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Archive for October, 2019

Stem Cell Therapy to effectively treat chronic diseases

Saturday, October 5th, 2019

Stem Cell Therapy is a non-invasive therapy, which is in oral capsules form that digests through the small intestine. Stem Cell Therapy starts with a selection of organ general cells from the Sheep. Able sheep placenta capsules are protein and hormone free. There is no animal sacrifice or blood utilized for this purpose. Able sheep placenta oral stem cells offer the best quality program for cellular nourishment. Our oral stem cells can help with general nutritional support needs without any side effect. From a nutritional standpoint, Able sheep placenta oral stem cells can show an improvement within the first month. Able oral stem cells in capsule form are compatible with the human body and are not recognized as foreign. They are digested through the small intestines and in turn distributed to where is needed for nutritional support. The organ itself can retain its vigor and vitality from a nutritional standpoint.

Able oral stem cell therapy in capsule form can be taken for nutritional support and to help with health ailments naturally. Able oral stem cells are free of hormones and proteins and its main ingredients of high-quality sheep placenta and Salmon can help foremost with the immune system and neurologically. Other benefits are a digestive system, mental alertness, sleep pattern, etc. Able oral stem cells use a micro extract technology and offer the highest quality ingredients for maximum results. The cellular nourishment is both internal and external in giving you vitality and great looking skin.

Our live cell therapy, oral stem cells can help reduce joint pain, knee pain, hips, back, and inflammation. It can also help with mental alertness, physical movement, digestive system, sleep pattern, high blood pressure and the immune system in general.The Able oral stem cells program is recommended for up to six to eight months and the dosage can be between one to three capsules per day.(Direct cure claims cannot be made).

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Clinical trial of stem cell therapy for traumatic spinal cord …

Saturday, October 5th, 2019

April 27, 2018

Mayo Clinic is enrolling patients in a phase 1 clinical trial of adipose stem cell treatment for spinal cord injury caused by trauma. The researchers already have approval from the Food and Drug Administration for subsequent phase 2A and 2B randomized control crossover trials.

Participants in the phase 1 clinical trial must have experienced a trauma-related spinal cord injury from two weeks to one year prior to enrollment. They will receive intrathecal injections of adipose-derived mesenchymal stem cells. No surgery or implantable medical device is required.

"That is the most encouraging part of this study," says Mohamad Bydon, M.D., a consultant in Neurosurgery specializing in spinal surgery at Mayo Clinic in Rochester, Minnesota, and the study's director. "Intrathecal injection is a well-tolerated and common procedure. Stem cells can be delivered with an implantable device, but that would require surgery for implantation and additional surgeries to maintain the device. If intrathecal treatment is successful, it could impact patients' lives without having them undergo additional surgery or maintain permanently implantable devices for the rest of their lives."

To qualify for the trial, patients must have a spinal cord injury of grade A or B on the American Spinal Injury Association (ASIA) Impairment Scale. After evaluation at Mayo Clinic, eligible patients who enroll will have adipose tissue extracted from their abdomens or thighs. The tissue will be processed in the Human Cellular Therapies Laboratories, which are co-directed by Allan B. Dietz, Ph.D., to isolate and expand stem cells.

Four to six weeks after the tissue extraction, patients will return to Mayo Clinic for intrathecal injection of the stem cells. The trial participants will then be evaluated periodically for 96 weeks.

Mayo Clinic has already demonstrated the safety of intrathecal autologous adipose-derived stem cells for neurodegenerative disease. In a previous phase 1 clinical trial, with results published in the Nov. 22, 2016, issue of Neurology, Mayo Clinic researchers found that therapy was safe for people with amyotrophic lateral sclerosis (ALS). The therapy, developed in the Regenerative Neurobiology Laboratory under the direction of Anthony J. Windebank, M.D., is moving into phase 2 clinical trials.

Dr. Windebank is also involved in the new clinical trial for people with traumatic spinal cord injuries. "We have demonstrated that stem cell therapy is safe in people with ALS. That allows us to study this novel therapy in a different population of patients," he says. "Spinal cord injury is devastating, and it generally affects people in their 20s or 30s. We hope eventually that this novel therapy will reduce inflammation and also promote some regeneration of nerve fibers in the spinal cord to improve function."

Mayo Clinic's extensive experience with stem cell research provides important guidance for the new trial. "We know from prior studies that stem cell treatment can be effective in aiding with regeneration after spinal cord injury, but many questions remain unanswered," Dr. Bydon says. "Timing of treatment, frequency of treatment, mode of delivery, and number and type of stem cells are all open questions. Our hope is that this study can help answer some of these questions."

In addition to experience, Mayo Clinic brings to this clinical trial the strength of its multidisciplinary focus. The principal investigator, Wenchun Qu, M.D., M.S., Ph.D., is a consultant in Physical Medicine and Rehabilitation at Mayo Clinic's Minnesota campus, as is another of the trial's investigators, Ronald K. Reeves, M.D. Dr. Dietz, the study's sponsor, is a transfusion medicine specialist. Also involved is Nicolas N. Madigan, M.B., B.Ch., BAO, Ph.D., a consultant in Neurology at Mayo Clinic's Minnesota campus.

The study team is in discussions with U.S. military medical centers to enroll patients, and discussing additional collaboration with international sites, potentially in Israel or Europe, for future phases of the study.

"At Mayo Clinic, we have a high-volume, patient-centered multidisciplinary practice," Dr. Bydon says. "That allows us to do the most rigorous scientific trial that is in the best interests of our patients."

Mayo Clinic. Adipose Stem Cells for Traumatic Spinal Cord Injury (CELLTOP). ClinicalTrials.gov.

Staff NP, et al. Safety of intrathecal autologous adipose-derived mesenchymal stromal cells in patients with ALS. Neurology. 2016;87:2230.

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Stem Cell Therapy | Achieve Vitality Regenerative Wellness

Saturday, October 5th, 2019

In accordance with the FTC guidelines concerning use of endorsements and testimonials in advertising, please be aware of the following:Federal regulations require us to advise you that all review, testimonials, and/or endorsements of any kind reflect on the personal experience of those individuals who have expressed their own personal opinions and that those opinions and experiences may not be representative of what every consumer may personally experience with the endorsement.All reviews and testimonials are the sole opinions, findings, and/or experiences of the people sharing their stories. They are not compensated in any way.These statements have not been evaluated by the US Food and Drug Administration (FDA). We are required to inform you that there is no intention, implied or otherwise that these statements be used in the cure, diagnosis, mitigation, treatment, and/or prevention of disease.These testimonies do not imply that similar results would or could happen to you.These testimonials are not intended to diagnose, for specific illness or conditions, nor as treatment to eliminate diseases or other medical conditions or complications.We make no medical claim as to the benefits of anything to improve medical conditions.

