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College of Veterinary Medicine | Kansas State University

June 19th, 2015 9:48 pm

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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Vietnam Stem Cell Medical Tourism Keyword & Webs …

June 19th, 2015 9:48 pm

We're looking for digital marketers to do local language research for stem cell therapy and medical tourism related keywords in local language (Vietnamese) on local search engines such as Google.com.vn. The required deliverables for the project: 1. Top 30 search terms for Myanmar on local search engines in local language that is relevant to the local culture towards medical tourism for treatments that is related to stem cell therapy and anti-aging. (Please provide the English translation of the keywords) 2. Based on the top 30 search terms and any other means, research for the top treatment destinations outside of Myanmar for stem cell therapy and related treatments. Please provide between 3-5 top destinations with short description why these are the selected top destinations. 3. Also based on the top 30 search terms, please provide the top websites that are acting as agents and/or related to providing outbound medical tourism services. Please provide at least 15 websites with a short description in English. 4. Deliver in PowerPoint (ppt) format with screenshots of the selected websites for number 2. References for basis of research: 1. Please refer to Clinique La Prairie for the types of medical services and stem cell therapy for the basis of the research. 2. Sample English keywords related to the type of services the project is about. Medical Tourism health tourism wellness tourism medical care abroad health and wellness tourism international health travel global health travel overseas healthcare healthcare tourism Regenerative Medicine rejuvenation therapy rejuvenation procedure medical rejuvenation medical rejuvenation centre regenerative clinics regenerative therapy service regenerative health care preventive medicine predictive medicine longevity medicine therapeutic medicine Stem Cell stem cell therapy stem cell treatment stem cell transplant stem cell for cancer stem cell for diabetes stem cell for arthritis cell therapy clinics stem cell procedure stem cell banking cultured stem cells stem cell injections stem cell osteoarthritis stem cell for back pain Turn around due date for all deliverables: 24 June 2015

We're looking for digital marketers to do local language research for stem cell therapy and medical tourism related keywords in local language (Vietnamese) on local search engines such as Google.com.vn. The required deliverables for the project: 1. Top 30 search terms for Vietnam on local search engines in local language that is relevant to the local culture towards medical tourism for treatments that is related to stem cell therapy and anti-aging. (Please provide the English translation of the keywords) 2. Based on the top 30 search terms and any other means, research for the top treatment destinations outside of Vietnam for stem cell therapy and related treatments. Please provide between 3-5 top destinations with short description why these are the selected top destinations. 3. Also based on the top 30 search terms, please provide the top websites that are acting as agents and/or related to providing outbound medical tourism services. Please provide at least 15 websites with ...

Jun 17, 2015

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Stem Cell Research – Newsbatch

June 19th, 2015 9:46 pm

What have been the latest developments in the stem cell controversy?

Political pressure to expand the level of government-funded stem cell research has increased amid ongoing reports of the potential medical efficacy of such treatments. Congress passed legislation authorizing such expansion but President Bush vetoed the legislation based his religious convictions. There is some indication from scientific advances of the improved potential of non-embryonic stem cells.

The medical possibilities which might result from stem cell research continues to excite the scientific community. There are some indications that progress is being made in developing alternatives to the use of embryos in pursuing this technology. If this happens, most political/ethical concerns regarding the matter will be resolved. The competitive aspects of this research were evidence by recent revelations that a South Korean scientist had faked research that had purported replicated individual DNA.

The stem cell controversy is an issue in the 2008 Presidential campaign in part because of the recent death of former President Ronald Reagan from Alzheimer's disease. Some of his family members have been vocal advocates of the potential of stem cell research to provide treatments for such conditions and his son spoke at the Democratic convention on the subject. Recent polls indicate that the research proposals have widespread public support even among Republican voters. Voters in California recently approved a ballot measure to establish a public funded stem cell research program in that state. As in past election years, the 2008 Democratic platform supports funding this research. The 2008 Republican platform continues to reflect the party's religious based opposition to embryonic stem cell research. There are indications that some European and Asian countries have the green light to actively pursue this research.

On March 9, 2009, President Obama issued an executive order removing the restriction on federal funding for newer stem cell lines. Researchers are still limited by budget language prohibiting federal funding for research involving destroyed or discarded embryos. But researchers can use federal funds on new lines which had been created with private funds or state funding.

What are "stem cells"?

For purposes of the current controversy, these cells are known as "pluripotent stem cells". These are specialized cells which are formed at the very beginning stages of human embryo development and are part of what is known as a blastocyst (see illustration). These cells are unique because at this stage in development they are not specialized and have the capacity to develop into 130 different human tissue types.

Why are these stem cells important to medical scientists?

Although research is only in the early stages, there is a growing consensus among researchers that many very effective medical treatments can be realized through cloning stem cells. This is because these cells can be made to replicate specific human tissues. These cells offer the possibility of a renewable source of replacement cells and tissue to treat a myriad of diseases, conditions, and disabilities including Parkinson's and Alzheimer's diseases, spinal cord injury, stroke, burns, heart disease, diabetes, osteoarthritis and rheumatoid arthritis. There is almost no realm of medicine that might not be touched by this innovation.

How are stem cells obtained?

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Sermorelin Doctors | My Aging Well Network

June 19th, 2015 6:49 am

One of the soundest principles throughout life is to focus on perfecting yourself, instead of trying to change the behavior of others. Finding out how to get a Sermorelin Doctors Prescription to eliminate your unhealthy low hgh symptoms is an excellent way to focus your attention on giving your body exactly what it now needs.

When you have been struggling with low energy, stubborn belly fat, a lack of sexual desire, and an overall feeling of lethargy, your bodys decreasing human growth hormone levels are usually responsible. However, there is something you can do to eliminate those symptoms and actually significantly improve your overall healthiness and vitality, allowing you to feel and look like the best possible version of yourself!

Our safe and highly effective doctor prescribed Sermorelin injections stimulate you pituitary gland to jump-start the restoring of your bodys natural growth hormone supply. As a result, you will experience an amazing increase in energy, stamina and your desire for sexual intimacy. Your stubborn belly fat will rapidly melt away, and your muscle and skin tone will quickly improve. In fact, with our injectable Sermorelin therapy, you will even reduce your risk for heart disease, stroke, osteoporosis and diabetes! That is how important having an adequate supply of hgh actually is to sustaining your overall health and wellness. However, without treatment your low hgh levels will only continue to decline and your symptoms will continue to intensify over time unless you have decided that getting a Sermorelin Doctors Prescription makes more sense than giving up on ever feeling really good again. With the help of our doctors who specialize in Sermorelin therapy for hgh deficiency, you can focus on how great you feel instead of how old and tired youve been feeling.

As you experience the astonishing and long-lasting Sermorelin benefits that our treatment provides you with, you will discover that you havent felt this energetic and alive since you were in your twenties! You will notice that as your fresh supply of hgh rejuvenates every cell, system and organ in your body, everything about your lifestyle is greatly enhanced by the benefits of your treatment with our doctor prescribed Sermorelin treatment. From your performance at work to the time that you spend with your family and friends, our proven therapy for increasing your bodys natural growth hormone supply is a life-changing experience!

Our doctors know that it is difficult to be happy with your lifestyle when your symptoms associated with low human growth hormone levels take over so we have made it easy and convenient for you to get the help you need. We have also made sure that it is easy and convenient for you to get the facts about treatment with Sermorelin injections just by calling us at our toll-free number. Thats because when it comes to successfully eliminating your unhealthy symptoms, we are dedicated to providing you with a Sermorelin Doctors Prescription that has been created with your own specific needs and goals in mind.

