Page 7«..6789

Category Archives: North Carolina Stem Cells

Cary NC Stem Cell Treatment | Cary North Carolina Cancer …

Posted: November 16, 2016 at 3:44 pm

Cary NC Stem Cell Treatment | 1.800.872.0222

A Cary North Carolina stem cell treatment is a cutting edge medical therapy in which specific diseases or injuries are treated by introducing various types of stem cells into damaged tissue. The most extensively used Cary NC stem cell treatment therapy is the transfusion of bone marrow from one patient to another to fight conditions such as leukemia and lymphoma. This type of Cary North Carolina stem cell treatment allows the recipient to regenerate their immune system and fight of the cancer. In the last few decades, physicians have discovered numerous types of stem cells and many new and promising advances in medical treatments.

Local Cell Treatment Cary NC Click Here

Stem cells can be taken from a variety of sources including bone marrow cells, autologous adipose cells, and umbilical cord cells. Each type of cell is useful in a Cary North Carolina stem cell treatment that targets different types of conditions. Stem cells have unique properties that allow them to be used in a Cary NC stem cell treatment primarily that they can reproduce other stem cells and are precursor cells which have the ability to change into several other different types of cells. Stem cell therapy can literally allow the body to regenerate nerves and other cell types that were previously thought unrepeatable.

Physicians can perform a Cary NC stem cell treatment in which stem cells are injected into the brain and become progenitor cells which can grow into new brain tissue and repair parts of the brain that have been damaged by Parkinsons or Alzheimers disease. Significant recovery in adults after this type of Cary North Carolina stem cell treatment is limited. Cary NC stem cell treatment has proven more affective in treatment of intra-cranial tumors in humans and in canines.

Stem Cell Clinics Cary NC Click Here

The potential of any particular Cary North Carolina stem cell treatment to result in the regeneration of lost tissue has led to great advancements in the treatment of spinal cord injuries. In Korea, a woman treated with a Cary NC stem cell treatment in which umbilical cord stem cells were transplanted into her spinal cord. After the stem treatment, she was able to walk with difficulty after nineteen years. Lab mice with similar injuries were given the same Cary North Carolina stem cell treatment and were again able to move on their own within four months of the Cary NC stem cell treatment. Such a Cary North Carolina stem cell treatment could be used to treat muscular dystrophy, or Lou Gehrigs disease.

In most of the world, physicians use a Cary North Carolina stem cell treatment involving the injection of bone marrow stem cells into the patient to treat heart disease and repair the damage done to the patient by myocardial infarction. Research has shown the potential for many forms of Cary NC stem cell treatment to repair tissue and replace it with new cells instead of scar tissue promising an eventual Cary North Carolina stem cell treatment for scar-less wound regeneration. Scientists have proposed a Cary NC stem cell treatment to repair the corneal tissues of the eye to cure blindness and the damaged tissue in the ear. The more research that is done into the uses of the Cary North Carolina stem cell treatment, the more it promises to hold the answer to treatment of such diseases as Crohnss disease, and autism. Physicians are even working on a Cary NC stem cell treatment to cure baldness or tooth loss.

Stem Cell Treatment Center Cary North Carolina Click Here

Cary North Carolina Stem Cell Treatment | 1.800.872.0222

Read more:
Cary NC Stem Cell Treatment | Cary North Carolina Cancer ...

Posted in North Carolina Stem Cells | Comments Off on Cary NC Stem Cell Treatment | Cary North Carolina Cancer …

Cato – Research Triangle Park, Durham, North Carolina

Posted: August 21, 2016 at 6:50 pm

Cato Research (CATO) is an international regulatory and clinical contract research organization (CRO) that has been delivering successful outcomes for its clients for more than 27 years. Through highly qualified and experienced personnel located in offices across North America, Europe, Israel, and South Africa, supported by strategic alliances with selected regional CROs, CATO offers tried-and-trusted international coverage.

