Stem Cells in Focus Webcasts

The ISSCR is pleased to announce original programming on the ISSCR Connect Public Channel. Our "Stem Cells in Focus" webcasts explore topics of interest to the public with the help of leading stem cell scientists and clinicians. Programs are free and require the creation of an account on the ISSCR Connect portal. 

On Demand Webcasts

Title: Understanding the clinical use of "MSCs"

Dr. Megan Munsie, Head - Education, Ethics, Law & Community Awareness Unit, Stem Cells Australia and The University of Melbourne

Dr. Mark Young, Mater Medical Research, University of Queensland and Queensland Institute of Technology

Stemming Vision Loss: Seeing Is Believing

Dr. Peter Coffey, Head of Ocular Biology and Therapeutics at University College London's Institute of Ophthalmology and the Co-Executive Director of Translation at the University California Santa Barbara’s Center for Stem Cell Biology and Engineering

Dr. Coffey is the principal author and co-author of two landmark papers demonstrating the use of human cells to halt visual deterioration in models of age-related macular degeneration. His achievements include the launch of the London Project to Cure Blindness, which aims to develop a stem cell therapy for the majority of all types of age-related macular degeneration, seminal work on retinal transplantation. 

Prof. Coffey has received many honors and awards, including the prestigious Estelle Doheny Living Tribute Award in 2009, Retinitis Pigmentosa International's Vision Award in 2009, the CIRM Leadership Award in 2010, and the New York Stem Cell Foundation Roberston Prize in 2011.

To watch this free webinar, go to LOGIN NOW and sign in or sign up. 

Regenerative Medicine and the Eye – A Series with Dr. Brian Ballios

University of Toronto

Part 1 – Regenerative Medicine and the Eye: 
Retinal Degeneration – The Problem

An exploration of a variety of diseases that affect the visual function of the light-sensitive tissue of the eye - the retina - and the challenges they pose for our current approaches to therapy.

Part 2 - Regenerative Medicine and the Eye:
Repairing the Retina with Stem Cells – The Advances and Challenges

Dr. Ballios discusses the ways in which scientists are applying stem cells to regenerate and repair the light-sensitive tissue of the eye – the retina – and the promising advances and challenges ahead.

Part 3 - Regenerative Medicine and the Eye:
Clinical Trials – The Future

Dr. Ballios discusses some of the clinical trials in which stem cell-derived therapies are being applied to regenerate and repair the light-sensitive tissue of the eye – the retina.

Regenerative Medicine for Multiple Sclerosis

Dr. Paul Tesar, Case Western Reserve University

Multiple sclerosis (MS) affects about 2.3 million people worldwide and is thought to be caused by an immune system-mediated attack on the body that damages the insulation around the nerves, known as myelin, and the cells that produce it, known as oligodendrocytes. Dr. Paul Tesar and his research team have developed a novel method to identify drugs that can stimulate stem cells to form new oligodendrocytes and form new insulation (myelin). Join us for this live webcast to hear Dr. Tesar talk about his latest research.
Dr. Paul Tesar is the recipient of the 2015 ISSCR Outstanding Young Investigator Award.

Regenerative Medicine Efforts for Wounded Warriors

Dr. Anthony Atala, Wake Forest University Institute for Regenerative Medicine

Regenerative medicine, the process of replacing dead or damaged tissues to restore normal function, was once thought to be science fiction. A team of researchers at the Wake Forest Institute for Regenerative Medicine, led by Dr. Anthony Atala, are working to turn science fiction into science fact. Please join us for this live webcast as Dr. Atala presents some of the latest advances in regenerative medicine.

