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Daily Digest: The horse stem cell fix is in for Colorado …

Posted: May 6, 2015 at 2:45 pm

Brenda Simmons hugs her horse Little Brother at her ranch in Granby late last month. Simmons and Little Brother have had stem cell therapy on their legs, preventing debilitating issues for both. (Andy Cross, The Denver Post)

Colorado Parks and Wildlife officers removed about 100 prairie dogs. (Courtesy Malia Reeves)

Your daily resource for late-breaking news, upcoming events, the Denver weather forecast, Denver traffic information, and the stories that will be talked about on Wednesday, April 8, 2015. Download our iPhone, iPad and Android apps for breaking news throughout the day.

1. THE HORSE FIX IS IN

The story of how researchers are using some horse sense to innovate stem cell joint therapies. Close to home, horses are leading humans into new territory, inspiring not only patients but researchers in regenerative therapies at Colorado State University in Fort Collins and the University of Colorado Hospital in Denver.

2. NOBLE TO CUT 100 ENERGY JOBS

Noble Energy, Colorado's second largest oil producer, said Tuesday that in the face of low prices it is reorganizing its operations cutting 100 jobs in Denver and Greeley.

3. 100 SEIZED PRAIRIE DOGS IN RODENT LIMBO

State wildlife agents and police officers seized about 100 prairie dogs from a Castle Rock woman's garage Tuesday morning, weeks after they were trapped at a controversial shopping mall development site.

4. POUNCED IN PRISON

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Actionbioscience | Stem Cells for Cell-Based Therapies

Posted: May 4, 2015 at 5:54 pm

December 2012

We know the human body comprises many cell types (e.g., blood cells, skin cells, cervical cells), but we often forget to appreciate that all of these different cell types arose from a single cellthe fertilized egg. A host of sequential, awe-inspiring events occur between the fertilization of an egg and the formation of a new individual:

Embryonic stem (ES) cells are also called totipotent cells.

Stem cells also exist in adults and have varying abilities to self-renew.

In addition to embryonic stem cells, stem cells also exist in adults (adult stem cells) that allow specific tissues to regenerate throughout an individuals life. They also have the ability to self-renew and can give rise to a subset of differentiated cells depending upon the nature of the adult stem cell. Such adult stem cells and lineage-specific progenitor cells (with limited self-renewal ability) have long been known to exist in organs that continually regenerate, such as skin and blood. Some adult stem cells are active all the time (e.g., blood), and some only respond to injury (e.g., hair follicle stem cells) or physiological clues such as hormones (e.g., mammary stem cells).

More recently, however, stem cells have been identified in organs previously thought not to have regenerative capability, including reproductive organs. Female infants were previously thought to be born with a finite number of eggs, but a recent report identified egg stem cells in human ovarian tissue that can form egg cells, called oocytes, in the laboratory.1 Many tissues in the adult body (e.g., neural, muscle, and fat tissues) now appear to contain stem/progenitor cells.

The main use of stem cells in medicine is as a source of donor cells to be used as therapy to replace damaged or missing cells and organs. Stem cells are also useful for creating models of human disease and for drug discovery.

Stem cells can be obtained from several sources:

Scientists can obtain stem cells from multiple sources, including embryos, amniotic fluid, adult tissue, and even cadavers.

Adult stem cells and induced pluripotent stem cells are generally viewed as posing less of an ethical dilemma.

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Actionbioscience | Stem Cells for Cell-Based Therapies

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Stem Cell Rejuvenation New York – Norman Rowe MD

Posted: May 4, 2015 at 5:52 pm

Dr. Norman Rowe is an expert plastic surgeon and is highly skilled in stem cell rejuvenation procedures. Stem cells are special cells in the body that can become any cell the body needs. The placement of these stem cells is what determines the kind of cell that they will become. For example, a stem cell placed in a bone becomes a bone cell and a stem cell placed in cartilage becomes cartilage. Dr. Rowe harvests stem cells from the fat under your skin through a light liposuction procedure and then, after processing, injects those stem cells into the skin of your face so the body can produce new, younger skin that is free of blemishes and age marks.