CATO has the advantage of integrated regulatory, clinical, and scientific expertise. Our highly talented and experienced international team offers services from preclinical through IND (or equivalent), clinical development, and marketing approval to Phase 4 postmarketing research. Our track record includes successes across many different health products, including drugs, biologics, vaccines, cell therapies (including stem cells), nutriceuticals, medical foods, devices, and diagnostics. In terms of diseases and indications, in more than 27 years of operation, CATO has been involved in a wide variety of projects with a dominant focus in oncology, neurology/CNS, and orphan drug indications. This experience includes leadership of, and involvement in some of the most challenging and innovative products.

2016 Cato Research. All rights reserved.

Read this article:
Cato - Research Triangle Park, Durham, North Carolina

Posted in North Carolina Stem Cells | Comments Off on Cato – Research Triangle Park, Durham, North Carolina

Biotechnology Teacher Resources Online | North Carolina …

Posted: August 19, 2016 at 2:48 am

Animal Biotechnology: The Movie

Animal Biotechnology and Genomics is a half-hour movie on various topics related to animal biotechnology. Accompanying fact sheets are provided.

APSnet: K-12 Plant Pathways to Science is intended to assist teachers develop interactive laboratories and demonstrations that teach the basic principles of science and scientific method. The site includes an Illustrated Glossary of Plant Pathology with pronunciation guides.

The Bioinformatics in Motion Project is a library of interactive animations for teaching high-level bioinformatics algorithms and application.

BioInteractiveis an interactive database of free resources for educators from HHMI. Search by topic and type of material to find animations, videos, classroom resource materials and more on many different health and basic science topics.

The National Science Digital Library is the nation's online portal for education and research on learning in Science, Technology, Engineering, and Mathematics with resources for K-12 students.

This section of theCBC Digital Archives includes archived clips of radio and television programs on biotechnology topics.

Discovery Education, the Institute of Food Technologists (IFT), and the IFT Foundation have partnered to develop this unique program, designed to introduce high school students, teachers, counselors, and parents to the remarkable world of food science and technology, and the exciting career opportunities in the field.

DNA From the Beginning is an "animated primer that covers 75 experiments that made modern genetics. Each chapter is self-contained, and they cover a wide range of topics related to genetics. Each of the 75 experiments explains the background, provides animations, galleries, videos and interactive elements.

DNA Interactive contains multimedia presentations on DNA, gene manipulation, the human genome, applications and the history of genetics. The DNAi Teacher Guide provides 15 downloadable lesson plans.

The DNA Television Series and accompanying web episodes and lesson plans are a valuable resource for teachers and students about the general history and applications of DNA.

The DNA Learning Center provides links to websites that focus on both genes and DNA. From the beginning of DNA, to the history of corn, to the insides of cancer, each site contains animated pictures that help students grasp the concepts.

Learn.Genetics provides educational materials on genetics, bioscience and health topics.

GetBiotechSmart contains videos and lesson plans for teachers around topics of plant biotechnology. The site also provides information about the Excellence in Biotechnology Education Grant, sponsored by the United Soybean Board.

Greenomes provides laboratory and bioinformatics exercises to introduce students to modern plant genetics and genome research.

The Harvest of Fear website is designed to accompany the PBS Nova program "Harvest of Fear." It contains a variety of stand-alone information and interactive activies to learn about genetically modified food.

Heal, Feed, Sustain is a 24-minute video that follows three students as they travel to three North Carolina companies to learn about biotechnology. It also features a free teacher guide with seven student activities, activity extensions, a curriculum connection matrix and more background information about biotechnology.

K8 Science is a multimedia resource that includes information , lesson plans and slide sets on scientific topics related to current events.

The Marian Koshland Science Museum of the National Academy of Sciences provides a multimedia tour of various museum exhibits with links to activities and lessons that describe applications of DNA technology.

Graphics teach what a microarray is and how these tools can be employed to simultaneously measure changes in gene expression across the genome of an organism.Students can conduct two different virtual experiments, one measuring changes in gene expression in yeast, and another which measures the effect of a bronchoconstrictor drug on gene expression in asthmatic and non-asthmatic mice.Along the way students learn about experimental design, how microarrays measure changes in gene expression, and methods of data analysis.This resource is geared primarily toward advanced high school and college students.