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Veterinary medicine – Wikipedia, the free encyclopedia

June 19th, 2015 6:46 am

"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]

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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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Como Comprar Tamoxifeno En Costa Rica

June 19th, 2015 6:45 am

General information

Nolvadex belongs to the class of anti-estrogens. The medicine is prescribed for breast cancer treatment. This type of medication is acting like an antagonist of estrogen receptor and completely prevents estrogen influence on tumors caused by this hormone. Blockading estrogen Nolvadex stops tumor growth. Nolvadex treats cancer that has spread to other parts of the body. It can be used by women who are at high risk for breast cancer and by women with DCIS (after surgery and radiation) to decrease the risk of developing breast cancer.

It is recommended to take the medicine as it was prescribed by your doctor. Take it with a big glass of water. Do not exceed your prescribed dosage. The recommended dose of tamoxifen is 20 mg to 40 mg daily taken in 1 dose or in 2 divided doses. It may be taken with or without food.

Before taking tamoxifen, tell your doctor or pharmacist if you are allergic to it; or if you have any other allergies. Being treated with Nolvadex the patient should be monitored for any abnormal vaginal bleeding, changes in menstrual periods, change in vaginal discharge, or pelvic pain or pressure. It can increase the possibility of endometrial cancer development. Before using this medication, tell your doctor or pharmacist your medical history, especially of: high cholesterol/triglycerides, limited or no ability to walk (immobility), diabetes, high blood pressure, smoking, cataracts, liver disease.

Pregnant and breastfeeding women and patients with hypersensitivity to Nolvadex can't use the medicine. Patients with eye diseases, hyperlipidemia, leukopenia, thrombocytopenia, hypercalcemia, severe thrombophlebitis, and thromboembolism should be monitored.

Common side effects are hot flashes, mild nausea or vomiting, weight gain, abnormal menstrual periods, bone pain, skin rash, lightheadedness, leg cramps, yellow eyes or skin, unexpected vaginal bleeding, vision changes (e.g., blurred vision), rash, itching, swelling of the face, tongue, throat, severe dizziness, trouble breathing. This is not a complete list of possible side effects. If you notice other effects not listed above, contact your doctor or pharmacist immediately.

The medicine can cause abnormalities in liver and blood tests, so regular monitoring of side effects caused by Nolvadex is required. In any sign of side effect a patient should consult his doctor.

Take the missed dose as soon as possible. If it is almost time of the next intake just skip it and go back to your schedule.

If you think you have overdosed the medicine seek emergency medical help immediately. Symptoms of overdose may include: shaking, unsteady walking, fainting, irregular heartbeat.

Store the medicine at room temperature between 20-25 C (68-77 F).

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preventative medicine | Michigan Associates of Acupuncture …

June 19th, 2015 6:45 am

November 10, 2014 By Eran Reznik Leave a Comment

When was the last time you had a preventative treatment?

In every social event or new encounter I have with people there is a question that comes upso what do you do for a living? being an acupuncturist and a healer, immediately after my answer I get a list of medical diagnoses and health issues with a question following can acupuncture help with it? Or even better I had acupuncture and it helped me a lot!

Dont get me wrong, I love talking about acupuncture, it is my passion. It is also my absolutepleasure to give as much information as I can to anyone who is interested in hearing. But when was the last time you had acupuncture? And if you didwhy did you stop? Are you 100% fine now?

Acupuncture (Chinese medicine) is originally a preventative medicine. When Chinese medicine is taught,the practitionerlearns about the healthy body and the way to maintain good health. Only after, it is taught how to bring someone back to balance from illness.

In ancient China every village or community had its Dr. The medicine man would be reworded for the amount of healthy patients he had and not for the sick. It is written in the Huang Di Nei Jing that the most skillful Dr. is treating healthy patients. The reason is, that Chinese medicine is a preventative one in essence.

The skilled man would walk in his village or town and summon patients when the time was right. He knew the people of his community, their weaknesses and health tendencies. He also knew their energetic birth chart and would see if the upcoming energies in the next season are going to affect their health.

Most people pay hundreds of dollars every month for health insurance that does not insure their health at all. It is important, but doesnt prevent them from getting sick. Many people do not consider having a health issue even though being medicated for one. Everything is fine people say, but behind this sentence, stands at times,a longlist of drugs they depend on and a history of highly invasive medical procedures.

Being medicated (at times necessary) doesnt fix the problem, the root cause is still present. Eventually if no energetic change is done, new symptom or illness might rise. Acknowledgment that something is off track, is the first step towards a positive shift and real healing. There is always something to work on.

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molecular and human genetics | Momentum – The Baylor …

June 19th, 2015 6:44 am

Dr. Jeffrey Noebels, professor of neurology and molecular and human genetics, is leading a new research center of international scientists who seek to answer questions that arise from the mystery of sudden unexpected death in epilepsy (SUDEP).

While you may have tuned into the Grammy awards this month, a smaller group waited at their keyboard to see who would win the 2015 Lab Grammy for Education Video and Song Parody Video of the year awarded by BioTechniques.

What drives innovation? For Dr. Trey Westbrook its a personal mission to find new treatments for invasive breast cancer. His work focuses on the genetic mechanisms and key targets for treating triple-negative breast cancer.

Immigrants make the journey to the United States for a number of reasons. For physician and medical researcher Huda Zoghbi, her journey began with a dangerous war that left her no choice. Growing up in Beirut, Lebanon, Huda could not have been any happier. The citys peaceful and vibrant atmosphere in the 1970s was inviting Continue reading

This feature is part of an ongoingseriesthat focuses on VIICTR.org, highlighting clinical and translational research at Baylor College of Medicine. Dr. Christian Schaaf wants to identify the underlying cause of high-functioning autism. Schaaf, physician-scientist, is an assistant professor of molecular and human genetics at Baylor College of Medicine and a member of the Jan and Continue reading

Baylor College of Medicines genetics program continues to break barriers in diagnosing rare diseases through the use of advanced genome testing. Often the diagnosis is just the starting point for researchers, uncovering a rare disease where little is known and funding to study it is scarce or nonexistent. One family who has benefitted from Baylors Continue reading

Clinicians and scientists from Baylor College of Medicine and Texas Childrens Hospital will become part of a new national network joining forces to address prolonged undiagnosed medical conditions, through the National Institutes of Healths Undiagnosed Diseases Network. It was established to help address the most rare and difficult-to-solve medical cases from around the country and Continue reading

The study of genetics had a different look 50 years ago, and so did the researchers. This Throwback Thursday we take a look back in the careers of Dr. Thomas Caskey, professor of molecular and human genetics, and Dr. Art Beaudet, the Henry and Emma Meyer Chair in theDepartment of Molecular and Human Genetics, through Continue reading

When some professors prepare to step down as chair of a department there can be luncheons, speeches and plaques. For Dr. Arthur Beaudet, the Henry and Emma Meyer Chair in Molecular Genetics Professor and chair of theDepartment of Molecular and Human Genetics, there is singing and cup choreography, too. A riff on the popular Cups Continue reading

Our remarkable faculty received accolades over the past year for their professional achievements, research findings and contributions to medicine and science. Take a look back of the researchers, the awards and other events that happened during 2013. Dr. Kline receives Humanitarian Award Internationally recognized HIV/AIDS specialist, Dr. Mark Kline was honored in April by the Continue reading

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Global Stem Cells Group to Participate in the 15th …

June 19th, 2015 6:44 am

Global Stem Cells Group has announced plans to participate in the 15th International Congress of Aesthetic Medicine in Boca Del Rio, Veracruz July 9-12, 2015. Charles Mahl, M.D. and David B. Audley will represent GSCG as keynote speakers

MIAMI (PRWEB) June 16, 2015

Charles Mahl, M.D. and David B. Audley will represent Global Stem Cells Group, Inc. as keynote speakers at the 15th International Congress of Aesthetic Surgery in Boca del Rio in Veracruz, Mexico July 9-12, 2015. Mahl, a member of the Global Stem Cells Group Scientific Advisory Board, and Audley, the chairman and general secretary of the Regentech Alliance (RTA), will join more than 1,500 aesthetic surgeons and specialists in the fields of anti-aging and regenerative medicine from around the globe for the four day event.

