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Archive for the ‘Veterinary Medicine’ Category

Veterinary Supplies, Medical & Podiatry Products at best prices

Monday, September 26th, 2016

Navigate to... Closeout Center --Short Dated Pharmaceuticals --Closeout Instruments --Closeout Syringes & Needles --Closeout Suture & Skin Closure --Closeout Surgical Room Supplies --Closeout I.V. Administration --Closeout Vials and Containers --Closeout Wound Care --Closeout Scrubs and Apparel --Closeout Surgical & Exam Gloves --Closeout Anesthesia Products --Closeout Diagnostic Equipment --Closeout Lab Equipment --Closeout Eqpmnt & Furnishings --Closeout X-Ray Products --Closeout Orthopedic --Closeout Miscellaneous --Closeout Pet Grooming --Closeout Dental Products --Closeout Sterilization Products Vendors --Oasis --Hospira --Dr Jill's Foot Pads --3M --Algeos --Amerigel --Anchor Products --Andover --Ansell --BD --Bimeda --BSN --Burton --C&A Scientific --Classic Products --Clinton --CryoSurgery --Darco International --Dash Medical --Dechra Products --Dentalaire --Diagnostic Imaging Systems --Drive Medical --Dr Jill's Foot Pads --Dynarex --Ethicon --Exel International --Four Flags --Four Paws --Gebauer --Health-O-Meter --Hemohold --Hospira --Idexx --I-Med Pharma --Jorgensen Laboratories --Kinetic --Lakeside --Leading Edge --Luitpold Pharmaceuticals --Mediaid Inc --Med-Pharmex --Medline --Melatek --Midmark --Miltex --Monoject --Nipro --Nutramax --Oasis --PetAg --Piramal --Priority Care --ProVetLogic --Syneture --Terumo Medical --Thornell Corporation --UltiMed --Von Klaus --VSSI --Wahl --Welch Allyn About Us Customer Service

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Veterinary Medicine – U.S. Scouting Service Project

Monday, September 26th, 2016

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Veterinary Medicine - U.S. Scouting Service Project

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Ontario Veterinary College | University of Guelph

Thursday, August 4th, 2016

The donation from the Angel Gabriel Foundation will go to support OVC Pet Trusts Friends Together for Longer fundraising campaign, which launched late last year. Specifically, it will help create a sophisticated anesthesia and pain management unit within OVCs Health Sciences Centre......

Dr. Brian Derbyshire, University of Guelph professor Emeritus passed away Friday July 16 th in hospice in Burlington, with Ishbel by his side.Dr. Derbyshire was a long standing and cherished member of the OVC community. Born in Manchester, England, Brian received his MRCVS from the Royal College of Veterinary Surgeons, BSC and PhD from the University of London. He joined the Ontario Veterinary College at the University of Guelph in 1971......

Going to the vet is often a stressful experience for pets and their owners, but there are techniques vets can use to help calm nervous animals, says Prof. Lee Niel, Col. K.L. Campbell Chair in Companion Animal Welfare in the Department of Population Medicine at the Ontario Veterinary College (OVC). Niels research studies the efficacy of these techniques. Im really interested in pain and distress in animals, so this is a perfect fit in terms of understanding at the veterinary clinic level how what we do with the animals influences their welfare.....

Cancer treatment in people could be transformed thanks to a study on treating cancer in animals led by researchers from the Ontario Veterinary College (OVC) at the University of Guelph.

Their findings, in mice and companion animals such as cats, published in theJournal of Immunology, are already leading to clinical trials to treat people with various forms of cancer.....