Stem cells are powerful building blocks. They have the ability to help your body from the inside out without medications or surgery. At Achieve Vitality, we focus on helping you. We believe that the power that created you can heal you.

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Stem Cell Therapy Specialist – Chesterfield, MO & Columbia …

Saturday, October 5th, 2019

What are Stem Cells?

Stem cells are undifferentiated cells that can self-replicate then develop into many different types of cells and tissue. Adult stem cells continuously divide and grow into new cells to repair and replace tissues that are old, damaged, or diseased.

There are different types of adult stem cells. Some produce one specific tissue, while others can replicate several types of cells. Stem cell therapy utilizes adult stem cells that can repair multiple tissues.

When a concentrated amount of stem cells are injected directly into damaged tissues, the stem cells regenerate and repair the damage by producing the new cells.

The stem cells used for your injection come from your own body. One type, mesenchymal cells, are particularly effective for orthopedic conditions and sports injuries because they regenerate cells common in musculoskeletal tissues, including bones, tendons, cartilage, and ligaments.

Your doctor at Bluetail Medical Group extracts adult mesenchymal stem cells from bone marrow in your hip. After processing and concentrating the stem cells, your doctor injects them into the damaged tissues using ultrasound-guided imaging.

Stem cell therapy has successfully treated many orthopedic conditions, including tendon, ligament, and muscle injuries, joint damage, and nerve pain.

These are just a few examples of health problems treated with stem cell therapy at Bluetail Medical Group:

As experts in regenerative medicine, the team at Bluetail Medical Group are available to talk with you about whether stem cell therapy may help your condition.

Platelet-rich plasma (PRP) uses growth factors naturally found in your blood platelets to promote healing, trigger new tissue growth, and enhance the activity of stem cells. When your injury or disease is extensive, or you have degenerative joint disease, a tendon tear, or osteoarthritis, your doctor may add PRP to your stem cell injection.

Like stem cell therapy, PRP is made on-site from your blood. Your doctor draws a blood sample and processes it in a centrifuge that separates platelets from other blood components. This concentrated sample of platelets can be combined with your stem cell injection for accelerated healing.

If youre not getting the results you want from your current treatment, it may be time to consider stem cell therapy. Call Bluetail Medical Group or book an appointment online.

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Stem Cell Therapy FAQS | National Stem Cell Centers

Saturday, October 5th, 2019

Broadly speaking, there are two basic kinds of stem cells: embryonic stem cells and adult stem cells. As the name implies, embryonic stem cells come from embryos. These kinds of cells are known as pluri-potential, meaning that they can become anything required to create a human body. Embryonic stem cells are taken from unwanted embryos, and as such, are highly controversial. Embryonic stem cell use is highly regulated and has also been associated with certain kinds of tumor formation.

Adult stem cells, on the other hand, come from adults. Adult stem cells are harder to isolate, but still retain many (but not all) of their undifferentiated properties, allowing them to become nerve, skin, bone, cartilage and other tissues as needed, depending on the specific type of tissue they are recovered from. Bone marrow adult stem cells (mesenchymal stem cells), for instance, come from the mesodermal sections of the human body and can form into cartilage and bone.

Evidence suggests that they are also capable of differentiating into other tissues like connective tissues (ligaments, muscle, tendons), blood vessels, fatty tissues, nerve and blood vessels. Bone marrow stem cells are not as prevalent in the body and usually need to be cultured (encouraged to multiply in the lab) so that there are enough to work with.

Fortunately, human fat cells also have mesenchymal stem cells (MSCs) which can be more easily harvested and separated from fat cells for use. Because the ratio of mesenchymal stem cells (MSCs) is over a thousand times greater in fat cells than bone marrow, these usually do not need to be cultured and can be obtained from fatty deposits in the patients body.

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Safeguarding your sight – Harvard Health

Saturday, October 5th, 2019

Although aging puts people at greater risk for serious eye disease and other eye problems, loss of sight need not go hand in hand with growing older. Practical, preventive measures can help protect against devastating impairment. An estimated 40% to 50% of all blindness can be avoided or treated, mainly through regular visits to a vision specialist.

Regular eye exams are the cornerstone of visual health as people age. Individuals who have a family history of eye disease or other risk factors should have more frequent exams. Don't wait until your vision deteriorates to have an eye exam. One eye can often compensate for the other while an eye condition progresses. Frequently, only an exam can detect eye disease in its earliest stages.

You can take other steps on your own. First, if you smoke, stop. Smoking increases the risk of several eye disorders, including age-related macular degeneration. Next, take a look at your diet. Maintaining a nutritious diet, with lots of fruits and vegetables and minimal saturated fats and hydrogenated oils, promotes sound health and may boost your resistance to eye disease. Wearing sunglasses and hats is important for people of any age. Taking the time to learn about the aging eye and recognizing risks and symptoms can alert you to the warning signs of vision problems.

Although eyestrain, spending many hours in front of a television or computer screen, or working in poor light does not cause harmful medical conditions, it can tire the eyes and, ultimately, their owner. The eyes are priceless and deserve to be treated with care and respect and that is as true for the adult of 80 as it is for the teenager of 18.

Myth: Doing eye exercises will delay the need for glasses.

Fact: Eye exercises will not improve or preserve vision or reduce the need for glasses. Your vision depends on many factors, including the shape of your eye and the health of the eye tissues, none of which can be significantly altered with eye exercises.

Myth: Reading in dim light will worsen your vision.

Fact: Although dim lighting will not adversely affect your eyesight, it will tire your eyes out more quickly. The best way to position a reading light is to have it shine directly onto the page, not over your shoulder. A desk lamp with an opaque shade pointing directly at the reading material is the best possible arrangement. A light that shines over your shoulder will cause a glare, making it more difficult to see the reading material.

Myth: Eating carrots is good for the eyes.

Fact: There is some truth in this one. Carrots, which contain vitamin A, are one of several vegetables that are good for the eyes. But fresh fruits and dark green leafy vegetables, which contain more antioxidant vitamins such as C and E, are even better. Antioxidant vitamins may help protect the eyes against cataract and age-related macular degeneration. But eating any vegetables or supplements containing these vitamins or substances will not prevent or correct basic vision problems such as nearsightedness or farsightedness.

Myth: It's best not to wear glasses all the time. Taking a break from glasses or contact lenses allows your eyes to rest.

Fact: If you need glasses for distance or reading, use them. Attempting to read without reading glasses will simply strain your eyes and tire them out. Using your glasses won't worsen your vision or lead to any eye disease.

Myth: Staring at a computer screen all day is bad for the eyes.

