9:58
Dr Bruce Lipton Part 1/6 'Stem Cell Research & Genetics" "Conversations with Robyn'
Dr Bruce Lipton Part 1/6 'Stem Cell Research & Genetics" "Conversations with Robyn'
Bruce wrote "Biology of Belief" and is considered one of the pioneers in bridging science and spirituality.. He is also regarded as a leading voice of the new biology and began his scientific career as a cellular biologist. In this clip he talls a little about his journey and how a motor bike accident became a pivotal point of change in his life and introduced him to Kinesiology - muscle testing. His research at Stanford Universitys School of Medicine, between 1987 and 1992, revealed that the environment, operating though the membrane, controlled the behavior and physiology of the cell, turning genes on and off. His discoveries, which ran counter to the established scientific view that life is controlled by the genes, presaged one of todays most important fields of study, the science of epigenetics.
2:24
Gene therapy improves stem cell transplantation
Gene therapy improves stem cell transplantation
Dutch tv journal of 15 June 2006 about new method to prevent immune reactions after cell transplantation. Suicide genes form the basis of a strategy for making cancer cells more vulnerable, more sensitive to chemotherapy. The approach has been to attach parts of genes expressed in cancer cells to other genes for enzymes not found in mammals that can convert a harmless substance into one that is toxic to the tumor. Most suicide genes mediate this sensitivity by coding for viral or bacterial enzymes that convert an inactive drug into toxic antimetabolites that inhibit the synthesis of nucleic acid. Suicide genes must be introduced into cells in ways that ensure their uptake and expression by as many cancer cells as possible, while limiting their expression by normal cells. Suicide gene therapy for cancer requires the vector to have the capacity to discriminate between target and nontarget cells, between the cancer cells and normal cells. acute lymphocytic leukemia, acute myelogenous leukemia, acute nonlymphocytic leukemia, ALL, AML, ANLL, anemia, blast crisis, blasts, blood, bone marrow, cancer, chronic lymphocytic leukemia, chronic myelogenous leukemia, CLL, CML, erythrocytes, granulocytes, hematopoiesis, hematopoietic stem cells, leukocytes, lymphoid lineage, lymphoid stem cells, myelocytic leukemia, myeloid lineage, myeloid stem cells, platelets, red blood cells, RBCs, thrombocytopenia, white blood cells, WBCs, hairy cell leukemia, human T-cell leukemia, chemotherapy <b>...</b>
6:46
Stem Cell Research: Questions and Answers
Stem Cell Research: Questions and Answers
Stem cell research remains a hotly debated issue across our nation. Although the science is complex and the terminology evolving, the research evokes strong passions in people from all walks of life, encouraging us to hope for cures for dread diseases while requiring us to define who we are as human beings. When faced with such an important and controversial issue as stem cell research, we must step away from unsubstantiated hype and unfounded fear and carefully ask the right questions — questions that will be relevant not only for the techniques used today but also for the technology of tomorrow.
4:17
Stem Cell Implications for ALS (Amyotrophic Lateral Sclerosis)
Stem Cell Implications for ALS (Amyotrophic Lateral Sclerosis)
At Johns Hopkins, researchers and doctors are working together to explore the impact of stem technology on ALS. The Robert Packard Center for ALS Research at Johns Hopkins has helped uncover new genes for familial ALS, researched nerve repair, worked actively on genetic risk factors, developed a variety of animal models for testing therapies, explored ALS biology, advanced stem cell therapy, and researched ways to counter muscle atrophy.
108:48
Regenerative Medicine and Applications of Stem Cell Research
Regenerative Medicine and Applications of Stem Cell Research
(June 1, 2010) Renee Reijo Pera, Ph.D., and Professor Michael Longaker discuss the future of regenerative medicine and the promise that stem cell research holds for this field. During the final quarter of the Stanford Mini Med School, some of the most timely and important topics in contemporary medicine and the biosciences are addressed. Stanford Mini Med School is a series arranged and directed by Stanford's School of Medicine and presented by the Stanford Continuing Studies program. Stanford University: www.stanford.edu Stanford Medical School med.stanford.edu Stanford Continuing Studies: continuingstudies.stanford.edu Stanford University Channel on YouTube: www.youtube.com
3:44
Stem Cell Surprise for Tissue Regeneration
Stem Cell Surprise for Tissue Regeneration
Scientists working at the Carnegie Institutions Department of Embryology have overturned previous research that identified critical genes for making muscle stem cells. It turns out that the genes that make muscle stem cells in the embryo are surprisingly not needed in adult muscle stem cells to regenerate muscles after injury. The finding challenges the current course of research into muscular dystrophy, muscle injury, and regenerative medicine; it also favors using age-matched stem cells for therapy.