Hosted by the Instituto de Estudios Superiores en Medicina (Institute of Advanced Studies in Medicine) in Veracruz, conference attendees will include an international lineup of physicians and medical practitioners in a variety of disciplines who will gather to discuss the newest therapies, protocols and innovative procedures available in aesthetic medicine.

Mahl, who maintains an active practice in regenerative medicine, preventive aging and pain therapies, will bring his expertise in prolotherapy, platelet rich plasma injections and stem cell therapies to the conference. Audley is a pioneer in the field of regenerative medicine and the founding executive director of the International Cellular Medicine Society (ICMS), the first professional medical association dedicated to the development of standards and accreditation for medical facilities engaged in cell-based therapies.

The conference will feature workshops in botulinum toxin applications for beginners and advanced students, and peeling treatments for stretch marks. Some of the topics to be addressed at the event include updates in aesthetic surgery, regenerative medicine therapies, platelet rich plasma applications, clinical and therapeutic stem cell applications, facial fillings, COFEPRIS guidelines, legal issues associated with aesthetic surgery and more.

The conference will take place at the Hotel Galerias Plaza Veracruz, Blvd. Adolfo Ruiz Cortines #3495, Costa Verde, Boca Del Ro, Veracruz. For more information on the 15th International Congress of Aesthetic Surgery, visit the Global Stem Cells Group website, email bnovas(at)stemcellsgroup(dot)com or call 305-224-1858.

About Global Stem Cell Group:

Global Stem Cells Group, Inc. is the parent company of six wholly owned operating companies dedicated entirely to stem cell research, training, products and solutions. Founded in 2012, the company combines dedicated researchers, physician and patient educators and solution providers with the shared goal of meeting the growing worldwide need for leading edge stem cell treatments and solutions. With a singular focus on this exciting new area of medical research, Global Stem Cells Group and its subsidiaries are uniquely positioned to become global leaders in cellular medicine.

About Charles Mahl, M.D.:

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Pros and Cons of Genetic Engineering – Buzzle

June 19th, 2015 6:43 am

The science of indirectly manipulating an organism's genes using techniques like molecular cloning and transformation to alter the structure and nature of genes is called genetic engineering. Genetic engineering can bring about a great amount of transformation in the characteristics of an organism by the manipulation of DNA, which is like the code inscribed in every cell determining how it functions. Like any other science, genetic engineering also has pros and cons. Let us look at some of them.

Pros of Genetic Engineering

Better Taste, Nutrition and Growth Rate Crops like potato, tomato, soybean and rice are currently being genetically engineered to obtain new strains with better nutritional qualities and increased yield. The genetically engineered crops are expected to have the capacity to grow on lands that are presently not suitable for cultivation. The manipulation of genes in crops is expected to improve their nutritional value as also their rate of growth. Biotechnology, the science of genetically engineering foods, can be used to impart a better taste to food.

Pest-resistant Crops and Longer Shelf life Engineered seeds are resistant to pests and can survive in relatively harsh climatic conditions. The plant gene At-DBF2, when inserted in tomato and tobacco cells is seen to increase their endurance to harsh soil and climatic conditions. Biotechnology can be used to slow down the process of food spoilage. It can thus result in fruits and vegetables that have a greater shelf life.

Genetic Modification to Produce New Foods Genetic engineering in food can be used to produce totally new substances such as proteins and other food nutrients. The genetic modification of foods can be used to increase their medicinal value, thus making homegrown edible vaccines available.

Modification of Genetic Traits in Humans Genetic engineering has the potential of succeeding in case of human beings too. This specialized branch of genetic engineering, which is known as human genetic engineering is the science of modifying genotypes of human beings before birth. The process can be used to manipulate certain traits in an individual.

Boost Positive Traits, Suppress Negative Ones Positive genetic engineering deals with enhancing the positive traits in an individual like increasing longevity or human capacity while negative genetic engineering deals with the suppression of negative traits in human beings like certain genetic diseases. Genetic engineering can be used to obtain a permanent cure for dreaded diseases.

Modification of Human DNA If the genes responsible for certain exceptional qualities in individuals can be discovered, these genes can be artificially introduced into genotypes of other human beings. Genetic engineering in human beings can be used to change the DNA of individuals to bring about desirable structural and functional changes in them.

Cons of Genetic Engineering

May Hamper Nutritional Value Genetic engineering in food involves the contamination of genes in crops. Genetically engineered crops may supersede natural weeds. They may prove to be harmful for natural plants. Undesirable genetic mutations can lead to allergies in crops. Some believe that genetic engineering in foodstuffs can hamper their nutritional value while enhancing their taste and appearance.

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Biotechnology Salaries | Salary.com

June 19th, 2015 6:42 am

(Biotechnology Pay Scales)

What are the average salary ranges for jobs in the Biotechnology category? Well there are a wide range of jobs in the Biotechnology category and their pay varies greatly. If you know the pay grade of the job you are searching for you can narrow down this list to only view Biotechnology jobs that pay less than $30K, $30K-$50K, $50K-$80K, $80K-$100K, or more than $100K. If you are unsure how much your Biotechnology job pays you can choose to either browse all Biotechnology salaries below or you can search all Biotechnology salaries. Other related categories you may wish to browse are Healthcare -- Technicians jobs and Pharmaceuticals jobs.

Accounting Administrative, Support, and Clerical Advertising Aerospace and Defense Agriculture, Forestry, and Fishing Architecture Arts and Entertainment Automotive Aviation and Airlines Banking Biotechnology Clergy Construction and Installation Consulting Services Customer Services Education Energy and Utilities Engineering Entry Level Environment Executive and Management Facilities, Maintenance, and Repair Financial Services Fire, Law Enforcement, and Security Food, Beverage, and Tobacco Government Graphic Arts Healthcare -- Administrative Healthcare -- Nursing Healthcare -- Practitioners Healthcare -- Technicians Hotel, Gaming, Leisure, and Travel Human Resources Insurance Internet and New Media IT -- All IT -- Computers, Hardware IT -- Computers, Software IT -- Executive, Consulting IT -- Manager IT -- Networking Legal Services Library Services Logistics Manufacturing Marketing Materials Management Media -- Broadcast Media -- Print Military Mining Non-Profit and Social Services Personal Care and Service Pharmaceuticals Planning Printing and Publishing Public Relations Purchasing Real Estate Restaurant and Food Services Retail/Wholesale Sales Science and Research Skilled and Trades Sports and Recreation Telecommunications Training Transportation and Warehousing jobs in All Aerospace & Defense Biotechnology Business Services Chemicals Construction Edu., Gov't. & Nonprofit Energy & Utilities Financial Services Healthcare Hospitality & Leisure Insurance Internet Media MFG Durable MFG Nondurable Pharmaceuticals Retail & Wholesale Software & Networking Telecom Transportation industry All $100,000+ $80,000 - $100,000 $50,000 - $80,000 $30,000 - $50,000 $10,000 - $30,000 salary range