Fact: Although using a computer will not harm your eyes, staring at a computer screen all day will contribute to eyestrain or tired eyes. Adjust lighting so that it does not create a glare or harsh reflection on the screen. Also, when you're working on a computer or doing other close work such as reading or sewing, it's a good idea to rest your eyes briefly every hour or so to lessen eye fatigue. Finally, people who stare at a computer screen for long periods tend not to blink as often as usual, which can cause the eyes to feel dry and uncomfortable. Make a conscious effort to blink regularly so that the eyes stay well lubricated and do not dry out.

Disclaimer:As a service to our readers, Harvard Health Publishing provides access to our library of archived content. Please note the date of last review on all articles. No content on this site, regardless of date, should ever be used as a substitute for direct medical advice from your doctor or other qualified clinician.

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Immune system | healthdirect

Friday, October 4th, 2019

Your immune system defends the body from infection. It is made up of a complex network of cells, tissues and organs in your body. An underactive or overactive immune system can cause health issues.

The immune system is found in:

The lymphatic system allows immune cells to travel between tissues and the bloodstream. The lymphatic system contains lymphocytes (white blood cells; mostly T cells and B cells), which try to recognise any bacteria, viruses or other foreign substances in your body and fight them.

Lymph nodes are found in certain areas such as the base of the neck and the armpit. They become swollen or enlarged in response to an infection.

The skin and mucous membranes are the first line of defence against bacteria, viruses and other foreign substances. They act as a physical barrier, and they also contain immune cells.

When your skin has a cut, harmful microbes (tiny particles) can enter and invade your body. The cut triggers certain immune cells in the bloodstream that try to destroy the invaders.

In an infection, white blood cells identify the microbe, produce antibodies to fight the infection, and help other immune responses to occur. They also 'remember' the attack.

This is how vaccinations work vaccines expose your immune system to a dead or weakened microbe or to proteins from a microbe, so that your body is able to recognise and respond very quickly to any future exposure to the same microbe.

Overactivity of the immune system is related to disorders such as allergies and autoimmune diseases.

Allergies involve an immune response to something considered harmless in most people, such as pollen or a certain food.

Autoimmune diseases, such as multiple sclerosis and rheumatoid arthritis, occur when your immune system attacks normal components of the body.

Underactivity of the immune system, or immunodeficiency, can increase your risk of infection. You may be born with an immunodeficiency, or acquire it due to medical treatment or another disease.

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Optometry – Wikipedia

Friday, October 4th, 2019

Optometry

Optometry Logo; A caduceus with an eye at the top.

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Optometry is a health care profession that involves examining the eyes and applicable visual systems for defects or abnormalities as well as the medical diagnosis and management of eye disease.

Traditionally, the field of optometry began with the primary focus of correcting refractive error through the use of spectacles. Modern day optometry, however, has evolved through time so that the educational curriculum additionally includes intensive medical training in the diagnosis and management of ocular disease, in most of the countries of the world, where the profession is established and regulated.

Optometrists (also known as doctors of optometry in the United States and Canada, by higher degree in the United Kingdom and worldwide for those holding the O.D. degree) are health care professionals who provide primary eye care through comprehensive eye examinations to detect and treat various visual abnormalities and eye diseases. Being a regulated profession, an optometrist's scope of practice may differ depending on the location. Thus, disorders or diseases detected outside the treatment scope of optometry (i.e those requiring certain surgical interventions) are referred out to relevant medical professionals for proper care, more commonly to ophthalmologists who are physicians that specialize in tertiary medical and surgical care of the eye. Optometrists typically work closely together with other eye care professionals such as ophthalmologists and opticians to deliver quality and efficient eyecare to the general public.

The term "optometry" comes from the Greek words (opsis; "view") and (metron; "something used to measure", "measure", "rule"). The word entered the language when the instrument for measuring vision was called an optometer, (before the terms phoropter or refractor were used). The root word opto is a shortened form derived from the Greek word ophthalmos meaning, "eye." Like most healthcare professions, the education and certification of optometrists is regulated in most countries. Optometric professionals and optometry-related organizations interact with governmental agencies, other healthcare professionals, and the community to deliver eye and vision-care.

The World Council of Optometry, World Health Organization and about 75 optometry organisations from over 40 countries have all over the world adopted the following definition, to be used to describe optometry and optometrist.[1]

Optometry is a healthcare profession that is autonomous, educated, and regulated (licensed/registered), and optometrists are the primary healthcare practitioners of the eye and visual system who provide comprehensive eye and vision care, which includes refraction and dispensing, detection/diagnosis and management of disease in the eye, and the rehabilitation of conditions of the visual system.[2]

Optometric history is tied to the development of

The history of optometry can be traced back to the early studies on optics and image formation by the eye. The origins of optometric science (optics, as taught in a basic physics class) date back a few thousand years BC as evidence of the existence of lenses for decoration has been found in Greece and the Netherlands.[citation needed]

It is unknown when the first spectacles were made. The British scientist and historian Sir Joseph Needham, in his Science and Civilization in China, discusses the occasional claim that spectacles were invented in China. He states that the belief may have been based on a source that was modified during the Ming dynasty (14th - 17th century), that the original document made no references to eyeglasses, and that the references that were there[which?] stated the eyeglasses were imported.[3]

Alternatively, research by David A. Goss in the United States shows they may have originated independently in the late 13th century in Italy as stated in a manuscript from 1305 where a monk from Pisa named Rivalto stated "It is not yet 20 years since there was discovered the art of making eyeglasses".[4] Spectacles were manufactured in Italy, Germany, and the Netherlands by 1300.

In 1907, Professor Berthold Laufer, who was a German American anthropologist, stated in his history of spectacles 'the opinion that spectacles originated in India is of the greatest probability and that spectacles must have been known in India earlier than in Europe'.[5][6]

In Sri Lanka It is well documented that during the reign of King Bhuvanekabahu the IV (AD 1346 1353) of the Gampola period the ancient tradition of optical lens making with natural stone called Diyatarippu was given royal patronage. A few of the craftsman still live and practice in the original hamlet given to the exponents of the craft by royal decree.