Jul 21Pets, Owners to Benefit from $1.5-Million Gift for OVC Companion Animal Care

Jul 20OVC Professor Emeritus, Dr. Brian Derbyshire dies

Jul 18OVC Researchers investigate how 'Vets Can Help Pets Stress Less'

Jul 14OVC Cancer Breakthrough Leads to Human Clinical Trials

Jul 13Professional development opportunity enhances interpersonal skills

Jul 12Thinkathon Targets Future of Animal Health Care

Jul 11Cats may soon benefit from New Undergraduate Research at OVC

Jul 8Thinkathon Targets Future of Animal Health Care

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Veterinary medicine – ScienceDaily

Friday, September 25th, 2015

Veterinary medicine is the application of medical, diagnostic, and therapeutic principles to companion, domestic, exotic, wildlife, and production animals.

Veterinary Science is vital to the study and protection of animal production practices, herd health and monitoring spread of widespread disease.

It requires the acquisition and application of scientific knowledge in multiple disciplines and uses technical skills towards disease prevention in both domestic and wild animals.

Human health is protected by veterinary science working closely with many medical professionals by the careful monitoring of livestock health as well as its unique training in epidemiology and emerging zoonotic diseases worldwide.

Veterinary medicine is informally as old as the human/animal bond but in recent years has expanded exponentially because of the availability of advanced diagnostic and therapeutic techniques for most species.

Animals nowadays often receive advanced medical, dental, and surgical care including insulin injections, root canals, hip replacements, cataract extractions, and pacemakers.

Veterinarians assist in ensuring the quality, quantity, and security of food supplies by working to maintain the health of livestock and inspecting the meat itself.

Veterinary scientists are very important in chemical, biological, and pharmacological research.

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Veterinary Medicine / The Minnesota Board of Veterinary Medicine

Friday, September 25th, 2015

Governor Dayton announced the appointment of Dr. Amy Kizer to the Board of Veterinary Medicine for a four year term on June 19, 2015. He also reappointed Dr. Michelle Vaughn for her second term. Dr. Vaughn is the current Board president. Both Dr. Kizer and Dr. Vaughn are small animal veterinarians. To learn more about Dr. Vaughn, please see the Fall 2014 Board newsletter.

Dr. Kizer brings her veterinary experience with both small animals and a variety of exotic animals and fish. She is the veterinarian for the Sea Life Aquarium at the Mall of America, and teaches veterinary students at the University of Minnesota about veterinary care for small exotic animals. A 2002 graduate of the University of Minnesota, she owns and works at Lexington Pet Clinic in Eagan, Minnesota.

The Board thanks Dr. John Lawrence for his 12 years of outstanding commitment to the public and veterinarians of the state, which included four years of leadership as the president of the Board.

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Best Veterinary Medicine Programs | Top Veterinary Schools …

Friday, September 25th, 2015

Ranked in 2015 | Veterinary Medicine Rankings Methodology

In addition to getting a broad education in animal science, veterinary medicine students can specialize in areas such as small animal surgery, environmental toxicology and aquatic medicine. These are the top veterinary medicine schools. Each school's score reflects its average rating on a scale from 1 (marginal) to 5 (outstanding), based on a survey of academics at peer institutions.

#1

Davis, CA

#2

Ithaca, NY

#3Tie

Fort Collins, CO

#3Tie

Raleigh, NC

#5Tie

Columbus, OH

#5Tie

Madison, WI

#7Tie

College Station, TX

#7Tie

Philadelphia, PA

#9

St. Paul, MN

#10Tie

North Grafton, MA

#10Tie

Athens, GA

#12

East Lansing, MI

#13

Ames, IA

#14Tie

Auburn University, AL

#14Tie

Manhattan, KS

#14Tie

West Lafayette, IN

#14Tie

Gainesville, FL

#14Tie

Pullman, WA

#19Tie

Urbana, IL

#19Tie

Blacksburg, VA

#21Tie

Baton Rouge, LA

#21Tie

Knoxville, TN

#23

Columbia, MO

#24

Stillwater, OK

#25

Mississippi State, MS

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Veterinary physician – Wikipedia, the free encyclopedia

Saturday, July 18th, 2015

A veterinary physician, colloquially called a vet, shortened from veterinarian (American English, Australian English) or veterinary surgeon (British English), is a professional who practices veterinary medicine by treating disease, disorder, and injury in non-human animals.