Alternate Job Titles: Entry Level Biochemist , Chemist I, biological

Alternate Job Titles: Intermediate Level Biochemist , Chemist II, biological

Alternate Job Titles: Senior Biochemist , Chemist III, biological

Alternate Job Titles: Entry Level Biologist

Alternate Job Titles: Intermediate Level Biologist

Alternate Job Titles: Senior Biologist

Alternate Job Titles: Biologist - Specialist , Biologist - Consultant

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Stem Cells Rheumatoid Arthritis – Stem Cell…

June 16th, 2015 12:53 am

Rheumatoid arthritis(RA) is a chronic, systemic inflammatory disorder that may affect many tissues and organs, but principally attacks synovial joints. The process produces an inflammatory response of the synovium (synovitis) secondary to hyperplasia of synovial cells, excess synovial fluid, and the development of pannus in the synovium. The pathology of the disease process often leads to the destruction of articular cartilage and ankylosis of the joints. Rheumatoid arthritis can also produce diffuse inflammation in the lungs, pericardium, pleura, and sclera, and also nodular lesions, most common in subcutaneous tissue under the skin. Although the cause of rheumatoid arthritis is unknown, autoimmunity plays a pivotal role in both its chronicity and progression, and RA is considered as a systemic autoimmune disease.About 1% of the worlds population is afflicted by rheumatoid arthritis, women three times more often than men. Onset is most frequent between the ages of 40 and 50, but people of any age can be affected. It can be a disabling and painful condition, which can lead to substantial loss of functioning and mobility if not adequately treated. It is a clinical diagnosis made on the basis of symptoms, physical exam, radiographs (X-rays) and labs; although the American College of Rheumatology (ACR) and the European League Against Rheumatism (EULAR) publish diagnostic guidelines. Diagnosis and long-term management are typically performed by rheumatologist, an expert in auto-immune diseases.[1]Various treatments are available. Non-pharmacological treatment includes physical therapy, orthoses, occupational therapy and nutritional therapy but do not stop progression of joint destruction. analgesia (painkillers) and anti-inflammatory drugs, including steroids, are used to suppress the symptoms, while disease-modifying ant rheumatic drugs (DMARDs) are required to inhibit or halt the underlying immune process and prevent long-term damage. In recent times, the newer group of biologics has increased treatment options.[1]

Rheumatoid arthritis is a form of autoimmunity, the causes of which are still incompletely known. It is a systemic (whole body) disorder principally affecting synovial tissues.

Recent new work to harness the patients stem cells, while combined with low dose chemotherapy has also proved significant in a number of trials. The modification of the autoimmune dysfunctions with stabilization and some reversals of the disease are shown in a number of studies below. It should be noted that in a number of the autoimmune diseases long term response has been observed.

Autologous Stem-Cell Transplant: Phases of the Procedure:

After a review of your medical records and discussions with medical staff, a protocol is designed especially for you. Specifics of your condition are addressed along with any special needs. It may be similar to the one illustrated below:

Day 1:

At the clinic you will be examined by our physicians. Information including any risks and expectations concerning your treatment, plus answers to any questions you may have will be addressed. A blood draw, to determine cell counts and other chemistries will be collected and cell expansion medication may be administered. Then you will return to your hotel for a restful day or a good nights sleep.

Day 2:

At the clinic our physician/s will review the laboratory results, determine if the cell count is within range, and discuss the response to the stimulation. They may or may not provide additional cell expansion medications and may add adjunctive treatments. The levels of your response will determine if you would return to the hotel, with little restriction on your activities, or possibly go forward with harvesting and processing your cells.

Day 3:

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Stem Cell Of America | Breakthrough Stem Cell Treatment

June 15th, 2015 8:49 am

Treatment

The Stem Cell treatment performed at our clinics is a painless medical procedure where Stem Cells (cellular building blocks) are usually administered intravenously and subcutaneously (under the skin). The whole procedure takes approximately one hour and has no known negative side effects.

Following the treatment, the Fetal Stem Cells will travel throughout the body, detecting damaged cells and tissue and attempts to restore them. The Fetal Stem Cells can also stimulate existing normal cells and tissues to operate at a higher level of function, boosting the bodys own repair mechanisms to aid in the healing process. These highly adaptive cells then remain in the body, continually locating and repairing any damage they encounter.

As with any medical treatment, safety should be of the highest priority. The Stem Cells used in our treatment undergo extensive screening for possible infection and impurities. Utilizing tests more sophisticated than those regularly used in the United States for Stem Cell research and transplant. Our testing process ensures we use only the healthiest cells to enable the safest and most effective Fetal Stem Cell treatment possible. And, unlike other types of Stem Cells, there is no danger of the bodys rejection of Fetal Stem Cells due to the fact they have no antigenicity (cellular fingerprint). This unique quality eliminates the need for drugs used to suppress the immune system, which can leave a patient exposed to serious infections.

With over 3000 patients treated, Stem Cell Of America has achieved positive results with a wide variety of illnesses, conditions and injuries. Often, in cases where the diseases continued to worsen, our patients have reported substantial improvements following the Stem Cell treatment.

Patients have experienced favorable developments such as reduction or elimination of pain, increased strength and mobility, improved cognitive function, higher tolerance for chemotherapy, and quicker healing and recovery.

To view follow up letters from patients, please visit the patient experiences page on our website.

All statements, opinions, and advice on this page is provided for educational information only. It is not a substitute for proper medical diagnosis and care. Like all medical treatments and procedures, results may significantly vary and positive results may not always be achieved. Please contact us so we may evaluate your specific case.

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California Stem Cell Report

June 15th, 2015 8:49 am

The California stem cell agency this week received good marks for changes made by its new president, but it is also being told that it needs to improve how it tracks potential royalties and how it prevents grant reviewer conflicts of interest.

A "performance audit" by Moss-Adams, a Seattle business consulting firm, made 12 recommendations for the $3 billion research enterprise. One of the 12 was to implement the unfulfilled recommendations made by Moss-Adams three years ago. Seven of the 24 from that audit still need more action, the firm said.

On Thursday, the agency's governing board is scheduled to discuss the latest audit at a meeting in Berkeley. The study is required by state law every three years. The agency's scientific performance, however, is specifically excluded from being examined. Moss-Adams is scheduled to receive $230,000 from the agency for the audit, which was for the 2013-14 year.

On Sunday, the California Stem Cell Report covered the deficiencies involving disclosures of the financial interests of grant reviewers.

Other areas of concern included the need for better tracking of intellectual property that could mean royalties for the state, more timely review of progress reports from grantees, more timely, formal evaluation of employees and keeping up-to-date on technology related to grant management and agency efficiency.

Under the subject of "commendations," Moss-Adams said that CIRM had "many strengths." The consultant said the agency has made "significant strides" in three areas: the grant management system, grants process improvements and "organizational culture."

The grants process comment referred to CIRM 2.0, the fast-track funding program initiated by Randy Mills since he became president a year ago. The organizational culture commendation also involved Mills' efforts, but touched indirectly and delicately on the resignation of Robert Klein as chairman and the election of Jonathan Thomas to replace him in June of 2011.