But Joseph Needham stated in his "Science and Civilization" that the paper by Laufer had many inconsistencies, and that the references in the document used by Laufer were not in the original copies but added during the Ming dynasty.[7]

However, the German word brille (eyeglasses) is derived from Sanskrit vaidurya.[8] Etymologically, brille is derived from beryl, Latin beryllus, from Greek beryllos, from Prakrit verulia, veluriya, from Sanskrit vaidurya, of Dravidian origin from the city of Velur (modern Belur). Medieval Latin berillus was also applied to eyeglasses, hence German brille, from Middle High German berille, and French besicles (plural) spectacles, altered from old French bericle.[9]

Benito Daza de Valdes published the first full book on optometry in 1623, where he mentioned the use and fitting of eyeglasses.[10] In 1692, William Molyneux wrote a book on optics and lenses where he stated his ideas on myopia and problems related to close-up vision. The scientists Claudius Ptolemy and Johannes Kepler also contributed to the creation of optometry. Kepler discovered how the retina in the eye creates vision. From 1773 until around 1829, Thomas Young discovered the disability of astigmatism and it was George Biddell Airy who designed glasses to correct that problem that included spherocylindrical lens.[11]

Although the term optometry appeared in the 1759 book A Treatise on the Eye: The Manner and Phenomena of Vision by Scottish physician William Porterfield, it was not until the early twentieth century in the United States and Australia that it began to be used to describe the profession. By the early twenty-first century however, marking the distinction with dispensing opticians, it had become the internationally accepted term.

Optometry is officially recognized in many jurisdictions.[12] Most have regulations concerning education and practice. Optometrists, like many other healthcare professionals, are required to participate in ongoing continuing education courses to stay current on the latest standards of care. The World Council of Optometry has a web resource that provides basic information on eye care providers for more than 46 countries.

In 1993 there were five countries in Africa with optometric teaching institutes: Sudan, Ghana, Nigeria, South Africa and Tanzania.[13]

Sudan's major institution for training of optometrists is the Faculty of Optometry and visual Sciences (FOVS), originally established in 1954 as the Institute of Optometry in Khartoum; the Institute joined with the ministry of Higher Education in 1986 as the High Institute of Optometry, and ultimately was annexed into Alneelain University in 1997 when it was re-named to the FOVS. Currently the FOVS has the following programs: 1) BSc optometry in 5 years with sub-specialization in either orthoptics, contact lenses, ocular photography or ocular neurology; 2) BCs in ophthalmic technology, requiring four 4 years of training; and BCs in optical dispensary, achieved in 4 years. The FOVS also offers MSc and PhD degrees in Optometry. The FOVS is the only institute of its kind in Sudan and was the first insitution of higher education in Optometry in the Middle East and Africa.[citation needed] In 2010, Alneelain University Eye Hospital was established as part of the FOVS to expand training capacity and to serve broader Sudanese community.

The Ghana Optometric Association (GOA) regulates the practise of Optometry in Ghana. After the six-year training at any of the two universities offering the course, the O.D degree is awarded. The new optometrist must write a qualifying exam, after which the optometrist is admitted as a member of the GOA, leading to the award of the title MGOA.

The first optometry course in Mozambique was started in 2009 at Universidade Lurio, Nampula. The course is part of the Mozambique Eyecare Project. University of Ulster, Dublin Institute of Technology and Brien Holden Vision Institute are supporting partners.

In Nigeria, optometry is regulated by the Optometry and Dispensing Opticians Registration Board of Nigeria established under the Optometry and Dispensing Opticians ( Registration ETC ) Act of 1989 (Cap O9 Laws of Federation of Nigeria 2004). The Boards publishes from time to time lists of approved qualifications and training institutions in the federal government gazette.[14] The Doctor of Optometry degree is awarded after a six-year training at one of the accredited universities in Imo, Edo and Abia states.

From 2010 Optometry was first introduced in Bangladesh in Institute of Community Ophthalmology Under Medicine Faculty of University of Chittagong http://icoedu.org. This institute offers a four years Bachelor of science in Optometry (B.Optom) course. Currently there are 60 Graduated Optometrists in Bangladesh. The association which controls the quality of Optometry practice all over the country is named as 'Optometrists Association of Bangladesh' which is also a country member of World Council of Optometry(WCO).

In the year 2018 Chittagong Medical University formed and the Bsc. in Optometry course shifted to this University.

In Bangladesh Optometrists perform primary eye care like Diagnosis and primary management of some ocular diseases, Prescribe Eye Glasses, Low vision rehabilitation, contact lens practice and all type of Orthoptic evaluations and management.

The Optometrists Board of the Supplementary Medical Professions Council regulates the profession in Hong Kong.[15] Optometrists are listed in separate parts of the register based on their training and ability. Registrants are subject to restrictions depending on the part they are listed in.[16] Those who pass the examination on refraction conducted by the Board may be registered to Part III, thereby restricted to practice only work related to refraction. Those who have a Higher Certificate in Optometry or have passed the Board's optometry examination may be registered to Part II, thereby restricted in their use of diagnostic agents, but may otherwise practice freely. Part I optometrists may practice without restrictions and generally hold a bachelor's degree or a Professional Diploma.[17]

There are around 2000 optometrists registered in Hong Kong, 1000 of which are Part I.[18] There is one Part I optometrist to about 8000 members of the public. The Polytechnic University runs the only optometry school. It produces around 35 Part I optometrists a year.[19]

In 2010, it was estimated that India needs 115,000 optometrists; whereas India has approximately 9,000 optometrists (4-year trained) and 40,000 optometric assistants/vision technicians (2-year trained).[20] In order to prevent blindness or visual impairment more well trained optometrists are required in India.[21] The definition of optometry differs considerably in different countries of the world.[22] India needs more optometry schools offering four-year degree courses with a syllabus similar to that in force in those countries where practice of optometry is statutorily regulated and well established with an internationally accepted definition.

In 2013, it was reported in the Indian Journal of Ophthalmology that poor spectacle compliance amongst school children in rural Pune resulted in significant vision loss.[23]

In 2015, it was reported in the Optometry and Vision Science that, optometrists need to be more involved in providing core optometry services like binocular vision and low vision.[24]

At present there are more than fifty schools of optometry in India. In the year 1958, two schools of optometry were established, one at Gandhi Eye Hospital, Aligarh in Uttar Pradesh and other one at Sarojini Devi Eye Hospital, Hyderabad in Telangana, under second five-year plan by Director General of Health Services of Government of India. These schools offered diplomas in optometry courses of two years duration validated by State Medical Faculties.

Subsequently, four more schools were opened across India situated at Sitapur Eye Hospital, Sitapur in Uttar Pradesh, Chennai (formerly Madras) in Tamil Nadu, Bengalooru (formerly Bangalore) in Karnataka and Regional Institute of Ophthalmology, Thiruvananthapuram (formerly Trivandrum) in Kerala.[25]

The Elite School of Optometry (ESO) was established in 1985 at Chennai and was the first to offer a four-year degree course.

Academic degrees such as Bachelor of Optometry, Master of Optometry and Doctor of Philosophy in Optometry are awarded in India by the universities recognised by University Grants Commission (India),[26] a statutory body responsible for the maintenance of standards of higher education in India.