69:23
Stem Cell to T Cell: Molecular Anatomy of Commitment
Stem Cell to T Cell: Molecular Anatomy of Commitment
Air date: Wednesday, February 03, 2010, 3:00:00 PMCategory: Wednesday Afternoon Lectures Description: For blood stem cells to generate differentiated progeny, the multipotent cells must traverse a complicated decision tree to determine the pathways their development will take. We know something about the branching structure of these decision trees now. One major branch leads to red blood cell and platelet development, another to phagocytic cells and inflammatory cells, and another to many kinds of lymphocytes. We also know many of the molecular mediators that play important roles in the generation of particular blood cell types, both extracellular signals and transcription factors. However, for the most part characterization of each pathway to date has focused on a given blood cell type in isolation from the others, shedding light on the requirements for differentiation but not providing much insight into lineage choice itself. This gap in knowledge is a concern especially since multipotent cells that have not yet committed to a particular fate are suspended in a state of regulatory instability that is likely to be a hotspot for leukemic transformation. The early development of T cells provides a particularly clear opportunity to dissect the mechanisms that guide cells through a series of alternative fate decisions and into commitment. In this talk, we will discuss the role of Notch signaling in initiating the T-lineage gene expression program; the stepwise progress of <b>...</b>
4:17
Stem Cell Implications for ALS
Stem Cell Implications for ALS
At Johns Hopkins, researchers and doctors are working together to explore the impact of stem technology on ALS. The Robert Packard Center for ALS Research at Johns Hopkins has helped uncover new genes for familial ALS, researched nerve repair, worked actively on genetic risk factors, developed a variety of animal models for testing therapies, explored ALS biology, advanced stem cell therapy, and researched ways to counter muscle atrophy.
14:21
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (1 of 5)
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (1 of 5)
Promoting an excellent show! www.coasttocoastam.com Author and researcher Christian Wilde reported on alternative approaches to treating heart disease. In the third hour, he was joined by holistic expert Gabriel Cousens, MD, and raw food authority David Wolfe. Wilde noted that turmeric has been shown to have strong anti-inflammatory properties in the body, and the arteries in particular. A cardiac patient, Duane, appeared for a segment to tell of his miraculous recovery from severe heart damage. He participated in a trial at the Arizona Heart Institute, receiving a stem cell injection in his heart. After just a few days he began to feel better, and it was later observed that the damaged areas of his heart had been replaced by healthy cells. Cousens discussed the epidemic of diabetes in America, and reported that a "live food" diet can successfully treat the disease. Uncooked foods have a higher level of phytonutrients and stimulate anti-aging and anti-diabetes genes, while lowering blood pressure, he explained. Wolfe shared the latest news about super foods such as Goji berries, blue-green algae, and Cacao (the plant used to make chocolate). Eating less food can give a person more energy, he said, but that's why it's important to use super foods to pack in the heavy nutrition. My Heart Book by Christian Wilde www.abigon.com Gabriel Cousens, MD www.gabrielcousens.com *************** FAIR USE NOTICE **************** This Channel may contain uploaded videos with copyrighted <b>...</b>
14:38
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (2 of 5)
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (2 of 5)
Promoting an excellent show! www.coasttocoastam.com Author and researcher Christian Wilde reported on alternative approaches to treating heart disease. In the third hour, he was joined by holistic expert Gabriel Cousens, MD, and raw food authority David Wolfe. Wilde noted that turmeric has been shown to have strong anti-inflammatory properties in the body, and the arteries in particular. A cardiac patient, Duane, appeared for a segment to tell of his miraculous recovery from severe heart damage. He participated in a trial at the Arizona Heart Institute, receiving a stem cell injection in his heart. After just a few days he began to feel better, and it was later observed that the damaged areas of his heart had been replaced by healthy cells. Cousens discussed the epidemic of diabetes in America, and reported that a "live food" diet can successfully treat the disease. Uncooked foods have a higher level of phytonutrients and stimulate anti-aging and anti-diabetes genes, while lowering blood pressure, he explained. Wolfe shared the latest news about super foods such as Goji berries, blue-green algae, and Cacao (the plant used to make chocolate). Eating less food can give a person more energy, he said, but that's why it's important to use super foods to pack in the heavy nutrition. *************** FAIR USE NOTICE **************** This Channel may contain uploaded videos with copyrighted material the use of which has not always been specifically authorized by the copyright <b>...</b>
14:08
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (3 of 5)
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (3 of 5)