Genetic Modifications in Humans:
The Scientific Methods, Medical Applications and Ethical Implications

Dr. George Daley, Boston Children's Hospital
Timothy Caulfield, University of Alberta

It has been just over a half-century since the structure of DNA was solved. In the intervening years, advances in the technology used to analyze and manipulate DNA have led to scientific breakthroughs that have significantly and rapidly advanced how we understand and treat human disease. It is now possible to edit genes in humans, a strategy that is currently being tested in clinical trials as an approach to fight diseases such as HIV and cancer. There have been recent questions raised on whether this technology can and should be used to modify the inheritable DNA in human sperm, eggs or early embryos. Dr. George Daley, Boston Children’s Hospital, and Timothy Caulfield, University of Alberta, discuss the scientific and medical applications, as well as the social and legal implications.

A Series with Dr. Brian J. Abraham

Whitehead Institute for Biomedical Research

Part 1 - From Genes to Characters: 
How Stem Cells Act Out Roles to Form the Human Body

An exploration of how your DNA is interpreted by stem cells as they develop and become key components of the human body.

Part 2 - Swapping Identities:
Reprogramming Cells to do the Jobs Your Body Needs

We look at how to exploit cells' normal identity-controlling machinery to change their roles, thus making cells that can treat disease.

Part 3 - Cells that Heal: 
How Reprogramming Identities Can Treat Diseases

A tour of some ways stem cells are used as therapies.

Part 4 - Cells that Heal: 
Ethical Considerations for Stem Cell Research

An exploration of the ethical and regulatory questions that often surround stem cell research.

From Mice to Medicine

Dr. Leonard Zon, Boston Children's Hospital
Dr. Heather Rooke, The International Society for Stem Cell Research

Early experiments in fruit flies and fish and mice can seem so far away from any meaningful clinical application, but this basic research is the foundation on which important medical discoveries are built.

The Science of Regenerative Medicine

Ben Paylor, Canadian Stem Cell Network

The ISSCR celebrates Stem Cell Awareness Day, October 8, with a talk by Ben Paylor, exploring the basics of stem cell biology and including three StemCellShorts, voiced by stem cell experts Drs. Jim Till, Janet Rossant and Mick Bhatia, as well as a question and answer period.

Connecting Genetics and Heart Disease

Chad Cowan, Ph.D., Harvard University, Massachusetts General Hospital

Scientists know that a person’s genetic makeup contributes to the likelihood of their having a heart attack, but there has remained a gap between their knowledge of genetic indicators and medicine. Harvard scientist Chad Cowan is trying to bridge that gap using stem cell research to learn how genetic factors influence cholesterol levels in the blood.

Treating Vision Loss with Stem Cells

Robin Ali, Ph.D., University College London, United Kingdom

There is a good precedent for using stem cell therapy to repair eye damage. Transplanting corneal stem cells to repair chemical burns of the cornea has been very successful in restoring vision. But the retina – a multi-layered neural network – is a much more complicated structure, so repairing it poses greater challenges. Hear from Prof. Ali about the latest advances his lab is making to treat disease of the retina using stem cells.

Disease Modeling with iPS Cells: Diseases in a Dish Explained

Kevin Eggan, Ph.D., Harvard Stem Cell Institute, USA

Stem cell research is revolutionizing the way we can study human diseases. Using a technology called "induced pluripotent stem cells" (or iPS cells), scientists can turn a patent's own cells into embryonic-like stem cells and then use those cells to model diseases outside of the body. During this live public webcast, Dr. Kevin Eggan from the Harvard Stem Cell Institute will describe how he is using this method to study neurological and psychiatric conditions such as amyotrophic lateral sclerosis (ALS) and schizophrenia.
Deepak Srivastava, MD

An Introduction to Endogenous Heart Repair

Deepak Srivastava, MD, Gladstone Institutes, USA

Millions of people suffer from heart attacks each year, and survivors face an increased risk of chronic heart failure due to scarring. Stem cell scientists like Dr. Deepak Srivastava are researching ways to regenerate heart tissue and restore function – a process called endogenous (or “self”) repair. Learn more about the research and its potential in this webcast.
International Society for Stem Cell Research
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