’ and ‘‘slippery slope,’’ is the very language Alice Park works to dispel some of the ‘‘belief-as-fact’’ pattern introduced and perpetuated by those who have no greater that has driven the social side of stem cell research in her book, interest in the field than to see its demise. -
Scientists Turn Skin Cells Into Motor Neurons in ALS Patients
Scientists Turn Skin Cells Into Motor Neurons in ALS Patients By Amanda Gardner HealthDay Reporter Thursday, July 31, 2008; 12:00 AM THURSDAY, July 31 (HealthDay News) -- Scientists have turned skin cells from patients with Lou Gehrig's disease into motor neurons that are genetically identical to the patients' own neurons. An unlimited number of these neurons can now be created and studied in the laboratory, a capability which should result in a better understanding of the disease and, one day, lead to new treatments or even the production of healthy cells that can replace the diseased ones. "The hope of some scientists is that they might be able to harness stem cells and program them to generate pluripotent stem cell lines [capable of differentiating into many different types of cells] which have the genes of patients," said Kevin Eggan, co-author of a paper appearing July 31 in the online version ofScience. "This would open up the possibility of producing a large supply of immune-matched cells to that patient that could be used in transplantation methodologies." "The other hope, and one that's much closer upon us . is if you could produce the cell types that become sick in that person, you might be able to use them in the laboratory to come to understand basic aspects of the disease and take the study of disease out of patients, where it's very difficult, and put it into the Petri dish," added Eggan, who is a principal faculty member at the Harvard Stem Cell Institute and spoke about the research at a teleconference Wednesday. -
Reopening Avenues for Attacking Amyotrophic Lateral Sclerosis 15 July 2016, by Hannah L
Reopening avenues for attacking amyotrophic lateral sclerosis 15 July 2016, by Hannah L. Robbins plays an important role in not only the nervous system, but also the blood and immune systems. "The point of our paper was to determine the function of this gene and what it normally helps to do in the body," said lead author Kevin Eggan, a professor in Harvard's Department of Stem Cell and Regenerative Biology (HSCRB) and an HSCI principal faculty member who has been studying ALS for more than a decade. According to Eggan, one way to better understand the gene is to catalog what is missing or goes awry when it is "knocked out," or inactivated. The scientists found that mice without a functional copy of the gene C9ORF72 had abnormally large spleens, livers, and lymph nodes, and got sick and In the murine spleen, lymphoid tissue (purple) is died. Mice with one working copy experienced responsible for launching an immune response to blood- similar but less severe changes. born antigens, while red pulp (pink) filters the blood. Mutations in the C9ORF72 gene, the most common mutation found in ALS patients, can inflame lymphoid "I realized immediately that the mouse knockout tissue and contribute to immune system dysfunction. had immune dysfunction," said Leonard Zon, a Credit: Dan Mordes, Eggan lab, Harvard Stem Cell professor in HSCRB, after seeing the preliminary Institute data at an informal presentation. The research team predicted that the gene mutation would affect neurons, but the finding that it Harvard Stem Cell Institute (HSCI) researchers at also inflamed other cells, namely those involved in Harvard University and the Broad Institute of autoimmunity, was "unexpected." With input from Harvard and MIT have found evidence that bone Zon and immunologist Luigi Notarangelo of Boston marrow transplantation may one day be beneficial Children's Hospital, the team decided to change to a subset of patients suffering from amyotrophic direction and further explore the gene's impact on lateral sclerosis (ALS), a fatal neurodegenerative the immune system. -
Unique Unique
UNIQUE UNIQUE (ju^'ni^k) A. adj. 1. Of which there is only one; one and no other; single, sole, solitary. 2. a. That is or forms the only one of its kind; having no like or equal; standing alone in comparison with others, freq. by reason of superior excellence; unequalled, unparalleled, unrivalled. Oxford English Dictionary HSCI is a unique scientific enterprise THE HARVARD STEM CELL INSTITUTE is a unique scientific enterprise; nowhere else in the world are as many leading scientists gathered together to specifically focus on what today is one of the most important basic question in the life sciences: What is the property that allows stem cells not only to differentiate into any cell type in the body, but also makes it possible for them to reprogram other cells? And perhaps as significant, the Harvard Stem Cell Institute is a unique scientific enterprise because it is dedicated to bringing the answers to these questions to patients’ bedsides in the form of new treatments for conditions such as Parkinson’s disease, heart disease, cancer, blindness, and even dementias. scientific enterprise 4 } For a relatively brief interval ... researchers are Researchers believe that in as little as a decade it research solely on an individual lab basis, HSCI has hand, HSCI has established two major disease In 2005 HSCI provided its first dozen seed grants, intoxicated with a mix of the newly discovered may be possible to use embryonic stem cells to established collaborative platforms with other programs, the Cancer Stem Cell Program and The totaling $1.8 million, to launch innovative work by and the imaginable unknown. -