The audit found significant deficiencies involving the treatment of CIRM employees, some of which have been addressed in a positive way already by Mills. One example cited by the audit involved performance evaluations that are tied to pay increases. It said that evaluations that were scheduled to occur in 2013-14 did not actually take place until January of this year.

Moss-Adams said the agency also needs to do better in monitoring and protecting its intellectual property (IP), which could generate royalties. Without tight tracking of the IP and inventions funded by CIRM research, the state could lose out on revenue. Backers of Proposition 71 told voters in 2004 that the state could receive more than $1 billion in royalties from CIRM research. So far, none has resulted.

Moss-Adams said that royalties are now more possible because the agency is backing late stage research that is more likely to make it into the market place.

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Longevity of light bulbs and how to make them last longer …

June 15th, 2015 8:48 am

Everybody would like to buy a light bulb which lasts at least as long as the box you bought it in claims it will. However, as I mentioned in the definite guide for declaration found on light bulb packages, the longevity of light bulbs is usually much shorter than it is declared on their package. In this article youre going to find out how you can try to make your light bulbs last longer without shifting to other type of lighting.

I decided to write about most commonly used types of light bulbs today: incandescent, CFL and LED light bulbs. An important fact is that there are many variations of light bulbs that are using the same technology, and their longevity as well as ways to prolong it will be generalized.

Among other factors, the lifetime of any lamp depends on operating voltage, manufacturing defects, exposure to voltage spikes, mechanical shock and vibrations, how often you turn the light on and off, and ambient operating temperature. Make sure to check the condition of your light fixtures and find a way (or a person) to check the wiring.

In cases of high voltage or a bad power provider, a silicon diode cap can be screwed over the base of the bulb to reduce the voltage passing through. By lowering voltage, they also lover the generated heat, however, they also reduce the light output to some extent.

Before jumping to the section you are interested in, you should also be advised to buy light bulbs from companies with stricter quality control and brands you trust in. In long term, the difference in price between alight bulb of quality and a cheap light bulb pays off when it comes to frequency of their replacement.

General Electric Company was the first to patent a method of making tungsten filaments for use in incandescent light bulbs back in 1906, and the method hasnt changed a great deal during that time. Although they do have the lowest initial cost, compared to CFLs and LED light bulbs, incandescent light bulbs have the shortest longevity and highest energy consumption for the same amount of lumens (light) they are able to emit. So, how to make them last longer?

As mentioned in article about declaration found on light bulb packages, most household bulbs which operate on higher voltage than declared lose around 60 percent of the declared life. That is why buying light bulbs with more volts (V) than it is proposed by standard in your country can prolong their operation. Another two factors which influence the longevity of incandescent light bulbs are temperature and vibrations.

Most incandescent bulbs have a tungsten filament which heats up as electricity passes through. The heat, which produces the light, makes the filament fragile and wears it off over time. This part will heat up faster as it has a higher resistance (P = I2R), thus causing further thinning of the already thinnest part. You should also enable the light bulb to dissipate the heat more easily and lower its exposure to cold temperatures.

The best way to counter this effect, and stick to usage of tungsten incandescent light bulbs, is to install a continuous (dial type) dimmer switch. By slowly turning on a cool light bulb, you prevent surges of electricity from rushing through the filament. Unlike some of the old dimmer switches, modern dimmers do lower energy consumption as well. Therefore, turning down the maximum amount of light to the amount you actually need makes your electricity bill lower, and your light bulb lifespan longer.

Incandescent light bulbs are also sensitive to vibrations that may come from slamming doors, machines, shocks or even noise. The solution to this problem is usage of vibration resistant fan bulbs or rough service light bulbs. These bulbs have an extra filament that reduces the vibrations. Unlike most standard incandescent bulbs which last anywhere between 700 and 1,000 hours, rough service light bulbs can withstand vibrations and can generally last 2 to 10 times longer.

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"Ethical Issues in Human Stem Cell Research: Executive …

June 15th, 2015 8:47 am

"Ethical Issues in Human Stem Cell Research: Executive Summary" was published in September 1999 by The US National Bioethics Advisory Commission in response to a national debate about whether or not the US federal government should fund embryonic stem cell research. "Ethical Issues in Human Stem Cell Research" recommended policy to US President William Clinton's administration, which advocated for federal spending on the use of stem research on stem cells that came from embryos left over from in vitro fertilization (IVF) fertility treatments. Although NBAC's proposals never became legislation, the report helped shape public, private, and international discourse on stem cell research policy.

The National Bioethics Advisory Commission (NBAC) was initially created by President William Clinton on 3 October 1995 and was chaired by Harold T. Shapiro, former president of Princeton University and the University of Michigan. The committee aimed to deliberate on bioethical issues that arose from research on human biology and behavior, during a period of national debate surrounding stem cell research. The committee included members with backgrounds in law, medicine, philosophy, ethics, theology, and psychology.

As the NBAC compiled its report from November 1998 to September 1999, two US laws regulated federal funding of human embryonic stem cell research. First, the 1993 National Institutes of Health Revitalization Act gave the National Institute of Health (NIH) authority to fund human embryo research. Second, the 1995 Dickey-Wicker Amendment banned the use of federal funds for research that created embryos solely for research purposes or research in which human embryos are destroyed. Both of these policies helped cause debate in November 1998 after at least three publications described new possibilities of stem cell research and related ethical quandaries. Within one week, two independent research teams, James Thomson and colleagues at the University of Wisconsin, in Madison, Wisconsin, and John Gearhart and his colleagues at The Johns Hopkins University School of Medicine, in Baltimore, Maryland, stated that they had isolated and cultivated human embryonic stem cells. Furthermore, the New York Times announced that the biotech company Advanced Cell Technology of Worcester, Massachusetts, developed a human-cow hybrid cell by removing the nucleus of the cow egg, and replacing it with the nucleus of a human cell. President Clinton called upon NBAC to evaluate the recently published research on stem cell derivation and somatic cell nuclear transfer. He gave the commission nine months to deliberate, consult experts, balance ethical claims, and formulate policy recommendations, which were ultimately presented in the report published in September 1999.

"Ethical Issues in Human Stem Cell Research: Executive Summary" is organized into an introduction, thirteen recommendations, and a conclusion. In the introduction, NBAC distinguishes embryonic stem (ES) cells for other stem cells as capable of developing into nearly any cell type, whereas adult stem cells have more specific fates, such as renewing tissue in the lining of the gut, revitalizing skin cells and producing a range of blood cells. NBAC then describes the various methods with which researchers derive stem cells, and it lists applications of stem cells for treating disorders.

The report distinguishes between two types of embryos. The first type includes embryos created solely for research purposes though IVF using somatic cell nuclear transfer, a process by which researchers remove the nucleus from a reproductive cell and then transfer the nucleus from a non-reproductive cell into the enucleated egg cell. The second type includes embryos that are initially created for infertility treatment using IVF. NBAC says that adult stem cells are not a legitimate alternative to ES cells because adult stem cells lack the potential to develop into as many cells as ES cells.

The second section of the executive summary presents NBAC's stance as to whether each category of ES cells should be federally funded. The commission asserts that the federal government should fund research using stem cells derived from embryos remaining after IFV infertility treatments. However, they argue that the federal government should not fund research using ESCs when the embryo is created for research purposes by either in vitro fertilization or somatic cell nuclear transfer. These recommendations conflicted with the Dickey-Wicker Amendment, which since 1995 had banned funding that supported the derivation of ES cells. NBAC said that, as leftover embryos from IVF existed, there was no reason to fund scientists to create new embryos for research.