All of the lessons in this video library have been contributed by BLOSSOMS partners from around the world, including educators from MIT and institutions in Jordan, Pakistan, and other partnering countries. Each lesson includes Teacher Guides and other resource materials, and the site is searchable by education standards.

Molecular Movies presents an organized directory of cell and molecular animations.

Nanomedicine Explorer is a virtual exhibit dedicated to cancer nanomedicine.

NCLT provides a portal to educational resources that are meant to serve students, teachers, faculty, researchers, parents and professionals who are engaged in the learning, teaching, research & development of nanotechnology. NCLT is an NSF-sponsored program.

The Teacher Center provides a wide variety of information and resources for teachers, including lesson plans, state by state facts, and much more. National Agriculture in the Classroom isalso the publisher of an E-zine for educators called AgroWorld.

Over 400 peer-reviewed case studies are provided in a searchable database for use in the science classroom. A majority are written by science faculty from the U.S. and Canada, and teaching notes are provided.

Lab TV provides two seasons of webisodes that demonstrate research coming out of Department of Defense labs. Also, from the same website, click on Personal Stories to hear about careers in science and engineering.

The National Nanotechnology Infrastructure Network (NNIN) provides resources, programs, and materials to enhance an individuals knowledge of nanoscale science and engineering and its application to real-world issues. The network is made up of nanotechnology facilities at universities around the country.

The NIGMS provides e-publications, interactive online quizzes and puzzles, posters, fact sheets and curriculum supplements from this Science Education website.

Nova science Now provides text, video, and multimedia content from the PBS Nova TV series.

The UK-based Nuffield Council on Bioethics provides an Education page with teaching resources on five main topics: biofuels, personalized healthcare, dementia, forensics, and research animals.

PBS LearningMedia is a digital media service for educational use from public broadcasting and its partners. It provides free, instant access to the best of public media , including videos, interactives, audio, photos, and in-depth lesson plans.

PlantingScience is a learning and research resource, bringing together students, plant scientists, and teachers from across the nation. Students engage in hands-on plant investigations, working with peers and scientist mentors to build collaborations and to improve their understanding of science. A few open lesson plans are available in addition to the mentoring resources.

Science 360 is a site dedicated to scientific information. The Biotechnology Series is made up of three educational programs. The program topics covered are designer foods, genetic engineering, and stem cells demystified. Each program contains a video, lesson links, resources for teachers and students, and key vocabulary lists.

ScienceDaily Biotechnology features a collection of videos meant to supplement text articles written for an adult audience.

HHMI provides a list of short video interviews with scientists about their various career paths. There are more than 70 videos available "On Becoming a Scientist".

With funding from the Pfizer Foundation and the National Academy of Sciences, Virginia Commonwealth University has assembled more than 50 of the best videos from the public television series, Secrets of the Sequence to assist teachers in the application of genetic research across the biology curriculum. Each 8-10 minute video addresses a particular topic and is accompanied by classroom-tested lesson plans.

Stem Cell Resources contains information on tissue engineering, cloning, stem cell research and therapeutics, and ethical considerations.

Sumanas Animation contains animations showing the science behind stem cells, immunohistochemistry, DNA chip technology, in vitro fertilization, and pregnancy and paternity tests.

Teachers TryScience is a web site for teachers. This site provides free and engaging lessons, along with teaching strategies and resources, which are designed to spark students interest in science, technology, engineering and math (STEM). The site also provides collaboration tools for teachers to discuss and share effective instructional practices.

DNA Files contains high-quality recordings of radio programs on genetics, genetically-modified foods, gene therapy, biotechnology, transgenics, and more.

The Secret Life of Scientists and Engineers provides fun, interactive resources for kids of all ages, including videos that profile real scientists and their work. Students can send questions to the scientists featured. More than 30 profiles are available on the site.

The Strange New World of Nanoscience is an introductory video on Nanotechnology. The film was winner of the Best Short Film at the Scinema Science film festival 2010.

Understanding the Human Genome Project contains downloadable combinations of videos, discussion questions, and lesson plans on human genetics, genome sequencing, bioinformatics, variation and human history as well as ethical, legal, and social implications.