At your appointment, Dr. Rowe will first discuss the stem cell rejuvenation procedure with to be sure you are clear on the details. Through a bit of liposuction, Dr. Rowe will harvest stem cells from a fatty area of your body and then process them in his in-house lab, separating the fat cells from the stem cells. Dr. Rowe will then inject the stem cells into the areas of the face that you would like to look more youthful and rejuvenated. The whole procedure takes less than one hour to perform and there is very little downtime afterwards.

Stem cell rejuvenation is exceptionally effective for patients with deep lines and hollows in the face due to age. The stem cells will become the scaffolding of the skin and create a more youthful and full appearance to hollowed areas. There is also no risk of your body rejecting the injections, because they are your own stem cells. About one month after your stem cell rejuvenation procedure, youll see Dr. Rowe for a follow up appointment and by that time the injected stem cells should steadily be filling in the hollows and fine lines in your face. Results from stem cell rejuvenation can last for five years or more, which is much longer than dermal filler injections.

Dr. Rowe and his highly trained staff invite you to schedule a consultation appointment to learn more about Stem Cell Rejuvenation. A younger, more refreshed face is just a phone call away: 212-628-7300. You can also send us a message or request for a consultation or appointment using ouronline contact form.

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Stem Cell Research, Morality, and Law

Posted: May 4, 2015 at 5:47 pm

A paper presented to the Oxford Society of Scholars Forum by Rollin A. Van Broekhoven, JD, LLM, DPhil, DLitt, DPS 29 September 2001

INTRODUCTION

In 1729, when the Irish were crushed by poverty, thanks to the brutal economic policies of their English overlords, Jonathan Swift the conservative Irish clergyman who became the worlds greatest satirist wrote up A Modest Proposal. In deadpan prose and in a kindly benevolent style, he suggested that Irish babies be sold for food. That way, he argued, there would be both more food to go around and fewer mouths to feed. Besides, baby skin would make a really soft leather, making possible a new industry that would create jobs and boost the Irish economy.

Swift, the Christian pastor, was lampooning the moral utilitarianism of the Enlightenment, which taught that anything could be morally justified if it were useful giving the greatest tangible benefit to the greatest number. Swift showed where this kind of thinking, if pursued logically, would lead. Indeed, his A Modest Proposal did wake up the conscience of a good number of his readers, who realized that no noble social end could possibly justify the consumption of babies, and no moral philosophy that could justify such a thing could possibly be valid.

...Thinking about moral issues in utilitarian terms has become so ingrained that many Americans are unable to think in any other terms. If something no matter how reprehensible has a positive outcome, it must be okay.1

This paper addresses issues concerning the utilization of human embryonic stem cells in research. Although research also involves adult stem cells, such research does not at the present confront society with the same ethical and legal issues present in human embryonic stem cell research. Two great questions confront the human race at the start of this biotech century.2 The first is whether we should use members of our own kind, namely, Homo Sapiens, in whatever stage of biological existence, for the purpose that is other than the good of the individual concerned. The second, perhaps only in the horizons of our thinking, is whether we should use our growing capacity to design, determine, and transform ourselves and our nature, toward a so-called post-human future.3 What is at stake is societys understanding of what it means to be human. Nevertheless, underlying consideration of this subject are the following questions: If a procedure or process is scientifically or technologically feasible, is it, or should it be morally permissible, or at least be regarded as morally neutral?4 If it is morally permissible or neutral, is it, or should it be legally permissible? For many of us, these questions are intensely personal as we deal with bioethical end of life or incurable disease issues in our own families.

The relation of the natural sciences and morality and religion and law is one of the most fascinating, challenging, controversial, and potentially enriching studies possible in contemporary Western life. At its broadest and most general meaning, science is knowledge that is accumulated, systematized, and formulated with reference to the discovery of general truths or the operation of general laws. At this level, a distinction must be made between the natural or physical sciences, such as physics, chemistry, or biology, and the normative sciences, such as the social sciences. A more specific definition of the natural science may be that it is any systematic field of study or body of knowledge that aims, through experimentation, observation and deduction to produce a reliable explanation of phenomena with reference to the material or physical world.5 Philosophy of science deals, in very general terms, with the philosophical issues associated with the natural sciences.6

The natural sciences tended to be neutral towards religion. They did not require prior or consequent acceptance or rejection of any religious beliefs. As a result, most natural scientists assume that considerations of divine influence upon or involvement within natural order are largely irrelevant to the specific task searching for a natural explanation to patterns observed in nature. A significant philosophical distinction important to understanding the development of the natural sciences concerns rationalism and empiricism.7