Promoting an excellent show! www.coasttocoastam.com Author and researcher Christian Wilde reported on alternative approaches to treating heart disease. In the third hour, he was joined by holistic expert Gabriel Cousens, MD, and raw food authority David Wolfe. Wilde noted that turmeric has been shown to have strong anti-inflammatory properties in the body, and the arteries in particular. A cardiac patient, Duane, appeared for a segment to tell of his miraculous recovery from severe heart damage. He participated in a trial at the Arizona Heart Institute, receiving a stem cell injection in his heart. After just a few days he began to feel better, and it was later observed that the damaged areas of his heart had been replaced by healthy cells. Cousens discussed the epidemic of diabetes in America, and reported that a "live food" diet can successfully treat the disease. Uncooked foods have a higher level of phytonutrients and stimulate anti-aging and anti-diabetes genes, while lowering blood pressure, he explained. Wolfe shared the latest news about super foods such as Goji berries, blue-green algae, and Cacao (the plant used to make chocolate). Eating less food can give a person more energy, he said, but that's why it's important to use super foods to pack in the heavy nutrition. *************** FAIR USE NOTICE **************** This Channel may contain uploaded videos with copyrighted material the use of which has not always been specifically authorized by the copyright <b>...</b>
14:53
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (4 of 5)
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (4 of 5)
Promoting an excellent show! www.coasttocoastam.com Author and researcher Christian Wilde reported on alternative approaches to treating heart disease. In the third hour, he was joined by holistic expert Gabriel Cousens, MD, and raw food authority David Wolfe. Wilde noted that turmeric has been shown to have strong anti-inflammatory properties in the body, and the arteries in particular. A cardiac patient, Duane, appeared for a segment to tell of his miraculous recovery from severe heart damage. He participated in a trial at the Arizona Heart Institute, receiving a stem cell injection in his heart. After just a few days he began to feel better, and it was later observed that the damaged areas of his heart had been replaced by healthy cells. Cousens discussed the epidemic of diabetes in America, and reported that a "live food" diet can successfully treat the disease. Uncooked foods have a higher level of phytonutrients and stimulate anti-aging and anti-diabetes genes, while lowering blood pressure, he explained. Wolfe shared the latest news about super foods such as Goji berries, blue-green algae, and Cacao (the plant used to make chocolate). Eating less food can give a person more energy, he said, but that's why it's important to use super foods to pack in the heavy nutrition. *************** FAIR USE NOTICE **************** This Channel may contain uploaded videos with copyrighted material the use of which has not always been specifically authorized by the copyright <b>...</b>
14:45
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (5 of 5)
Stem Cell Research & Alternative Health Special - C2C- 7 Aug. 2008 (5 of 5)
Promoting an excellent show! www.coasttocoastam.com Author and researcher Christian Wilde reported on alternative approaches to treating heart disease. In the third hour, he was joined by holistic expert Gabriel Cousens, MD, and raw food authority David Wolfe. Wilde noted that turmeric has been shown to have strong anti-inflammatory properties in the body, and the arteries in particular. A cardiac patient, Duane, appeared for a segment to tell of his miraculous recovery from severe heart damage. He participated in a trial at the Arizona Heart Institute, receiving a stem cell injection in his heart. After just a few days he began to feel better, and it was later observed that the damaged areas of his heart had been replaced by healthy cells. Cousens discussed the epidemic of diabetes in America, and reported that a "live food" diet can successfully treat the disease. Uncooked foods have a higher level of phytonutrients and stimulate anti-aging and anti-diabetes genes, while lowering blood pressure, he explained. Wolfe shared the latest news about super foods such as Goji berries, blue-green algae, and Cacao (the plant used to make chocolate). Eating less food can give a person more energy, he said, but that's why it's important to use super foods to pack in the heavy nutrition. *************** FAIR USE NOTICE **************** This Channel may contain uploaded videos with copyrighted material the use of which has not always been specifically authorized by the copyright <b>...</b>
6:35
Stem Cell Possibilities in Autism Research
Stem Cell Possibilities in Autism Research
Dr. Ricardo Dolmetsch and his colleagues have generated stem cells from children with autism allowing them to study how the brain develops in children with ASD. We accept comments in the spirit of our comment policy: www.nimh.nih.gov NIMH Privacy Policy: www.nimh.nih.gov
41:05
Professor Alan Trounson - World focus on stem cell research
Professor Alan Trounson - World focus on stem cell research
Professor Trounson's presentation focuses on how stem cell research has the potential to yield groundbreaking new tools to understand and develop therapies for CP and related brain disorders. He also discusses the challenging nature of the research and its high risk to investigators which in many cases requires novel interdisciplinary collaborations and an increased focus on translations. Professor Alan Trounson is President of the California Institute for Regenerative Medicine (CIRM) in California, the state's $3 billion stem cell agency. He is a pioneer of human IVF and associated reproductive technologies including diagnosis of inherited genetic disease in pre-implantation embryos, and the discovery and production of human embryonic stem cells and their directed differentiation into a range of cell and tissue types.