In many countries, the local nomenclature for a veterinarian is a regulated and protected term, meaning that members of the public without the prerequisite qualifications and/or licensure are not able to use the title. In many cases, the activities that may be undertaken by a veterinarian (such as treatment of illness or surgery in animals) are restricted only to those professionals who are registered as a veterinarian. For instance, in the United Kingdom, as in other jurisdictions, animal treatment may only be performed by registered veterinary physicians (with a few designated exceptions, such as paraveterinary workers), and it is illegal for any person who is not registered to call themselves a veterinarian or prescribe any treatment.

Most veterinary physicians work in clinical settings, treating animals directly. These veterinarians may be involved in a general practice, treating animals of all types; they may be specialized in a specific group of animals such as companion animals, livestock, zoo animals or equines; or may specialize in a narrow medical discipline such as surgery, dermatology or internal medicine.

As with other healthcare professionals, veterinarians face ethical decisions about the care of their patients. Current debates within the profession include the ethics of certain procedures believed to be purely cosmetic or unnecessary for behavioral issues, such as declawing of cats, docking of tails, cropping of ears and debarking on dogs.

The word veterinary comes from the Latin veterinae meaning "working animals". "Veterinarian" was first used in print by Thomas Browne in 1646.[1]

The term "veterinarian" is used in North America and other countries using predominantly American English, whereas in the United Kingdom, and countries which are formerly part of the British Empire or are part of the Commonwealth of Nations tend to use the term veterinary surgeon.[citation needed]

The first veterinary college was founded in Lyon, France in 1762 by Claude Bourgelat.[2] According to Lupton, after observing the devastation being caused by cattle plague to the French herds, Bourgelat devoted his time to seeking out a remedy. This resulted in his founding a veterinary college in Lyon in 1761, from which establishment he dispatched students to combat the disease; in a short time, the plague was stayed and the health of stock restored, through the assistance rendered to agriculture by veterinary science and art."[3]

The Odiham Agricultural Society was founded in 1783 in England to promote agriculture and industry,[4] and played an important role in the foundation of the veterinary profession in Britain.[5] A 1785 Society meeting resolved to "promote the study of Farriery upon rational scientific principles.

The professionalization of the veterinary trade was finally achieved in 1790, through the campaigning of Granville Penn, who persuaded the Frenchman, Benoit Vial de St. Bel to accept the professorship of the newly established Veterinary College in London.[4] The Royal College of Veterinary Surgeons was established by royal charter in 1844.

Veterinary science came of age in the late 19th century, with notable contributions from Sir John McFadyean, credited by many as having been the founder of modern Veterinary research.[6]

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NC State College of Veterinary Medicine

Saturday, July 11th, 2015

Ranked third in the nation among colleges of veterinary medicine by U.S. News & World Report, NC States College of Veterinary Medicine is a driving force in veterinary innovation. From our leadership in understanding and defining the interconnections between animal and human health, to groundbreaking research in areas like equine health, and our commitment to training the next generation of veterinary health professionals, we are dedicated to advancing animal and human health from the cellular level through entire ecosystems.

Learn more about what we do

The following article by Tracey Peake, reprinted from The Abstract: NC States research blog,concerns research by neurobiologist Troy Ghashghaei of the Department of Molecular Biomedical Sciences in NC States College of Veterinary Medicine.

A common protein, when produced by specialized barrier cells in the brain, could help protect the brain from damage due to aging. This protein MARCKS may act as both a bouncer and a housekeeping service, by helping clear away proteins and keeping the cell barrier intact, and its absence in these cells weakens their ability to serve as a barrier and transport system for cerebrospinal fluid (CSF) in the brain.

Your brain doesnt just sit in your skull like play-doh in its plastic case. Its surrounded and cushioned by CSF, a clear, colorless fluid produced in the brain that circulates nutrients and chemicals taken from blood throughout the brain. CSF also removes waste products and sends them back out to the bloodstream for disposal.