Scientists Report a Breakthrough in Stem Cell Production Created Cells That Match Those in ALS Patient
THIS STORY HAS BEEN FORMATTED FOR EASY PRINTING Scientists report a breakthrough in stem cell production Created cells that match those in ALS patient By Carolyn Y. Johnson, Globe Staff | August 1, 2008 Reaching a milestone in stem cell research, scientists at Harvard and Columbia universities reported yesterday that they created the first stem cell lines from a sick person, then coaxed these cells to become nerve cells genetically matched to those that had gone bad in a patient's spinal cord. In a paper published online in the journal Science, the team claimed success at what researchers have long been racing to do: create in the laboratory a plentiful supply of cells that have the same genetic makeup as a patient with a particular disease. The work was done with patients suffering from ALS, or Lou Gehrig's disease, but the researchers said the same technique can be used to study many other genetic diseases. By comparing diseased cells to normal cells in a Petri dish, scientists hope to better understand what causes disease and test new drugs. A series of dramatic discoveries over the past two years has pushed stem cell science forward, so this advance was expected. Still, the scientists were thrilled to have accomplished a task that was a fundamental reason for doing stem cell research in the first place. "Since the cloning of Dolly the sheep and the first derivation of a human embryonic stem cell line by Jamie Thomson some 10 years ago, it's been the hope of scientists . to generate stem cell lines that have the genes of a patient," said Kevin Eggan, coauthor of the paper and a principal faculty member of the Harvard Stem Cell Institute. -
Analysis of Human Embryos from Zygote to Blastocyst Reveals Distinct Gene Expression Patterns Relative to the Mouse
Developmental Biology 375 (2013) 54–64 Contents lists available at SciVerse ScienceDirect Developmental Biology journal homepage: www.elsevier.com/locate/developmentalbiology Analysis of human embryos from zygote to blastocyst reveals distinct gene expression patterns relative to the mouse Kathy K. Niakan a,b,n, Kevin Eggan a,nn a The Howard Hughes Medical Institute, Harvard Stem Cell Institute and the Department of Stem Cell and Regenerative Biology, Harvard University, 7 Divinity Avenue, Cambridge, MA 02138, USA b Centre for Trophoblast Research, Department of Physiology, Development and Neuroscience, Anne McLaren Laboratory for Regenerative Medicine, University of Cambridge, West Forvie Building, Robinson Way, Cambridge CB2 0SZ, UK article info abstract Article history: Early mammalian embryogenesis is controlled by mechanisms governing the balance between Received 21 July 2012 pluripotency and differentiation. The expression of early lineage-specific genes can vary significantly Received in revised form between species, with implications for developmental control and stem cell derivation. However, the 29 November 2012 mechanisms involved in patterning the human embryo are still unclear. We analyzed the appearance Accepted 11 December 2012 and localization of lineage-specific transcription factors in staged preimplantation human embryos Available online 19 December 2012 from the zygote until the blastocyst. We observed that the pluripotency-associated transcription Keywords: factor OCT4 was initially expressed in 8-cell embryos at 3 days post-fertilization (dpf), and restricted to Human embryo the inner cell mass (ICM) in 128–256 cell blastocysts (6 dpf), approximately 2 days later than the Human embryonic stem cell derivation mouse. The trophectoderm (TE)-associated transcription factor CDX2 was upregulated in 5 dpf Primitive endoderm blastocysts and initially coincident with OCT4, indicating a lag in CDX2 initiation in the TE lineage, Epiblast progenitor Trophectoderm relative to the mouse. -
Stem-Cell Researchers Claim Embryo Labs Are Still a Necessity
Stem-Cell Researchers Claim Embryo Labs Are Still a Necessity January 4, 2008 The surveillance cameras and electronic locks are the only hints that a visitor has reached the border of a scientific frontier. Behind these laboratory doors a few blocks from Columbia University in Manhattan is a research enterprise quarantined by federal law because, for many people, it poses a moral hazard. A nonprofit foundation called Project ALS set up this privately funded lab -- the Jennifer Estess Laboratory for Stem Cell Research -- 18 months ago to allow scientists to circumvent federal restrictions on experiments with cells made from human embryos, often left over from commercial in vitro fertilization. Within its walls, researchers from Columbia, Harvard Medical School, the Salk Institute and others are studying embryonic cells in an effort to overcome an incurable fatal disease called amyotrophic lateral sclerosis, also known as Lou Gehrig's disease. Under extreme magnification, motor neurons derived from human embryonic stem cells reveal their structure. All nuclei are shown in blue; all neurons shown in red; nuclear proteins specific to motor neuron are shown in green and purple. The stem cells from which the neurons developed were made with human embryos created during in vitro fertilization treatment. The Estess lab is a modest outpost in a network of new state and private stem-cell biology labs that together command billions of dollars in nonfederal funds for research into how embryonic cells might one day reverse ALS and other conditions, such as leukemia, diabetes and Parkinson's disease. In November, stem-cell researchers in Japan and the U.S. -