"What's for Lunch?" is a short, student-oriented video documentary on issues related to genetically-modified foods.

View original post here:
Biotechnology Teacher Resources Online | North Carolina ...

Posted in North Carolina Stem Cells | Comments Off on Biotechnology Teacher Resources Online | North Carolina …

Stem Cell Research in North Carolina … Whats Really …

Posted: August 5, 2016 at 10:57 pm

Should North Carolina expand state funding of stem cell research? Sufferers of Parkinsons disease, juvenile diabetes and other chronic diseases hope the state does so, just as they hope that embryonic stem cell (ESC) research will find a cure for their diseases. Spurred on by the fear that a failure to provide state funds would end research efforts, stem cell supporters have been pressing their case with legislators since last summer. These efforts have paid off. Earlier this year, HB 1837, The Stem Cell Research Health and Wellness Act, was introduced in the North Carolina General Assembly by Representative Earl Jones (D-Guilford) and three other legislators, including Republican Jim Gulley of Mecklenburg. The legislation would allocate $10 million to nonprofit organizations conducting stem cell research and includes specific provisions that regulate embryonic stem cell research in North Carolina.

Stem Cell Research in North Carolina. While proponents of stem cell research seem to believe that state funding is essential to their cause, the reality is that several higher educational institutions in North Carolina are already involved in ESC research. In March 2005, the Fiscal Research Division of the General Assembly conducted an informal e-mail survey of North Carolinas public and private universities. The table lists the responses. Over the last several weeks, the Civitas Institute has made efforts to update these figures for 2007. Institutions were requested to provide information regarding: (1) number of ongoing stem cell research projects; (2) type of research; and (3) dollar value of all campus-based stem cell research. The results were surprising and often contradictory.

What Does it Mean? This data is far from complete. Additional information is needed from UNC and ECU. Still, the findings reveal that several universities in North Carolina are already actively involved in stem cell research programs. In 2005, North Carolina institutions reported $8.3 million in campus-based stem cell research projects. Two years later, Wake Forest University alone reported $10 million in research support. The inclusion of stem cell projects at Duke University which likely exceeds several million dollars would push the total value of research well past the $10 million figure. Stem cell proponents might contend that these figures largely represent private investment in stem cell research. Insofar as that is true, it proves that state funding is not necessary for stem cell research to continue in North Carolina. Moreover, this data also shows that the state is already, at least indirectly, supporting embryonic research. Research projects at private universities, as well as privately funded projects at public institutions, benefit from various forms of public support, such as taxpayer dollars used to pay for faculty salaries, staff support, laboratories, physical plant and office costs. Inclusion of these costs would significantly increase total research funding and reflect significant public subsidies for such efforts.

Funding ESC Research: Promise or Peril? Finally, while HB 1837 is ostensibly dedicated to funding all kinds of stem cell research, committee hearings on the legislation have made it clear that supporters want the state to begin funding ESC research in particular.

HB 1837 proponents point to the potential benefits of alleviating the difficult economic and psychological burdens associated with long-term chronic diseases like Alzheimers or Parkinsons in order to justify state funding for ESC research. The actual results, however, have been less than promising. Many problems continue to plague ESC research. One of the most significant is genetic incompatibility. The injection of embryonic stem cells into a patient often results in the formation of tumors that cause the body to reject the foreign cells. By contrast, because adult stem cells are part of the natural repair system of the body, adult stem cells are safer and have lower rates of rejection. Moreover, if ESC is so promising, why has there not been one clinical embryonic trial published in a peer-reviewed journal? Also, why has every therapeutic use for stem cells developed to date involved not embryonic stem cells but adult stem cells?

Adult Stem Cells. One area of stem cell research that has produced promising results is that of adult stem cells (ASC). Unlike ESC, which must be derived from human embryos, ASCs are readily available from every tissue (whether blood, bone, muscle or fat) of the body. Most important, harvesting ASCs does not require destruction of the donor from whom the cells are obtained. These advantages have produced encouraging research results. Recent medical studies document that ASCs are better suited for treating many diseases, including heart conditions. Scientists are also using stem cells derived from umbilical cords to treat leukemia and other conditions. Researchers have likewise found that adult stem cells can develop into most if not, all tissues in the body, a characteristic scientists refer to as pluripotent. Previously, only ESCs were thought to be pluripotent.