Like blood, CSF only circulates through certain channels. Ependymal cells are the specialized cells that serve as both the barrier to keep the CSF running through its channels and as the transport system that moves various molecules between the brain and the CSF.

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NC State College of Veterinary Medicine

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College of Veterinary Medicine | Kansas State University

Friday, June 19th, 2015

New Shelter Medicine Program Goes Mobile in Surgery Unit

Cats and dogs in several Kansas communities are getting help to become more adoptable thanks to free surgeries provided by Kansas State University veterinary students involved in a new shelter medicine rotation. Started during summer 2015, the new two-week shelter medicine rotation introduces fourth-year veterinary students to the specialty by spending ten-days on the road visiting around seven shelters, which may have different missions and levels of resources.

This months issue of the official newsletter of the Beef Cattle Institute includes the following stories and more: International Food Group Tours Kansas Feedlots, Graduate Student Receives Top Award, BCI Cofounds Roundtable for Sustainable Beef, plus a Producer Spotlight, Rural Practitioner and current research profile.

Learn how the KSVDL and CEEZAD are taking on efforts to contain canine and avian influenza viruses with tests and vaccines; discover the new study being conducted by the Center for Outcomes Research and Education supported by a USDA grant, and see how an alumnus Dr. Kelly Lechtenberg helped support the Center of Excellence for Vector-Borne Diseases with a gift of BSL-2 laboratory space. All this and more in this months issue.

A U.S. patent has been awarded to a Kansas State University technology that quickly detects the early stages of cancer before physical symptoms ever appear. Dr. Deryl L. Troyer, professor of anatomy and physiology collaborated with Dr. Stefan H. Bossmann, professor of chemistry; and Dr. Matthew Basel, postdoctoral fellow in anatomy and physiology, in developing a nanoplatform technology to detect human cancer cells and tumors in the beginning stages.

Mosquito season is arriving early thanks to recent weather patterns, which means it's time to start prevention measures a little sooner not only for humans, but also for susceptible pets. "Our weather patterns have been quite abrupt and with the moisture that we've had, coupled with the really warm temperatures, mosquitoes are really taking off," said Dr. Elizabeth Davis, professor and section head of equine medicine and surgery.

The College of Veterinary Medicine Announces its Class of 2019 -

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Veterinary medicine – Wikipedia, the free encyclopedia

Friday, June 19th, 2015

"Animal hospital" redirects here. For the BBC television show, see Animal Hospital.

Veterinary medicine is the branch of medicine that deals with the prevention, diagnosis and treatment of disease, disorder and injury in animals other than humans. The scope of veterinary medicine is wide, covering all animal species, both domesticated and wild, with a wide range of conditions which can affect different species.

Veterinary medicine is widely practiced, both with and without professional supervision. Professional care is most often led by a veterinary physician (also known as a vet, veterinary surgeon or veterinarian), but also by paraveterinary workers such as veterinary nurses or technicians. This can be augmented by other paraprofessionals with specific specialisms such as animal physiotherapy or dentistry, and species relevant roles such as farriers.

Veterinary science helps human health through the monitoring and control of zoonotic disease (infectious disease transmitted from non-human animals to humans), food safety, and indirectly through human applications from basic medical research. They also help to maintain food supply through livestock health monitoring and treatment, and mental health by keeping pets healthy and long living. Veterinary scientists often collaborate with epidemiologists, and other health or natural scientists depending on type of work. Ethically, veterinarians are usually obliged to look after animal welfare.

The Egyptian Papyrus of Kahun (1900 BCE) and Vedic literature in ancient India offer one of the first written records of veterinary medicine. (See also Shalihotra) ( Buddhism) First Buddhist Emperor of India edicts of Asoka reads: "Everywhere King Piyadasi (Asoka) made two kinds of medicine () available, medicine for people and medicine for animals. Where there were no healing herbs for people and animals, he ordered that they be bought and planted."