In the third section of the executive summary, NBAC advised private research organizations to employ consistent and ethical standards in its research. They recommended that any federally funded research proposals should be reviewed by the National Stem Cell Oversight and Review panel, to ensure that there is adequate justification for the use of the cell lines. This review panel would require that embryo donors give informed consent for their donation, and it would advocate that the US government create laws that prevent the buying or selling of embryos. In the executive summary, NBAC says that whether the federal government funds embryonic stem cell research or not, or if it decides to fund only certain types of research, privately funded research is exempt from the guidelines of federally funded research. The private sector could not be held to the same standards by the US government, as their funding was not federal. Instead, the private sector would have to voluntarily comply with the requirements that federally funded researchers are obligated to, but with no guarantee that they would do so.

On 14 July 1999 the White House released a statement rejecting NBAC's preliminary recommendations. This was not the first time Clinton rejected the recommendations from his advisory commission. In 1994 Clinton had banned the use of federal funds for embryos created for the sole purpose of researcha few hours after the National Insitutue of Health's Human Embryo Research Panel published their conclusions advising otherwise.

In January 2000, President George Bush took office. July 2001, Shapiro, former chair of NBAC, wrote President Bush to offer NBAC's assistance and to notify him of NBAC's "Ethical Issues in Human Stem Cell Research" report. One month later in President George W. Bush's Announcement on Stem Cells, he revealed that the federal government would only fund embryonic stem cell research from already-existing stem cell lines, and it would not allow funding for the derivation of any new stem cells, regardless of NBACs recommendations. This law was federal policy until President Barack Obama lifted the ban by signing Executive Order 13505 on 9 March 2009, returning to legislation similar to the Clinton administration guidelines from August 2000.

Since its publication, "Ethical Issues in Human Stem Cell Research" was cited by numerous scientific organizations in the US and internationally. In June 1999 UK's Chief Medical Officer, Liam Donaldson, established an Expert Group to give advice on what areas of embryonic stem cell research should receive funding. The group's report, "Stem cell research: Medical progress with responsibility," published a year later, cited NBAC's report as a comparative model. In 2000 the UK's Nuffield Council on Bioethics based their guidelines on restrictions proposed by NBAC regarding the buying and selling of human embryos. When the Canadian Institutes of Health Research deliberated about stem cell research from 1999 to 2000, they also reference NBAC's stem cell recommendations. During this same time, other countries such as Japan and Singapore studied the proceedings and conclusions of the US's National Bioethics Advisory Committee while formulating their own positions on various biomedical topics.

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History of Stem Cell Research – Popular Issues

June 15th, 2015 8:47 am

QUESTION: What is the history of stem cell research?

ANSWER:

The history of stem cell research had a benign, embryonic beginning in the mid 1800's with the discovery that some cells could generate other cells. Now stem cell research is embroiled in a controversy over the use of human embryonic stem cells for research. In the early 1900's the first real stem cells were discovered when it was found that some cells generate blood cells.

The history of stem cell research includes work with both animal and human stem cells. Stem cells can be classified into three broad categories, based on their ability to differentiate. Totipotent stem cells are found only in early embryos. Each cell can form a complete organism (e.g., identical twins). Pluripotent stem cells exist in the undifferentiated inner cell mass of the blastocyst and can form any of the over 200 different cell types found in the body. Multipotent stem cells are derived from fetal tissue, cord blood, and adult stem cells. Although their ability to differentiate is more limited than pluripotent stem cells, they already have a track record of success in cell-based therapies.

A prominent application of stem cell research has been bone marrow transplants using adult stem cells. In the early 1900's physicians administered bone marrow by mouth to patients with anemia and leukemia. Although such therapy was unsuccessful, laboratory experiments eventually demonstrated that mice with defective marrow could be restored to health with infusions into the blood stream of marrow taken from other mice. This caused physicians to speculate whether it was feasible to transplant bone marrow from one human to another (allogeneic transplant). Among early attempts to do this were several transplants carried out in France following a radiation accident in the late 1950's. Performing marrow transplants in humans was not attempted on a larger scale until a French medical researcher made a critical medical discovery about the human immune system. In 1958 Jean Dausset identified the first of many human histocompatibility antigens. These proteins, found on the surface of most cells in the body, are called human leukocyte antigens, or HLA antigens. These HLA antigens give the body's immune system the ability to determine what belongs in the body and what does not belong. Whenever the body does not recognize the series of antigens on the cell walls, it creates antibodies and other substances to destroy the cell.

A bone marrow transplant between identical twins guarantees complete HLA compatibility between donor and recipient. These were the first kinds of transplants in humans. It was not until the 1960's that physicians knew enough about HLA compatibility to perform transplants between siblings who were not identical twins. In 1973 a team of physicians performed the first unrelated bone marrow transplant. It required 7 transplants to be successful. In 1984 Congress passed the National Organ Transplant Act, which among other things, included language to evaluate unrelated marrow transplantation and the feasibility of establishing a national donor registry. This led ultimately to National Marrow Donor Program (NDWP) a separate non-profit organization that took over the administration of the database needed for donors in 1990. The 1990's saw rapid expansion and success of the bone marrow program with more than 16,000 transplants to date for the treatment of immunodeficiencies and leukemia. Adult stem cells also have shown great promise in other areas. These cells have shown the potential to form many different kinds of cell types and tissues, including functional hepatocyte-like (liver) cells. Such cells might be useful in repairing organs ravaged by diseases.

In 1998, James Thompson (University of Wisconsin - Madison) isolated cells from the inner cell mass of early embryos, and developed the first embryonic stem cell lines. In the same year, John Gearhart (Johns Hopkins University) derived germ cells from cells in fetal gonadal tissue (primordial germ cells). Pluripotent stem cell "lines" were developed from both sources. The blastocysts used for human stem cell research typically come from in vitro fertilization (IVF) procedures. The ethical concerns over this type of embryonic stem cell research has been expressed in the following US legal regulations:

In 1973 a moratorium was placed on government funding for human embryo research. In 1988 a NIH panel voted 19 to 2 in favor of government funding. In 1990, Congress voted to override the moratorium on government funding of embryonic stem cell research, which was vetoed by President George Bush. President Clinton lifted the ban, but changed his mind the following year after public outcry. Congress banned federal funding in 1995. In 1998 DHHS Secretary Sullivan extended the moratorium. In 2000, President Bill Clinton allowed funding of research on cells derived from aborted human fetuses, but not from embryonic cells. On August 9, 2001, President George W. Bush announced his decision to allow Federal funding of research only on existing human embryonic stem cell lines created prior to his announcement. His concern was to not foster the continued destruction of living human embryos. In 2004, both houses of Congress have asked President George W. Bush to review his policy on embryonic stem cell research. President George W. Bush released a statement reiterating his moral qualms about creating human embryos to destroy them, and refused to reverse the federal policy banning government funding of ESC research (other than for ESC lines established before the funding ban).

In the November 2004 election, California had a Stem Cell Research Funding authorization initiative on the ballot that won by a 60% to 40% margin. It established the "California Institute for Regenerative Medicine" to regulate stem cell research and research facilities. It authorizes issuance of general obligation bonds to finance institute activities up to $3 billion dollars subject to an annual limit of $350 million.

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Integrative medicine – US News

June 15th, 2015 8:47 am

What is integrative medicine?