Amniotic Fluid-derived Stem Cells. Other promising research is being pioneered by Dr. Anthony Atala of the Institute of Regenerative Medicine at Wake Forest University. His work involves developing a new source for stem cells, one that does not require the destruction of human life and that may have the capability to treat numerous conditions and diseases. The new stem cells are called amniotic fluid-derived stem cells (AFS). AFS cells are easily collected and, like ASC, are also pluripotent. AFS cells can be grown in large quantities and have the advantage of producing no tumors. Atalas research has produced very encouraging results. According to an Institute for Regenerative Medicine press release, AFS cells have been used to create muscle, bone, fat, blood vessel and liver cells in the laboratory. These findings have attracted considerable attention from other scientists and also brought in significant research dollars.

Conclusion. Adult stem cell research holds great promise for curing chronic diseases. Similarly, other forms of stem cell research for instance, Atalas pioneering work at Wake Forest University proves that ethical research is not only more successful but for that very reason is attracting private investment. The General Assembly would do well to consider these findings and realize that HB 1837 is a step in the wrong direction.

Read more here:
Stem Cell Research in North Carolina ... Whats Really ...

Posted in North Carolina Stem Cells | Comments Off on Stem Cell Research in North Carolina … Whats Really …

JCI – Type 2 alveolar cells are stem cells in adult lung

Posted: October 19, 2015 at 5:49 pm

Posted in North Carolina Stem Cells | Comments Off on JCI – Type 2 alveolar cells are stem cells in adult lung

Cary North Carolina Stem Cell Research | Cary NC Stem Cell …

Posted: July 2, 2015 at 12:55 am

Cary NC Stem Cell Research is a complex and beneficial science using stem cells in a lab environment to better understand how normal human development works, and also to look for and develop new treatments for a wide range of human ailments. Cary North Carolina Stem Cell Research involves two types of stem cells, classified as either embryonic stem cells or adult stem cells, which are used according to the type of Cary NC Stem Cell Research that is desired.

Embryonic stem cells are derived from pre-embryos, called blstocysts, approximately three to five days old. They are created specifically for fertilization treatments in the Cary North Carolina Stem Cell Research lab, will not be used to start a pregnancy, and will be discarded if not used for research. Doctors use in-vitro fertilization to create an embryo in a culture dish, which after three to five days becomes a blstocysts. Cary NC Stem Cell Research lab technicians then extract the inner cell mass from the blstocysts, which is used to derive embryonic stem cells in the Cary North Carolina Stem Cell Research facility.Embryonic stem cells are classified as pluripotent.

This means they can develop into any type of cell in a fully developed human body. It should be noted that embryonic stem cells cant develop into placenta or umbilical cord tissues, but they do appear to be able to develop into any other type of cell in a human body. What is so important about embryonic Cary NC Stem Cell Research is that it enables very flexible research, as the stem cells can be grown into any type of cell needing to be researched, at any time, at the Cary North Carolina Stem Cell Research facility. This makes for more efficient and more productive stem call research, promising a faster path to cures for ailments that devastate humanity. Cary NC Stem Cell Research cannot use adult stem cells to generate just any desired tissues since they are already programmed. They are quite useful nonetheless, and Cary North Carolina Stem Cell Research doctors have identified caches of adult stem cells in several tissues of the human body.

Cary NC Stem Cell Research in general has been able to make some wonderful advancement and create excellent treatments using adult stem cells. But there are limitations to doing Cary North Carolina Stem Cell Research using "only" adult stem cells. Adult stem cells are able to give rise to related kinds of cells in their home tissues, but for example Kidney stem cells cannot generate heart cells, and liver stem cells cannot generate brain cells.