On the one hand, rationalism with its emphasis on reason and view that all truth has its origins in human thought, unaided by any form of supernatural intervention or appeal to the experience of the senses, promoted the view that certain truths were universal and necessary. The alternative to rationalism, on the other hand, was an appeal to experience, generally known as empiricism. The issue emerging from the debate between rationalism and empiricism is whether certain truths (assuming there is such a thing as truth) are a priori or a posteriori. The same debate exists in religion and in moral thought, namely is the knowledge of God a priori, implanted there by God, or a posteriori, derived by reflection on experience or divine revelation. How one approaches the question of the morality of stem cell research is in large measure derived from ones a priori understanding of the nature of God and His commands, or ones a posteriori understanding of God based on ones experiences, including experience with God.

Where once there was a dialogue between religion and science, with certain shared assumptions, now there is a growing sense of conflict between religion and science. While the nature and the reasons for this conflict are beyond the scope of this paper, there are four considerations that may be noted that reflect the growing realization of insecurity in the inherited assumptions on which prior prevailing understandings rested.8 These include: the cultural shift reflected in the rise of postmodernism; the growing dissatisfaction with philosophical foundationalism; the influence of the negative direction of the conflict models and imageries; and the tendency to perpetuate outdated and misleading stereotypes often dependent upon incorrect assumptions, findings, and assertions in earlier works.9

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Stem Cell Research, Morality, and Law

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Download Cord Blood Stem Cells and Regenerative Medicine PDF – Video

Posted: May 4, 2015 at 5:43 pm


Download Cord Blood Stem Cells and Regenerative Medicine PDF
Download PDF Here: http://bit.ly/1GSodzZ.

By: Monet Siler

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What's the Difference Between PRP and Stem Cell Therapy? | Doctors Talk – Video

Posted: May 4, 2015 at 5:42 pm


What #39;s the Difference Between PRP and Stem Cell Therapy? | Doctors Talk
Doctors Talk is an exclusive program by CVR Health TV in which a specialist will discuss about different health problems and suggest remedies. Watch CVR Health, the 24/7 health channel with...

By: CVR Health TV

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Autism in our home – Video

Posted: May 3, 2015 at 12:40 pm


Autism in our home
This is a video about what autism is like in our home. We are trying to raise money for Cohen and Max to have Stem Cell Therapy. Please visit http://www.gofundme.com/cohenandmax to donate....

By: Jake Smith

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Enriched Hematopoietic Mesenchymal Stem Cell Therapies

Posted: May 3, 2015 at 12:40 pm

Hi,

You will recall that my wife, Lizzie, and I came to you in January 2013 for treatment to my knees.

Ive been meaning to write to you for some time to update you on progress with my knees. I can honestly say that I believe the procedure was a success. Obviously, Im not back to the marathon running I did when I was a teenager, but my knees are much improved. Previously, they would swell up every one or two years, and I would have to go for an arthroscopy. Since coming to you 18 months ago, I have had very little trouble. Any slight swelling after vigorous exercise disappears within a day or so, and I am able to undertake quite strenuous walks without any problem. For example, yesterday I walked about 10 kilometres up a mountain and down the other side very hard climbing and today I have no ill-effects at all.

So I am delighted with the results, and would gladly recommend you to anyone considering stem cell therapy.

Best wishes,

Tony Bayliss UK

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Download Stem Cells and Cancer Stem Cells, Volume 6 PDF – Video

Posted: May 3, 2015 at 11:45 am


Download Stem Cells and Cancer Stem Cells, Volume 6 PDF
Download PDF Here: http://bit.ly/1EQDEZ4.

By: Eva Blythe

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Download Stem Cells and Cancer Stem Cells, Volume 6 PDF - Video

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Embryonic and induced pluripotent stem cells Part 2 – Video

Posted: May 3, 2015 at 11:45 am


Embryonic and induced pluripotent stem cells Part 2
In this video we discuss embryonic and induced pluripotent stem cells. Topics discussed include the origins of cell specialization, the master transcription regulators of pluripotency and the...

By: Ben Garside

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Embryonic and induced pluripotent stem cells Part 2 - Video

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