Optometrists across India are encouraged to register with the Optometry Council of India, a self-regulatory body registered under the Indian Company Act.[27]

It takes four years to complete a Degree in Optometry. Today, optometry courses are well received by citizens. More universities and higher education studies are about to implement the courses, e.g., National Institute of Ophthalmic Sciences in Petaling Jaya whereby it is the academic arm of The Tun Hussein Onn National Eye Hospital.

Optometry is taught as a five/four-year Doctor/ Bachelors/ Bachelors with Honors course at many institutions notable among which are Department of Optometry & Vision Sciences (DOVS) FAHS, ICBS, Lahore, Pakistan Institute of Community Ophthalmology (PICO) Peshawar, College of Ophthalmology & Allied Vision Sciences (COAVS) Lahore and Al-Shifa Institute of Ophthalmology Islamabad. After graduation the optometrists can join a four-tiered service delivery level (Centre of Excellence, Tertiary/Teaching, District headquarter and sub-district /Tehsil headquarters). M.Phil in Optometry is also available at select institutions such as King Edward Medical University, LahoreDepartment of Optometry & Vision Sciences (DOVS) FAHS, ICBS, Lahore started bridging programmes for Bachelors/ Bachelors with Honors to become Doctor of Optometry OD, Post Professional Doctor of Optometry(PP-OD), Transitional Doctor of Optometry(t-OD).Optometry is not yet a regulated field in Pakistan as there is no professional licensing board or authority responsible for issuing practice licenses to qualified optometrists. This creates difficulty for Pakistani optometrists who wish to register abroad.University of Lahore has recently launched Doctor of optometry (OD).Imam Hussain Medical University also has launched Doctor of Optometry Program. Chairman Imam Hussain Medical University Dr Sabir Hussain Babachan has vowed to regulate OD curriculum according to international standard.

Optometry is regulated by the Professional Regulation Commission of the Philippines. To be eligible for licensing, each candidate must have satisfactorily completed a doctor of optometry course at an accredited institution and demonstrate good moral character with no previous record of professional misconduct. Professional organizations of optometry in the Philippines include Optometric Association of the Philippines[28] and Integrated Philippine Association of Optometrists, Inc. (IPAO).

In Saudi Arabia optometrists must complete a five-year doctor of optometry degree from Qassim University and King Saud University also they must complete a two-year residency .

Tertiary education for optometrists takes 3 years at the following institutions.

Singapore Polytechnic - Diploma in Optometry Singapore Polytechnic

Ngee Ann Polytechnic - Diploma in Optometry Ngee Ann Polytechnic

Since late 1990, Thailand has set goal to provide more than 600 optometrists to meet the minimal public demands and international standards in vision cares. There are more than three university degree programs in Thailand. Each program accept students that have completed grade 12th or the third year in high school (following US education model). These programs offer "Doctor of Optometry" degree to graduates from the program that will take six years to complete the courses. Practicing optometrists will also required to pass licensing examination (three parts examinations) that is administrated through a committee under the Ministry of Public Health.

Nowadays, the number of practicing optometrists in Thailand is still less than one hundred (2015). However, it has projected that the number of practicing optometrists in Thailand will greatly increase within the next ten years. In theoretical scenario, the number of optometrists should be able to meet minimal public demands around 2030 or earlier.

Since the formation of the European Union, "there exists a strong movement, headed by the Association of European Schools and Colleges of Optometry (AESCO), to unify the profession by creating a European-wide examination for optometry" and presumably also standardized practice and education guidelines within EU countries.[29] The first examinations of the new European Diploma in Optometry were held in 1998 and this was a landmark event for optometry in continental Europe.[30]

There is no regulatory framework and optometrists are sometimes trained by completing an apprenticeship at an ophthalmologists' private office.[31]

Optometric tasks are performed by ophthalmologists and professionally trained and certified opticians.

Hellenic Ministry of Education founded the first department of Optometry at Technological Educational Institute of Patras in 2007. After protests from the department of Optics at Technological Educational Institute of Athens (the only department of Optics in Greece, until 2006), the Government changed the names of the departments to "Optics and Optometry" and included lessons in both optics and optometry. Optometrists-Opticians have to complete a 4-year undergraduate honours degree. Then the graduates can be admitted to postgraduate courses in Optometry at universities around the world.

Since 2015, a Master of Science (MSc) course in Optometry is offered by the Technological Educational Institute of Athens.

The Institute of Vision and Optics (IVO) of the University of Crete focuses on the sciences of vision and is active in the fields of research, training, technology development and provision of medical services. Professor Ioannis Pallikaris has received numerous awards and recognitions for the Institute's contribution to ophthalmology. In 1989 he performed the first LASIK procedure on a human eye.

Optometrist education takes 4 years in the medical universities in Hungary, and they will get a Bachelor of Science degree. They work in networks and retail stores and private optics, very few are located in the Health Care care system as ophthalmologists as an assistant.[32]

The profession of Optometry has been represented for over a century by the Association of Optometrists, Ireland [AOI]. In Ireland an optometrist must first complete a four-year degree in optometry at Dublin Institute of Technology. Following successful completion of the degree, an optometrist must then complete professional qualifying examinations to enter the register of the Opticians Board [Bord na Radharcmhaistoiri]. Optometrists must be registered with the Board to practice in the Republic of Ireland.

The A.O.I. runs a comprehensive continuing education and professional development program on behalf of Irish optometrists. The legislation governing optometry was drafted in 1956. Some feel that the legislation restricts optometrists from using their full range of skills, training and equipment for the benefit of the Irish public. The amendment to the Act in 2003 addressed one of the most significant restrictions: the use of cycloplegic drugs to examine children.

In Italy Optometry is unregulated profession. It is taught at seven universities: Padua, Turin, Milan, Salento,[33] Florence, Naples and Rome, as three years course (like a BSc) of "Scienze e tecnologie fisiche" as sector of the Physics Department. Additionally, courses are available at some private institutions (as at Vinci Institute near Firenze) that offer advanced professional education for already qualified opticians (most of the Italian optometrists are also qualified opticians, i.e. "ottico abilitato"). In the last thirty years several verdicts from High Court (Cassazione) proof that optometry is a freely practice and has truly education path.[34]

In Norway, the optometric profession has been regulated as a healthcare profession since 1988. After a three-year bachelor program one can practice basic optometry. At least one year in clinical practice qualify for a post-degree half-year sandwich course in contact lens fitting, which is regulated as a healthcare specialty. A separate regulation for the use of diagnostic drugs in optometric practice was introduced in 2004.