A great deal of Cary NC Stem Cell Research remains to be done, and at this point Cary North Carolina Stem Cell Research doctors have developed a technique for getting an adult stem cell to behave similar to an embryonic stem cell. This specialized Cary NC Stem Cell Research technique creates what are called induced pluripotent stem cells (iPS). They can be produced from adult cells in skin, fatty tissue, and other sources. With this, Cary North Carolina Stem Cell Research remains a promising field. There is of course a great deal more work to do, but Cary NC Stem Cell Research promises to benefit mankind in many profound ways.

Read more here:
Cary North Carolina Stem Cell Research | Cary NC Stem Cell ...

Posted in North Carolina Stem Cells | Comments Off on Cary North Carolina Stem Cell Research | Cary NC Stem Cell …

Core labs | North Carolina Biotech Center

Posted: April 29, 2015 at 3:53 pm

The Neurotransgenic Laboratory (NTL) at Duke University conducts technology development research and provides services and training towards the genetic analysis of the nervous system.

The nervous system with its vast diversity of cell types and synaptic connections requires sophisticated tools to visualize and modify neuronal activity and interactions. Genetically engineered reporters and effectors allow such precise modifications. The Neurotransgenic Laboratory is focused on the design and generation of genetic tools for neuroscience research. Such tools include viruses for the precise stereotactical application of transgenes, plasmids and BACs for the generation of transgenic animals, genetically modified embryonic and induced pluripotent stem cells for differentiation and transplantation studies as well as for the generation of genetically modified animals.

The NTL offers coordinated expertise in the generation of genetic tools for neuroscience research (")from concept through creation("), including experimental project design and planning, molecular construct preparation, high titer virus production, stem cell modifications, and mouse embryo microinjections.

Ultimately, the mission of the NTL is to provide an enriched environment for students, trainees, and established investigators and to develop, promote, and enhance the use of sophisticated genetic tools for understanding and resolving biomedical problems in basic and translational neuroscience research.

Visit link:
Core labs | North Carolina Biotech Center

Posted in North Carolina Stem Cells | Comments Off on Core labs | North Carolina Biotech Center

Image: Human endothelial cells experiment bound for ISS

Posted: February 26, 2015 at 12:58 am

16 hours ago Credit: Scuola Superiore SantAnna, Pisa, Italy

Components of human endothelial cells stained for identification. In red is the 'actin' protein that allows the cells to move, adhere, divide and react to stimuli. In blue are the cell nuclei containing DNA.

The Endothelial Cells experiment will fly to the International Space Station this year to understand how the cells that line our blood vessels react to weightlessness. Endothelial cells contain our blood and contract or expand our blood vessels as needed, regulating the flow of blood to our organs.

Blood flow changes in space because gravity no longer pulls blood towards astronauts' feet. By understanding the underlying adaptive mechanisms of how our bodies respond to weightlessness, this experiment aims to develop methods to help astronauts in space while showing possibilities for people on Earth our endothelial cells become less effective with age to live longer and healthier lives.

Cultured human endothelial cells will be grown in space in ESA's Kubik incubator for two weeks and then 'freeze' them chemically for analysis back on Earth.

For the team behind this experiment getting the experiment setup to work in space was challenging. "What is routine in laboratory is difficult in space" explains project leader Debora Angeloni from Scuola Superiore Sant'Anna (one of the three Universities of Pisa, Italy), "in space we have less samples to work with and the experiment needs to be self-contained."

The final experiment sits in the palm of your hand and is fully-automated and controlled electronically without the need to use up precious astronaut time.

"We expect the cells to express different genes, and to attach and move differently due to their trip in space. Among other things, the red-stained actin in this photo taken in preparation in our laboratory on Earth will be compared to the samples when they return from space."

Explore further: Blood vessel cells improve the conversion of pluripotent stem cells to blood lineages

Hematopoietic stem cells (HSCs) can differentiate into all of the different types of cells that comprise the blood and immune cell lineages. HSC transplantation is the only effective treatment for certain blood disorders; ...