The first attempts to organize and regulate the practice of treating animals tended to focus on horses because of their economic significance. In the Middle Ages from around 475 CE, farriers combined their work in horseshoeing with the more general task of "horse doctoring". In 1356, the Lord Mayor of London, concerned at the poor standard of care given to horses in the city, requested that all farriers operating within a seven-mile radius of the City of London form a "fellowship" to regulate and improve their practices. This ultimately led to the establishment of the Worshipful Company of Farriers in 1674.[3]

Meanwhile, Carlo Ruini's book Anatomia del Cavallo, (Anatomy of the Horse) was published in 1598. It was the first comprehensive treatise on the anatomy of a non-human species.[4]

,

The first veterinary college was founded in Lyon, France in 1762, by Claude Bourgelat.[5] According to Lupton, after observing the devastation being caused by cattle plague to the French herds, Bourgelat devoted his time to seeking out a remedy. This resulted in his founding a veterinary college in Lyon in 1761, from which establishment he dispatched students to combat the disease; in a short time, the plague was stayed and the health of stock restored, through the assistance rendered to agriculture by veterinary science and art."[6]

The Odiham Agricultural Society was founded in 1783, in England to promote agriculture and industry,[7] and played an important role in the foundation of the veterinary profession in Britain. A founding member, Thomas Burgess, began to take up the cause of animal welfare and campaign for the more humane treatment of sick animals.[8] A 1785 Society meeting resolved to "promote the study of Farriery upon rational scientific principles.

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Careers in Veterinary Medicine

Monday, June 1st, 2015

You can view a list of potential veterinary career paths here.

Whether they're pets, livestock or working animals, animals matter to individuals and society. Every community needs veterinary professionals to provide animal health care, but veterinarians also do many other kinds of jobs. They make sure the nation's food supply is safe. They work to control the spread of diseases. They conduct research that helps both animals and humans. Veterinarians are at the forefront of protecting the public's health and welfare.

Besides medical skills, veterinarians often take a holistic approach to human well-being and animal welfare that, combined with communications and problem-solving skills, makes veterinarians uniquely qualified to fulfill a variety of roles. Many veterinarians, of course, provide care for companion animals through private medical practices, but veterinarians are also involved in promoting the health and welfare of farm animals, exotic animals, working animals (like those in the equine industry), and those that need a healthy environment in which to thrive, whether that environment is a rain forest, a desert or even the ocean.

Outside of companion animal practice, the largest employer of veterinarians in the United States is the U.S. Department of Agriculture's Food Safety and Inspection Service, but veterinarians are found throughout government in roles where they contribute to public health, the environment, and even homeland security, as well as working in research and public policy.

Many veterinarians are engaged in work at the intersection of both human and animal health. For example, veterinarians play an important role in food safety, where epidemiological research is crucial to forecasting the threat of food-borne diseases and outbreaks. They work to keep cattle and other food animals healthy by developing and testing various farm control methods that help to detect, limit, and prevent the spread of food that might be contaminated by salmonella, E coli or other pathogens. And theyre often on the front lines of surveillance where their extensive medical training can help them to detect and treat the outbreak of diseases that have the potential to make the jump from animals to humans.

Unmet needs for veterinary expertise exist in some sectors of veterinary medicine, such as public health, biomedical research, and food safety. To help address the lack of veterinarians in biomedical research, the AAVMC is a co-sponsor of the Merial Veterinary Scholars Program. The program's mission is to expose veterinary medical students in their first or second year of veterinary school to biomedical research and career opportunities in research. The program culminates in the Merial NIH National Veterinary Scholars Symposium, where veterinary students participating in the program gather from all over the United States and Canada to present their research findings and share experiences from their various programs.

Learn more about how to embark on a path that will lead to a veterinary medical career on our Students, Applicants and Advisors portal.