In Russia, optometry education has been accredited by the Federal Agency of Health and Social Development.[citation needed]There are only two educational institutions that teach optometry in Russia: Saint Petersburg Medical Technical College, formerly known as St. Petersburg College of Medical Electronics and Optics, and The Helmholtz Research Institute for Eye Diseases. They both belong and are regulated by the Ministry of Health. The optometry program is a four-year program. It includes one to two science foundation years, one year focused on clinical and proficiency skills, and one year of clinical rotations in hospitals. Graduates take college/state examinations and then receive a specialist diploma. This diploma is valid for only five years and must be renewed every five years after receiving additional training at state accredited programs.

The scope of practice for optometrists in Russia includes: refraction, contact lens fitting, spectacles construction and lens fitting (dispensing), low vision aids, foreign body removal, referrals to other specialists after clinical condition diagnoses (management of diseases in the eye).

Optometrists in the United Kingdom are regulated by the General Optical Council under the Opticians Act 1989 and distinguished from medical practitioners.[35] Registration with the GOC is mandatory to practice optometry in the UK. Members of the College of Optometrists (incorporated by a Royal Charter granted by Her Majesty Queen Elizabeth II)[36] may use the suffix MCOptom.

The National Health Service provides free sight tests and spectacle vouchers for children and those on very low incomes. The elderly and those with some chronic conditions like diabetes get free periodic tests.[37] Treatment for eye conditions such as glaucoma and cataracts is free and checked for during normal eye examinations.

In the United Kingdom, optometrists have to complete a 3 or 4 (Scotland) year undergraduate honours degree followed by a minimum of a one-year "pre-registration period", (internship), where they complete clinical practice under the supervision of a qualified and experienced practitioner. During this year the pre-registration candidate is given a number of quarterly assessments, often including temporary posting at a hospital, and on successfully passing all of these assessments, a final one-day set of examinations (details correct for candidates from 2006 onwards). Following successful completion of these assessments and having completed one year's supervised practice, the candidate is eligible to register as an optometrist with the General Optical Council (GOC) and, should they so wish, are entitled to membership of the College of Optometrists. Twelve universities offer Optometry in the UK: Anglia Ruskin, Aston, Bradford, Cardiff, City, Glasgow Caledonian, Hertfordshire, Manchester, University of Plymouth, Ulster University at Coleraine, University of Portsmouth and University of the West of England, Bristol.

In 2008 the UK moved forward to offer the Doctor of Optometry postgraduate program. This became available at the Institute of Optometry in London in partnership with London South Bank University.[38][39] The Doctor of Optometry post graduate degree is also offered at one other UK institution.Aston University

In 1990, a survey of the opinions of British medical practitioners regarding the services provided by British optometrists was carried out by Agarwal[40] at City, University of London. A majority of respondents were in favour of optometrists extending their professional role by treating external eye conditions and prescribing broad spectrum topical antibiotics through additional training and certification.

Since 2009, optometrists in the UK have been able to undertake additional postgraduate training and qualifications that allow them to prescribe medications to treat and manage eye conditions.[41] There are currently three registerable specialties:

In Canada, Doctors of Optometry (O.D.) typically complete four years of undergraduate studies followed by four to five years of optometry studies, accredited by the Accreditation Council on Optometric Education. There are two such schools of optometry located in Canadathe University of Waterloo and the Universit de Montreal. Canada also recognizes degrees from the twenty US schools.

In Canada, Doctors of Optometry must write national written and practical board exams. Additionally, optometrists are required to become licensed in the province in which they wish to practice. Regulatory of professions is within provincial jurisdiction. Therefore, regulation of optometry is unique to individual provinces and territories. In Ontario, optometrists are licensed by the College of Optometrists of Ontario.

In Canada, the profession is represented by the Canadian Association of Optometrists. In the province of Ontario, the Ontario Association of Optometrists is the designated representative of optometrists to the provincial government.

Optometrists in Canada are trained and licensed to be primary eye care providers. They provide optical and medical eye care. They are able to diagnose and treat most eye diseases and can prescribe both topical and oral medications[43]

Doctors of Optometry (O.D.) (optometrists) usually function as primary eye care providers. They provide comprehensive optical and medical eye care, but usually not surgery. They are trained and licensed to prescribe all topical medications (prescription eye drops), most oral medications, as well as administer diagnostic agents.[44][45][46] In some states, optometrists may also be licensed to perform certain types of eye surgery.[47]

Doctors of Optometry (O.D.) (optometrists) may prescribe corrective lenses (glasses and contacts) to aid refractive errors (e.g., myopia, hyperopia, presbyopia, astigmatism, double vision (prism)). They manage vision development in children including amblyopia diagnosis/treatment or vision therapy. They are trained and state licensed to diagnose and manage all ocular diseases (ophthalmology - branch of medicine diagnosing and treating eye disease) and their associations with systemic health. Common eye conditions managed include: infections (bacterial/viral), allergy, inflammation (uveitis), diabetic retinopathy, macular degeneration etc. They can also remove ocular foreign bodies and can order blood panels or imaging studies (CT/MRI). However, optometrists are not trained to perform invasive surgery (ie. cataract/retina surgery) like ophthalmologists are. However, In Oklahoma and Louisiana, optometrists may perform minor surgeries within the anterior segment of the eye. Moreover, Kentucky[when?] legislation permits optometrists to perform certain laser procedures.

Opticians are not doctors, however they are an important part of eye care. They are trained and licensed to cut, fit and adjust eyeglass frames/lenses. They are experts in lens types and wearing modalities.

Ophthalmologists are Doctors of Medicine (MD/DO) who specialize in the eye. While ophthalmologists can prescribe corrective lenses, they usually manage complicated/advanced eye disease and invasive surgeries/injections that are associated with these diseases (specialty care). In modern times, ophthalmologists usually specialize in a particular area of the eye or eye care such as the cornea, glaucoma, strabismus, retina.

Doctors of optometry in the United States are regulated by state boards, which vary from state to state. The Association of Regulatory Boards of Optometry (ARBO) assists these state board licensing agencies in regulating the practice of optometry.

Optometrists must complete all course work and graduate from an accredited College of Optometry. This includes passage of all parts of the national board examinations as well as local jurisprudence examinations, which vary by state.

Doctors of Optometry (O.D.) (Optometric physician / Optometrist) typically complete four years of undergraduate studies followed by four years of eye specific training (Optometry school) plus an optional year of study in a specialty area (residency). The program includes intense classroom and clinical training in geometric, physical, physiological and ophthalmic optics, specialty contact lens evaluation and fitting, general anatomy, ocular anatomy, ocular disease, pharmacology, ocular pharmacology, neuroanatomy and neurophysiology of the visual system, pediatric visual development, gerontology, binocular vision, color vision, form, space, movement and vision perception, systemic disease, histology, microbiology, sensory and perceptual psychology, biochemistry, statistics and epidemiology.