Integrative medicine is the practice of medicine that focuses on the whole person and makes use of all appropriate therapeutic approaches, healthcare professionals, and disciplines to achieve optimal health and healing.

It combines state-of-the-art, conventional medical treatments with other therapies that are carefully selected and shown to be effective and safe. The goal is to unite the best that conventional medicine has to offer with other healing systems and therapies derived from cultures and ideas both old and new.

Integrative medicine is based upon a model of health and wellness, as opposed to a model of disease. Whenever possible, integrative medicine favors the use of low-tech, low-cost interventions.

The integrative medicine model recognizes the critical role the practitioner-patient relationship plays in a patient's overall healthcare experience, and it seeks to care for the whole person by taking into account the many interrelated physical and nonphysical factors that affect health, wellness, and disease, including the psychosocial and spiritual dimensions of people's lives.

Many people mistakenly use the term integrative medicine interchangeably with the terms complementary medicine and alternative medicine, also known collectively as complementary and alternative medicine, or CAM. While integrative medicine is not synonymous with CAM, CAM therapies do make up an important part of the integrative medicine model.

Because, by its very nature, the components of integrative medicine cannot exist in isolation, CAM practitioners should be willing and able to incorporate the care they provide into the best practices of conventional medicine.

For example, CAM therapies such as acupuncture, yoga, meditation, and guided imagery are increasingly integrated into today's conventional treatment of heart disease, cancer, and other serious illnessesand scientific evidence supports this approach to health and healing.

Coordinating all of the care given to a patient is a cornerstone of the integrative medicine approach. Your primary care physician should work in tandem with such practitioners as your integrative medicine physician, integrative health coach, nutritionist, massage therapist, and acupuncturist.

Developed by experts at Duke Integrative Medicine, part of the Duke University Health System, the Wheel of Health is a guide to integrative medicine and health planning that represents Duke's unique approach to integrative medicine. It illustrates nine key areas of health and wellness and underscores the interrelatedness of body, mind, spirit, and community in the experience of optimum vitality and wellness, as well as in the prevention and treatment of disease.

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The Fat Stem Cell Count Mirage… – Regenexx

June 15th, 2015 8:46 am

This past month, while on the lecture circuit, I again heard many wild claims about how many more stem cells there were in fat thanbone marrow. The most recent claims now have this fat stem cell count number at 2,000 times more stem cells in fat. Are any of these numbers correct? Where did all of this information come from?

First, as youve read here, bone marrow stem cells are better for creating cartilage than fat stem cells with 13 papers published as of this week that back that statement up. We also have far more research that bone marrow works well to help orthopedic injuries than we have for fat stem cells. In addition, when weve used fat stem cells in the past weve been unimpressed.So lets explore the differences in stem cell content between the two in more depth.

When I asked a very knowledgeable physician who had a slide in his presentation that stated that fat had 2,000 X more stem cells where this slide came from, it turned out that it was prepared by the manufacturer of a fat stem cell processing device. When we both tried to search to find a reference to back this up, there was no scientific evidencethat supported this claim. However, since digging further into this issue, I think Ive found where the confusion began and how its been exploited by fat stem cell advocates without serious challenge.So where does this information come from? To begin that journey you first have to learn a bit about how many stem cells there are in fat.

As Ive blogged before, stem cell counts in fat are often wildly inflated. This seems to happen when less sophisticated flow cytometry devices run by scientists who should know better erroneously count a fat or oil droplet as a stem cell. Confusion is also abundant in how best to count stem cells in the first place. For example, do you count them using a simple culture technique called CFU analysis or with a more sophisticated machine called a flow cytometer? Each has its strengths and weaknesses. One of the problems with comparing fat and bone marrow stem cell counts is that since the stem cells from each source grow at different rates, using a culture based method where you grow cells (the CFU method) is fraught with apples to oranges error issues. Hence, for this discussion well use flow cytometry to discover the real differences between fat and bone marrow stem cell content. This is a complex machine that counts the markers on the stem cells, one by one, but very quickly.

First, lets just look at mesenchymal stem cell (MSC) content. MSCs represent about 1-5% of the total nucleated cells in fat versus 0.1-0.5% for bone marrow. This has not only been published, but its also consistent with what we see in our lab when we look at the MSC content of both tissues. So thats 10X more MSCs in fat than bone marrow. However, we have to be careful with that number, as there are many more nucleated cells in bone marrow. How many more? In one study each ml of bone marrow had about 1,000 times more nucleated cells per mg (roughly a ml) of fat. In fact, its this huge disparity in the total number of cells in each tissue that causes the nutty comparison numbers discussed above. For example, if you try to look at the percentageof stem cellsout of bone marrow that form colonies in culture (the CFU number), its going to be minuscule compared to fat. However, this is expressed as a percentage of total cells, which are 1,000 times greater in bone marrow! Even the flow cytometry data above is expressed as a percentage of the total cells being counted, with there being many more cells per ml in bone marrow. So the numeric advantage of a higher percentage of MSCs relative to the total cells in fat is washed away by the fact that there are far fewer total cells in fat. Now lets look atthe other stem cells found in bone marrow that arent present in fat.

Bone marrow contains not only MSCs, but also Hematopoietic Stem Cells (HSCs) which Ive blogged on previously are quite good at muscle repair. These arent found in fat in any significant quantity. How many of these HSCs are there in bone marrow? They represent about 1%+ of the total nucleated cells. So for our proprietary method of isolating stem cells from bone marrow, on averagewe get around 150 million total cells per ml of isolate injected (thats only from one of the fractions in bone marrow that we isolate). So thats 1.5 million HSCs per ml injected. Bone marrow also has endothelial progenitor cells (EPCs), which are key in creating new blood supply, which is often critical for chronic orthopedic injuries, many of which dont heal because they happen in areas of poor blood supply. Finally, bone marrow also contains the newly discovered OCR cell which is specific for orthopedic tissue repair.

So does fat really have 2,000 times more stem cells than bone marrow? Nope. Does it have 500 times or even 10 times more? Nope. In fact, if you adjust for the fact that there are 1,000 more cells per unit volume in bone marrow than fat, the concept that fat has any more MSCs than bone marrow seems like a weak argument. In addition, once youadd in the fact that bone marrow has three stem cell types critical for orthopedic tissue repair that arent present in abundance in fat, the fat has more stem cells argument gets even weaker. The HPCs in bone marrow alone (without the EPCs and OCR cells) shows that bone marrow has more orthopedic injury relevant stem cells than fat. If you then look at studies showing that bone marrow MSCs outperform fat MSCs for things like cartilage repair, the case for using fat stem cells to treat orthopedic injuries becomes extremelyweak.

The upshot? The idea that fat has dramatically more stem cells than bone marrow seems like a lot of things these days in the stem cell wild west an urban myth. The mythseems to have been perpetuated by adipose stem cell advocates who began to compare the percentage of MSCs in fat to bone marrow using the proportion of MSCs to total cells found in the tissue. The proponents of the fat has more stem cells myth then left out a critical number that bone marrow has 1,000 times more cells per unit volume than fat. Oops! They also left out the fact that there are other relevant stem cells in bone marrow that arent in fat. In the end, when you look at the comparison critically, there are just as many if not more stem cells in bone marrow than fat!