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Careers in Veterinary Medicine

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Stem Cell Popularity in Veterinary Medicine (Frank Reilly) – Video

Saturday, March 2nd, 2013


Stem Cell Popularity in Veterinary Medicine (Frank Reilly)
At the 2013 International Hoof-Care Summit in Cincinnati, Ohio, Frank Reilly, DVM, discusses the popularity behind stem cells.

By: AFJTV

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Stem Cells the Nephilim Chuck Missler 2 6 – Video

Saturday, December 1st, 2012


Stem Cells the Nephilim Chuck Missler 2 6
From:Jesus IsraelViews:1 0ratingsTime:10:01More inNews Politics

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Stem Cells the Nephilim Chuck Missler 1 6 – Video

Saturday, December 1st, 2012


Stem Cells the Nephilim Chuck Missler 1 6
From:Jesus IsraelViews:0 0ratingsTime:10:01More inEducation

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SCMOM 2012_AlloSource – Video

Thursday, November 29th, 2012


SCMOM 2012_AlloSource
AlloSource, a non-profit organization, offers more than 200 types of precise bone, skin, soft-tissue and custom-machined allografts for use in life-saving and life-enhancing medical procedures. The world #39;s leader in fresh cartilage tissue and skin allografts, the company developed a cleansing process for fresh tissue grafts that does not destroy live cells. Most recently, AlloSource created a technique to recover mesenchymal stem cells from cadaveric adipose tissue, which led to the development of its own stem cell product, AlloStem® Stem Cell Bone Growth Substitute. AlloSource is registered with the FDA, accredited by the American Association of Tissue Banks and is compliant with all applicable state regulations and with the ISO 9001:2008 standard. http://www.allosource.org Presenter: Kevin Cmunt, Executive Vice President, AlloSourceFrom:AllianceRegenMedViews:2 1ratingsTime:14:35More inScience Technology

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SCMOM 2012_DiscGenics – Video

Thursday, November 29th, 2012


SCMOM 2012_DiscGenics
DiscGenics trade; is a development stage spinal therapeutics company using adult human disc-derived stem cells and tissue engineering techniques to treat patients debilitated by degenerative disc disease (DDD). Back pain is the second most common reason to visit one #39;s doctor, and costs an estimated $100 billion in diagnosis, management, and lost productivity each year. From our patented culture method comes the Discophere trade;, a therapeutic cluster of stem/progenitor cells that have been shown to differentiate and excrete the biological components needed to regenerate an intervertebral disc. http://www.discgenics.com Presenter: Flagg Flanagan, CEO, DiscGenicsFrom:AllianceRegenMedViews:4 1ratingsTime:10:00More inScience Technology

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SCMOM 2012_Juventas Therapeutics – Video

Thursday, November 29th, 2012


SCMOM 2012_Juventas Therapeutics
Juventas Therapeutics is a privately held, clinical-stage biotechnology company developing factor-based regenerative therapies to treat life-threatening diseases. The company #39;s lead product, JVS-100 encodes Stromal cell-Derived Factor-1 (SDF-1) which has been shown to protect and repair tissue following ischemic injury by recruiting the body #39;s own stem cells to the damaged tissue, preventing cell death and promoting new blood vessel growth. Through activating natural stem cell based repair pathways within the patient, we eliminate the cost and complexity associated with current cellular therapies. Juventas is currently enrolling two Phase II clinical trials to test therapy efficacy in heart failure and critical limb ischemia patients. http://www.juventasinc.com Presenter: Rahul Aras, President and CEO, Juventas TherapeuticsFrom:AllianceRegenMedViews:10 1ratingsTime:15:10More inScience Technology

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Of mice and men

Tuesday, October 16th, 2012

Public release date: 15-Oct-2012 [ | E-mail | Share ]

Contact: Veronika Sexl veronika.sexl@vetmeduni.ac.at 43-125-077-2910 University of Veterinary Medicine -- Vienna

So-called Anaplastic Large Cell Lymphoma (ALCL) is even less attractive in real life than it is on paper. It is a highly aggressive type of lymphoma that generally occurs in children and young adults and that has to date proven extremely difficult to treat. It has long been known that ALCL patients frequently show a genetic alteration (a translocation) that causes expression of nucleophosmin-anaplastic lymphoma kinase (NPM-ALK), a gene known to be capable of giving rise to cancer. But how the NPM-ALK gene works has to date remained largely a matter of conjecture.