Read the original here:
Image: Human endothelial cells experiment bound for ISS

Posted in North Carolina Stem Cells | Comments Off on Image: Human endothelial cells experiment bound for ISS

COPD Prognosis Stem Cells Canada, COPD Alternative …

Posted: February 17, 2015 at 12:57 pm

What our patients are saying. . . GREAT IMPROVEMENT SIX WEEKS AFTER GETTING HIS OWN STEM CELLS We just wanted to give you an update. After seeing 3 doctors for routine check ups (lung, heart and Chiropractor ) in the last 2 weeks, two out of three remarked how well he looked...circulation. Friday, he went to Rehab, after a 20 minute routine on the treadmill, with oxygen, his level was 94. He moved over to the bicycle, without oxygen, his level was 95, and then sat down for a few minutes, his level was 99. He has never not used oxygen while at Rehab, and the nurses wanted to know what he has been doing. Today he used the weed eater for the first time in over a year!! Yes, we are seeing progress!! His rheumatoid arthritis has also gotten much better, too. - Richard M., Age 71, COPD for over ten years Good News For COPD SufferersYour Own Stem Cells Can Improve Your Life COPD, or chronic obstructive pulmonary disease, is a progressive disease that makes it hard to breathe. As symptoms worsen, COPD can limit your ability to do routine activities, like walking, cooking and taking care of yourself. Currently, COPD is the 4th leading cause of death in the United States. The disease kills more than 120,000 Americans each yearthats 1 death every 4 minutesand causes serious, long-term disability.

Living with COPD is stressful. Having difficulty breathing and struggling to do normal activities can be very frustrating. Fortunately, the answer to improving your quality of life resides within your own body. Cutting-edge therapy using adult stem cells found in bone marrow and adipose tissue can provide remarkable improvement in the well-being of many people with COPD.

it is possible to infer that BMMC cell therapy introduces an unprecedented change in the course or in the natural history of emphysema, inhibiting or slowing the progression of disease. Unicentric study of cell therapy in chronic obstructive pulmonary disease/pulmonary emphysema. International Journal Chron Obstruct Pulmon Dis. 2011; 6: 6371.

Our caring staff is happy to speak with you and answer any questions or concerns you might have. Simply complete the free phone consultation request form at the top of the page and one of our caring patient care representatives will contact you shortly. You may also contact us by clicking here.

Continue reading here:
COPD Prognosis Stem Cells Canada, COPD Alternative ...

Posted in North Carolina Stem Cells | Comments Off on COPD Prognosis Stem Cells Canada, COPD Alternative …

Cancer Care Northwest Stem Cell Transplantation

Posted: January 10, 2015 at 3:55 pm

Print Page

Uses your own healthy stem cells to fight your cancer.

High-dose chemotherapy can be very effective in destroying certain cancers, but the intense therapy can also damage healthy cells and increase your chance of infection and other health problems.

In a process called autologous stem cell transplantation, doctors collect your own stem cells before you receive the high-dose chemotherapy. They return the healthy stem cells to you after treatment, improving your bodys ability to recover.

Before your high-dose chemotherapy, your doctor uses a machine similar to a dialysis machine to collect and temporarily store your stem cells. Stem cells, found mainly in bone marrow, are the cells from which all blood cells develop.

After the high-dose chemotherapy is delivered to kill the cancer cells, your healthy stem cells are returned to you intravenously (IV) to replace the stem cells that were destroyed by the therapy. Your body uses these stem cells to reestablish your bone marrow where your blood cells are produced.

This is very different than the often controversial field of stem cell research where stem cells done on embryos.

Stem cell transplantation and high-dose chemotherapy is most often used to treat patients with multiple myeloma and recurrent lymphoma (including Hodgkin and non-Hodgkin lymphoma). This treatment modality is occasionally used to treat other cancers such as recurrent testicular cancer.

Cancer Care Northwest is a regional leader in stem cell transplantation.

Our very own Dr. Hakan Kaya is director of the Inland Northwest Myeloma/Lymphoma and Transplant Program, a collaboration between Cancer Care Northwest, Deaconess Medical Center and the Inland Northwest Blood Center.

Read more here:
Cancer Care Northwest Stem Cell Transplantation

Posted in North Carolina Stem Cells | Comments Off on Cancer Care Northwest Stem Cell Transplantation

Page 7«..6789