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Human Dental Pulp-Derived Stem Cells Promote Locomotor …

June 15th, 2015 8:46 am

Characterization of isolated human SHEDs and DPSCs for use in transplantation studies. Flow cytometry analysis showed that the SHEDs and DPSCs expressed a set of mesenchymal stem cell (MSC) markers (i.e., CD90, CD73, and CD105), but not endothelial/hematopoietic markers (i.e., CD34, CD45, CD11b/c, and HLA-DR) (Table 1). Like human BMSCs, both the SHEDs and DPSCs exhibited adipogenic, chondrogenic, and osteogenic differentiation as described previously (refs. 16, 17, and data not shown). The majority of SHEDs and DPSCs coexpressed several neural lineage markers: nestin (neural stem cells), doublecortin (DCX; neuronal progenitor cells), III-tubulin (early neuronal cells), NeuN (mature neurons), GFAP (neural stem cells and astrocytes), S-100 (Schwann cells), and A2B5 and CNPase (oligodendrocyte progenitor cells), but not adenomatous polyposis coli (APC) or myelin basic protein (MBP) (mature oligodendrocytes) (Figure 1A and Table 1). This expression profile was confirmed by immunohistochemical analyses (Figure 1B).

Characterization of the SHEDs and DPSCs used for transplantation. (A) Flow cytometry analysis of the neural cell lineage markers expressed in SHEDs. Note that most of the SHEDs and DPSCs coexpressed neural stem and multiple progenitor markers, but not mature oligodendrocytes (APC and MBP). (B) Confocal images showing SHEDs coexpressed nestin, GFAP, and DCX. SHEDs also expressed markers for oligodendrocyte progenitor cells (A2B5 and CNPase), but not for mature oligodendrocytes (APC and MBP). Scale bar: 10 m. (C) Real-time RT-PCR analysis of the expression of neurotrophic factors. Results are expressed as fold increase compared with the level expressed in skin fibroblasts. Data represent the average measurements for each cell type from 3 independent donors. This set of experiments was repeated twice and yielded similar results. Data represent the mean SEM. *P < 0.01 compared with BMSCs and fibroblasts (Fbs).

Flow cytometry of stem cells from humans

Next, we examined the expression of representative neurotrophic factors by real-time PCR. Both the SHEDs and DPSCs expressed glial cellderived neurotrophic factor (GDNF), brain-derived neurotrophic factor (BDNF), and ciliary neurotrophic factor (CNTF) at more than 3 to 5 times the levels expressed by skin-derived fibroblasts or BMSCs (Figure 1C).

We further characterized the transcriptomes of SHEDs and BMSCs by cDNA microarray analysis. This gene expression analysis revealed a 2.0-fold difference in the expression of 3,318 of 41,078 genes between SHEDs and BMSCs. Of these, 1,718 genes were expressed at higher levels in the SHEDs and 1,593 genes were expressed at lower levels (data not shown). The top 30 genes showing higher expression in the SHEDs were in the following ontology categories: extracellular and cell surface region, cell proliferation, and tissue/embryonic development (Table 2).

Functional gene classification in SHEDs versus BMSCs

SHEDs and DPSCs promoted locomotor recovery after SCI. To compare the neuroregenerative activities of human SHEDs and DPSCs with those of human BMSCs and human skin fibroblasts, we transplanted the cells into the completely transected SCs, as described in Methods, and evaluated locomotion recovery using the Basso, Beattie, Bresnahan locomotor rating scale (BBB scale) (24). Remarkably, the animals that received SHEDs or DPSCs exhibited a significantly higher BBB score during the entire observation period, compared with BMSC-transplanted, fibroblast-transplanted, or PBS-injected control rats (Figure 2A). Importantly, their superior recoveries were evident soon after the operation, during the acute phase of SCI. After the recovery period (5 weeks after the operation), the rats that had received SHEDs were able to move 3 joints of hind limb coordinately and walk without weight support (P < 0.01; Supplemental Videos 1 and 2), while the BMSC- or fibroblast-transplanted rats exhibited only subtle movements of 12 joints. These results demonstrate that the transplantation of SHEDs or DPSCs during the acute phase of SCI significantly improved the recovery of hind limb locomotor function. Since the level of recovery was similar in the SHED- and DPSC-transplanted rats, we focused on the phenotypical examination of SHED-transplanted rats to elucidate how tooth-derived stem cells promoted the regeneration of the completely transected rat SC.

Engrafted SHEDs promote functional recovery of the completely transected SC. (A) Time course of functional recovery of hind limbs after complete transection of the SC. A total of 1 106 SHEDs, DPSCs, BMSCs, or fibroblasts were transplanted into the SCI immediately after transection. Data represent the mean SEM. **P < 0.001, *P < 0.01 compared with SCI models injected with PBS. (BD) Representative images (B and C) and quantification (D) of NF-Mpositive nerve fibers in sagittal sections of a completely transected SC, at 8 weeks after SCI. Dashed lines outline the SC. Insets are magnified images of boxed areas in B and C. (D) Nerve fiber quantification, representing the average of 3 experiments performed under the same conditions. The x axis indicates specific locations along the rostrocaudal axis of the SC (3 mm rostral and caudal to the epicenter), and y axis indicates the percentage of NF-Mpositive fibers compared with that of the sham-operated SCs at the ninth thoracic spinal vertebrate (Th9) level. Data represent the mean SEM. *P < 0.05 compared with SCI models injected with PBS. Scale bars: 100 m and inset 20 m (B) and 50 m (C). Asterisks in B and C indicate the epicenter of the lesion.

SHEDs regenerated the transected corticospinal tract and raphespinal serotonergic axons. To examine whether engrafted SHEDs affect the preservation of neurofilaments, we performed immunohistochemical analyses with an antineurofilament M (NF-M) mAb, 8 weeks after transection. Compared with the PBS-treated control SCs, the SHED-transplanted SCs exhibited greater preservation of NF-positive axons from 3 mm rostral to 3 mm caudal to the transected lesion site (Figure 2, B and C; asterisk indicates epicenter). The percentages of NF-positive axons in the epicenter of the SHED-transplanted and control SCs were 35.8% 13.0% and 8.7% 3.4%, respectively, relative to sham-treated SCs (Figure 2D).

Regeneration of both the corticospinal tract (CST) and the descending serotonergic raphespinal axons is important for the recovery of hind limb locomotor function in rat SCI. We therefore examined whether these axons had extended beyond the epicenter in the SHED-transplanted SCs. The CST axons were traced with the anterograde tracer biotinylated dextran amine (BDA), which was injected into the sensorimotor cortex. The serotonergic raphespinal axons were immunohistochemically detected by a mAb that specifically reacts with serotonin (5-hydroxytryptamine [5-HT]), which is synthesized within the brain stem. We found that both BDA- and 5-HTpositive fibers extended as far as 3 mm caudal to the epicenter in the SHED-transplanted but not the control group (Figures 3 and 4). Furthermore, some BDA- and 5-HTpositive boutons could be seen apposed to neurons in the caudal stump (Figure 3D and Figure 4C), suggesting that the regenerated axons had established new neural connections. Notably, although the number of descending axons extending beyond the epicenter was small, we observed many of them penetrating the scar tissue of the rostral stump (Figure 3A and Figure 4A). The percentages of 5-HTpositive axons of the SHED-transplanted SCs at 1 and 3 mm rostral to the epicenter were 58.9% 3.9% and 78.3% 7.4% relative to sham-treated SC, respectively (Figure 4D). These results demonstrate that the engrafted SHEDs promoted the recovery of hind limb locomotion via the preservation and regeneration of transected axons, even in the microenvironment of the damaged CNS.

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Human Dental Pulp-Derived Stem Cells Promote Locomotor ...

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