Working in a mouse model for lymphoma, Karoline Kollmann in Veronika Sexl's group at the University of Veterinary Medicine, Vienna and colleagues in the Ludwig Boltzmann Institute for Cancer Research and the Medical University of Vienna were able to show that the development of lymphoma is absolutely dependent on the "Platelet derived growth factor receptor B" (PDGFRB), a protein already associated with the growth of other types of tumour. They demonstrated that the effect was direct, with NPM-ALK stimulating the production of the transcription factors JUN and JUNB, which bind to and activate the PDGFRB promoter. And importantly they were able to show that inhibition of PDGFRB with the drug imatinib was able to extend dramatically the survival of mice with this kind of lymphoma.

In human patients, ALCL is traditionally treated with crizotinib, a drug that directly inhibits the NPM-ALK protein. The major problem is that the patients tend to relapse and their chances of survival are extremely poor. Based on the results from the imatinib tests in mice it seemed conceivable that the use of this drug might improve the prognosis of patients who do not or no longer respond to crizotinib therapy. The scientists obtained ethical approval and informed consent to attempt imatinib treatment of an ALCL patient who had not responded to conventional chemotherapy and had relapsed after transplantation of stem cells. Remarkably, the patient improved immediately upon imatinib treatment: after ten days he was in complete remission and he is still alive and again working 22 months later.

The idea of inhibiting PDGFRB in ALCL is novel and potentially of great therapeutic importance. Kollmann is naturally extremely excited by the implications of the results. "The patient had essentially run out of options and would have died a long time ago. But thanks to the indications from our mouse work that inhibiting PDGFRB could prevent growth of this type of tumour he is still alive. This new type of therapy could significantly prolong patient survival."

Intriguingly, the researchers have also found that PDGRFB is also present in ALCL patients without the translocation that leads to NPM-ALK expression. Whether the PDGRFB protein is required for the development of tumours in such patients is not yet clear but it is possible that a combined crizotinib / imatinib therapy might be more widely applicable, providing hope for patients suffering from other types of lymphoma.

The paper "Identification of PDGFR blockade as a rational and highly effective therapy for NPM-ALK driven lymphomas" by Daniela Laimer, Helmut Dolznig, Karoline Kollmann, Paul W. Vesely, Michaela Schlederer, Olaf Merkel, Ana-Iris Schiefer, Melanie R. Hassler, Susi Heider, Lena Amenitsch, Christiane Thallinger, Philipp B. Staber, Ingrid Simonitsch-Klupp, Matthias Artaker, Sabine Lagger, Stefano Pileri, Pier Paolo Piccaluga, Peter Valent, Katia Messana, Indira Landra, Thomas Weichhart, Sylvia Knapp, Medhat Shehata, Maria Todaro, Veronika Sexl, Gerald Hfler, Roberto Piva, Enzo Medico, Bruce A. Riggeri, Mangeng Cheng, Robert Eferl, Gerda Egger, Josef M. Penninger, Ulrich Jaeger, Richard Moriggl, Giorgio Inghirami and Lukas Kenner is published in the current issue of "Nature Medicine". The first four authors contributed equally to the work.

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Abstract of the scientific article online (full text for a fee or with a subscription): http://dx.doi.org/10.1038/nm.2966

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Of mice and men

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New Procedure Saves Dogs Lives

Tuesday, September 11th, 2012

GREEN BAY, WI--A breakthrough in veterinary medicine In Green Bay. Two dogs recover amazingly well after receiving stem cell transplants at Packerland Veterinary Center two months ago. They are the first vet clinic in Wisconsin to perform the procedure.