Admission to Optometry school is very competitive. Applicants must take the Optometry Admission Test (OAT) and have excellent undergraduate grades to apply. To graduate, candidates must pass all three parts of the National Board of Examiners of Optometry (NBEO). Part 1 NBEO is a two-day written exam. Part 2 is a computer based exam, takes all day and is based on clinical studies including the treatment and management of ocular disease. Part three is a practical exam that must be taken in person in North Carolina. Once a candidate has successfully completed all applicable coursework, clinical rotations, passed all parts of NBEO exams, and satisfied all financial obligations (US$225,000), a Doctor of Optometry degree will be conferred.

Optometrists are required to perform many hours of continuing education over a variety of medical topics each year, in order to renew their license.

Australia currently has five recognized courses in optometry, and one course seeking to obtain accreditation with the Optometry council of Australia and New Zealand:

To support these courses the Australian College of Optometry provides clinical placements to undergraduate students from Australian Universities and abroad.

in 2016, almost 5000 optometrists in general practice were licensed with their regulatory body, the Optometry Board of Australia. Of these, approximately 2300 were registered with the scheduled medicines endorsement, which enables them to prescribe some medicines for the treatment of conditions of the eye.[49]

New Zealand currently has one recognised course in optometry:

In July 2014, the Medicines Amendment Act 2013 and Misuse of Drugs Amendment Regulations 2014 came into effect. Among other things, the changes to the Act name optometrists as authorised prescribers. This change enables optometrists with a therapeutic pharmaceutical agent (TPA) endorsement to prescribe all medicines appropriate to their scope of practice, rather than limiting them to a list of medicines specified in regulation; this recognises the safe and appropriate prescribing practice of optometrists over the previous nine years.[50]

The Brazilian Government does not state rules about optometry, and the Brazilian Council of Ophthalmology recommends against its official legal recognition.[citation needed]

The CBOO (Brazilian Council of Optics and Optometry), which is affiliated to the WCO (World Council of Optometry), represents Brazilian optometrists. In conjunction with organizations representative weight of Brazilian companies, including the National Commerce Confederation for goods, services and tourism (CNC), through the CBptica/CNC, its defense arm of optometric and optical industry, are defending the right of free and independent practice of optometrists, even if it is against the interests of ophthalmologists.

The Federal Supreme Court (STF), the Brazilian Court of Justice and the Superior Court of Justice (STJ), another important National Court, ruled several processes granting inquestionable victories to ophthalmologists.

In Brazilian law, however, there is an explicit recommendation that the one prescribing corrective lenses are prohibited to sell them. This restricting rule to the ophthalmologists has keeping the optic shops away from Hospitals and Eye Care Clinics since 1930, and it has to be reviewed before any further regulation for the optometrists.

In Colombia, optometry education has been accredited by the Ministry of Health. The last official revision to the laws regarding healthcare standards in the country was issued in 1992 through the Law 30.[51] Currently there are eight official universities that are entitled by ICFES to grant the optometrist certification. The first optometrists arrived in the country from North America and Europe circa 1914. These professionals specialized in optics and refraction. In 1933, under Decrees 449 and 1291, the Colombian Government officially set the rules for the formation of professionals in the field of optometry. In 1966 La Salle University opened its first Faculty of Optometry after recommendation from a group of professionals. At the present time optometrists are encouraged to keep up with new technologies through congresses and scholarships granted by the government or the private sector (such as Bausch & Lomb).

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Genetic Engineering and Diseases Gene Drive & Malaria …

Friday, October 4th, 2019

We have the choice to attack one of our oldest enemies with genetic engineering. But should we do it?

Support us on Patreon so we can make more videos (and get cool stuff in return): https://www.patreon.com/Kurzgesagt?ty=h

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Big thanks to James Gurney and Roya Haghighat-Khah for their help and advice with this video!

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Lucien Delbert, Mike C, Ricardo Chavarria, Juha Wellman, Zachary Jordan, Patrick Chang, Adrian Mihali, Nicodemos Nicodemou, Lacey Larson, Austin Earnest, Andre Wee, Koroslak, Alex Brady, Roberto Cano, Andreas Stokholm, Plamen Ivanov, E Smith, Kieran Hunter-East, Christopher Trinh, Tony Kwok, Adam Rabenstein, Andrew Whitehurst, Alena Vlachova, Mackenzie Broadbent, Andreas Hertle, Martin Petersen, Kasturi Raghavan, Gregory Griffin, KiaTheDead, Aaron Stevens, Jimmy C, Benedikt Jaletzke, Jonathan Bowler, Zdravko aek, Wouter Stokhof, Zealotus, Long Vu, Fatman13, Jeremy Dumet, Miles Spoor, Mirton I, Al Fl, Jonathan Carter, Stanislaw Wasowicz, Marek Turcani, Francisco Santos, Justin Choi, Dagoberto Chapa, Chip Salzenberg, TinFung, Bob Bergeron, Peer, Justin Elstrott, Rachid Malik, Octavio Astillo, Romain Isnel, Rich Sekmistrz, Kuosora, Mozart Petter, Justin Jeffries, Nicola Licheri, Bahram Malaekeh, Florent Petterschmitt, David Mark, Gaby Germanos, Shweta Bharadwai, Lux Stamm, Marc Johann, Joe, Nefaur Khandker, Anders Madsen, Sarah Yoshi, monoxide, Brandon Meador, Dovydas Bartkevicius, Tyler Vigen, Michael Niella, Gordon Timilty, Slava Dzyba, Bagel Krippen Chandra, KodinCage, Miikka Harjuntausta, Magid Elgady, Vince Houmes, Irae Carvalho, Josh Talbot, Mr.Z, Pawel Urbanek, Russ Clarke, Lucas Tostes, Oscar Chamaria, Zachary Langdon, Steve Bollenbaugh, Xiaogiang Zheng, Peter LoPinto, Jenny Nordenborg, Evan Faas, Greg Fowler, Cicmil Mladen, Canut Durgun, Malovich, Cedric, Dave Anderson, Jones, Elliot, Denis Dube, David Allen, Dawson Reid, Jake Zwirdowski, Denis Leu

SOURCES AND FURTHER READING:

Harvard FAQs on gene drive:http://bit.ly/1TYNIAo

Research paper on using CRISPR for malaria gene drive:http://bit.ly/2cGXNqp

Nature article on engineered mosquitos:http://go.nature.com/1Ij39yS

STAT new article on using gene drive against Zika:http://bit.ly/2ctw24X

Tech review article on using gene drive against malaria:http://bit.ly/1V0Qpr7

Smithsonian on deadliness of mosquitos:http://bit.ly/1sqQ1D7

Science article about the risks of the technology:http://bit.ly/2dgtpCt

New Yorker on Pros and Cons:http://bit.ly/1PTKGlt

Gates note on death rate through mosquitos:http://bit.ly/1UdvIqI

Status quo on field trial in the U.S.:http://bit.ly/2b16ufu

Evolution working against gene drive technology:http://theatln.tc/2cmMjau

Research paper on evolution of resistance against gene drive:http://bit.ly/2cGWPKO

Science news on possible safety feature for gene drive:http://bit.ly/29I0Z26

Help us caption & translate this video!

http://www.youtube.com/timedtext_cs_p...