ACNP 57Th Annual Meeting: Panels, Mini-Panels and Study Groups
www.nature.com/npp ABSTRACTS COLLECTION ACNP 57th Annual Meeting: Panels, Mini-Panels and Study Groups Sponsorship Statement: Publication of this supplement is sponsored by the ACNP. Individual contributor disclosures may be found within the abstracts. Asterisks in the author lists indicate presenter of the abstract at the annual meeting. https://doi.org/10.1038/s41386-018-0265-8 Panel experiments were performed in 8-10-week-old male or female mice on a C57 background. 1. Dissecting the Contributions of Dopamine D1 and D2 Results: We observed dendritic atrophy in NAc D1-MSNs but Receptor-Expressing Neurons in Behaviors Dysregulated in not D2-MSNs in CSDS susceptible mice (P < 0.001). mRNAs of RhoA Neuropsychiatric Illness pathway molecules were significantly altered in D1-MSNs of CSDS susceptible mice (P < 0.05). Genetic overexpression of WT-RhoA in D1-MSNs induced dendritic atrophy and a susceptible outcome to 1.1 Dichotomous Structural Adaptations in Nucleus SSDS (P < 0.01), while DN-RhoA in D1-MSNs restored dendritic Accumbens Neuron Subtypes Underlie Stress Susceptibility complexity and caused a resilient outcome to CSDS (P < 0.05) compared to eYFP controls. RhoA (WT) in D1-MSNs caused reduced time grooming in splash test of female mice, reduced Mary Kay Lobo sucrose preference in male mice, and enhanced time immobile in forced swim test of both sexes (P < 0.05). Increased Egr3, the RhoA University of Maryland School of Medicine, Baltimore, Maryland, transcriptional regulator, in D2-MSNs promotes stress resiliency (P United States < 0.05) by preventing D2-MSN enhanced density of mushroom spines that occurs in stress susceptible mice (P < 0.01), without Background: Ventral striatum (nucleus accumbens-NAc) medium altering dendritic arbor. -
BEDFORD STEM CELL RESEARCH FOUNDATION Massachusetts 501(C)(3) Not for Profit Organization P: 617-281-7902 E: [email protected] W
BEDFORD STEM CELL RESEARCH FOUNDATION Massachusetts 501(c)(3) not for profit organization P: 617-281-7902 E: [email protected] W: www.bedfordresearch.org The Testis: a source of stem cells for all men? Could the newly discovered “testis stem cells” be as versatile as embryonic stem cells? Bedford is launching a major research initiative to find out. A major barrier to progress in stem cell avoid the rejection that occurs if therapies is that, similar to organ transferred cells are not a perfect tissue transplantation, the body rejects cells match to the patient’s own cells. that are not a good match for the patient. Surprisingly, stem cells from testis may Dr. Martin Dym’s research team at $280k offer a solution. In 2008, a German team Georgetown University estimates reported that they successfully derived approximately 1 in 100,000 testis stem $250K pluripotent stem cells from adult mouse cells may be pluripotent. For several $200k testis. Because of their unique ability to decades, it has been known that sperm become any type of cell in the body, are abundantly produced (billions per $150k pluripotent stem cells hold the promise of week) in the adult male testis for life, cures to many conditions, from diabetes and that the sperm arise from “sperm $136k to spinal cord diseases. Then in 2009, stem cells” termed spermatogonia. two U.S. research teams discovered However, the new reports indicate that $100k pluripotent stem cells in human testis. in addition to the spermatogonia, there $50k are pluripotent stem cells in the testis. To If pluripotent stem follow up these exciting reports, Bedford $0 cells can be derived Research scientists have launched a new from every human research initiative to answer several testis, it could launch a important questions: (1) Can stem cells Mouse Testis new era in stem cell be derived from the testis of all men? Stem Cells research. -
Scientist I - Neurodegeneration
Title: Scientist I - Neurodegeneration About the Company QurAlis is specifically focused on discovering and developing new therapies for amyotrophic lateral sclerosis (ALS), the most common form of motor neuron disease. ALS is a devastating disease which causes rapid death of motor neurons leading to paralysis and an inaBility to speak and to breath, with an average life expectancy of only 3 years and an age of onset averaging at 55. Recent advances in DNA sequencing of patients show that ALS can Be caused By mutations in over 20 different genes and is actually a combination of multiple different sub-forms of the disease. ABout half the genes involved in ALS are also involved in frontotemporal dementia (FTD). It is therefore unlikely that all ALS patients can Be treated the same way. The QurAlis strategy is to go for ALS one gene at a time. We do this By using a transformative system in which cells from ALS patients are used to model the disease in a dish to identify new drugs. Two of the founders of QurAlis, Harvard professors Kevin Eggan and Clifford Woolf have pioneered this technology for ALS resulting in the discovery of a potential new ALS drug, EzogaBine, which has now been tested in a phase 2 clinical trial. QurAlis has developed 3 programs which will Bring new therapies to ALS patients. Learn more at http://www.quralis.com Summary of Position QurAlis is seeking a highly motivated Scientist who is a suBject matter expert in neurodegeneration and ALS to advance its cutting-edge discovery and screening efforts.