It's a story that gives hope to pet owners all over the country. Stem cells are taken out of the dog's fatty tissue, harvested, then injected into problem areas leaving the dogs completely healed.

"We couldn't take him on walks. He just laid around a lot," said German Shepherd, DeNiro's owner, Keith Noskowiak.

"We'd hear whimpering overnight. She'd take a few steps and she would sit down," said Luther Kortbein, Shadow's owner, another German Shepherd.

But now the dogs have a whole new life. Until two months ago. DeNiro suffered from severe arthritis.

Shadow. suffered from hip dysplasia. The owners were at their wits end. DeNiro's thought he may even have to put his beloved German Shepherd down.

"We felt we had a decision to make with his quality of life and being in pain we didn't want him to be in pain," said Noskowiak.

Shadow's owner was willing to try anything to cure her.

"Whatever the cost needed to get this done we were willing to do," said Kortbein.

Then Packerland Veterinary Center offered them stem cell therapy. The dog's own stem cells are extracted, then injected back into the bloodstream joints.

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New Procedure Saves Dogs Lives

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Bone repair research at UC Davis

Friday, August 31st, 2012

With its world-renowned biomedical engineering program, School of Medicine and School of Veterinary Medicine, the University of California, Davis, brings a constellation of expertise to bear on the field of bone regeneration and repair.

Here are some of the UC Davis scientists engaged in bone-repair research:

Professor A. Hari Reddi holds the Lawrence Ellison Chair in Orthopedics at UC Davis. He has studied bone regeneration for more than 40 years and joined the faculty at UC Davis in 1997. His laboratory at the National Institutes of Health was the first to purify bone morphogenetic protein in the 1980s. His laboratory is studying the role of bone morphogenetic proteins in tissue engineering and regeneration of articular cartilage, with an eye toward helping patients with osteoarthritis. Although initially thought of in relation to bone, these proteins are now shown to be involved in brain, cartilage, kidney, lung, tooth and nerve differentiation as well as in heat regulation and iron metabolism, Reddi says. He has proposed changing the name to "body morphogenetic proteins" in view of their versatile role in the human body.

"BMPs are one of the most exciting chapters in modern developmental biology," he says.

More information: http://www.ucdmc.ucdavis.edu/ctrr/research/reddi.html

Understanding the healing and regeneration of cartilage is the aim of the Musculoskeletal Bioengineering Laboratory led by Professor Kyriacos Athanasiou, chair of the Department of Biomedical Engineering at UC Davis. Cartilage forms the hard covering at the ends of bones. Tissues such as the knee meniscus have to deal with demanding loads but show little or no ability to regenerate by themselves.

Athanasiou's lab aims to understand the healing processes of cartilage, and to augment those processes through tissue engineering. Their approach uses both biomechanical techniques and bioactive agents and signals. They are also interested in stem cell technologies to repair cartilage and connective tissue.

The team has partnered with surgeons at the UC Davis Veterinary Medical Teaching Hospital to regrow jawbones for dogs that have lost part of their jaw due to cancer or injury. The technique uses a sponge-like scaffolding impregnated with bone morphogenetic protein, which is inserted into the space where the bone was removed. The growth-promoting protein stimulates the dogs remaining jawbone to grow new bone cells, eventually filling the entire defect and integrating with the native bone.

More information: http://www.bme.ucdavis.edu/athanasioulab/

Kent Leach, associate professor of biomedical engineering, is working with matrix materials that encourage the growth of new bone from stem cells. With funding from The Hartwell Foundation, he is working on treatments that could be used in babies with craniosynostosis, a condition where the bones of the skull fuse too early. In a project funded by the U.S. Department of Defense, Leach is studying a gel-like matrix that can be seeded with adult stem cells from fat and used to heal bone fractures more rapidly.

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