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Endothelial Cell Growth Kit-VEGF ATCC PCS-100-041

Friday, October 4th, 2019

Complete Growth Medium

Table 1. If using the Endothelial Cell Growth Kit-BBE (ATCC PCS-100-040), add the indicated volume for each component:

Component

Volume

Final Concentration

Bovine Brain Extract (BBE)

1.0 mL

0.2%

rh EGF

0.5 mL

5 ng/mL

L-glutamine

25.0 mL

10 mM

Heparin sulfate

0.5 mL

0.75 Units/mL

Hydrocortisone hemisuccinate

0.5 mL

1 g/mL

Fetal Bovine Serum

10.0 mL

2%

Ascorbic acid

0.5 mL

50 g/mL

Table 2. If using the Endothelial Cell Growth Kit-VEGF (ATCC PCS-100-041), add the indicated volume for each component:

Component

Volume

Final Concentration

rh VEGF

0.5 mL

5 ng/mL

rh EGF

0.5 mL

5 ng/mL

rh FGF basic

0.5 mL

5 ng/mL

rh IGF-1

0.5 mL

15 ng/mL

L-glutamine

25.0 mL

10 mM

Heparin sulfate

0.5 mL

0.75 Units/mL

Hydrocortisone hemisuccinate

0.5 mL

1 g/mL

Fetal Bovine Serum

10.0 mL

2%

Ascorbic acid

0.5 mL

50 g/mL

Antimicrobials and phenol red are not required for proliferation but may be added if desired. The recommended volume of each optional component to be added to the complete growth media is summarized in Table 3.

Table 3. Addition of Antimicrobials/Antimycotics and Phenol Red (Optional)

Component

Volume

Final Concentration

Gentamicin-Amphotericin B Solution

0.5 mL

Gentamicin: 10 g/mL

Amphotericin B: 0.25 g/mL

Penicillin-Streptomycin-Amphotericin B Solution

0.5 mL

Penicillin: 10 Units/mL

Streptomycin: 10 g/mL

Amphotericin B: 25 ng/mL

Phenol Red

0.5 mL

33 M

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Mesenchymal stem cells, Umbilical Cord Tissue, Umbilical …

Friday, October 4th, 2019

Regenerative medicine may be the best hope for patients with a chronic disability or disease. Stem cells are being used to treat neurological, cardiovascular, autoimmune and orthopedic conditions as well as spinal cord injuries, severe wounds, erectile dysfunction and the list goes on.

Note: Despite all advances in stem cells research and the application of these therapies in many countries all over the world, stem cells therapies are not legally approved yet in San Diego, Los Angeles, Chicago, Dallas, New York, Jacksonville, Seattle, Houston, San Francisco, Salt Lake City, Miami, Beverly Hills and other US cities. However, stem cell treatments are legal in Costa Rica.

By regenerating tissue and organs, andreducing inflammation, human umbilical cord tissue mesenchymal stem cells (HUCT-MSCs)have demonstrated they have the ability to improve conditions that currentlyhave no, or few, treatment options.

Mesenchymal stem cells repair damagedtissue and organs, repair function, modulate the immune system and reduceinflammation. The most powerful and abundant source of mesenchymal stem cellsis found in gelatin of Whartons jelly in the the tissue of umbilical cords.

In September of 2018, researchers publishedthe results of their evaluation of more than 30 studies evaluating the regenerativebenefits of Whartons jelly, stem cells derived from the umbilical cord bloodand tissue and other products derived from the umbilical cord. https://stemcellres.biomedcentral.com/articles/10.1186/s13287-018-0992-0

Previously umbilical cord tissue wasconsidered medical waste and discarded, however, today experts in the field ofregenerative medicine, are preserving and using umbilical cord tissue to treatinjuries and chronic, degenerative conditions.

Whartons jelly is the gelatinous substancein the umbilical cord that protects and insulates the blood vessels. The jellyis made up of hyaluronic acid, chondroitin sulfate, collagen, fibrin, fibroblasts,macrophages and expresses stem cells including mesenchymal stem cells andtelomerase.

The review of available data, published in StemCell Research & Therapy, evaluated the benefits of products obtainedfrom Whartons jelly and discussed their potential clinical applications.

Whartons jelly can be used in several waysincluding: 1. The matrix surrounding the cells is made up of hyaluronic acid,collagen and fibrin that can be used to treat burns and wounds. The jelly isapplied to the damaged area to accelerate tissue restoration and 2. Adultmesenchymal stem cells can be isolated, cultured and expanded to treat diseasessuch as Alzheimers, Parkinsons, MS, Autism, spinal cord injury, rheumatoidarthritis, diabetes, traumatic brain injury.

The results of the data analysis showed theproperties of mesenchymal stem cells derived from Whartons jelly exceed thoseof stem cells derived from bone marrow and adipose tissue. HUCT-MSCs have beenshown to reduce inflammation, modulate the immune system, and repair damagedtissue.

HUCT-MSCs proliferate and differentiatemore efficiently and effectively than cells found in bone marrow and adiposetissue, and umbilical cord tissue is a more abundant source of mesenchymal stemcells than the blood of the umbilical cord.

Mesenchymal stem cells from the umbilical cord haveimmunosuppressors and immunomodulatory properties that allow their use in anyindividual without rejection. The cells do not express HLA-DR the antigenresponsible for rejection.

Researchers are conducting clinical trialsto evaluate the efficacy of stem cells derived from umbilical cord blood, andumbilical cord tissue. Some of the research includes:

Stem cells from umbilical cord tissue:

Stem cells from umbilical cord blood:

At the StemCells Transplant Institute in Costa Rica we recommend umbilical cord stemcells for the treatment of Alzheimers disease, Parkinsons disease, lupus,rheumatoid arthritis, multiple sclerosis, myocardial infarction, stroke,diabetes (type I and type II), spinal cord injury, neuropathy, COPD, and ALS.

Atthe Stem Cells Transplant Institute, we tailor each stem cell treatment,based on the patients individual needs and goals.

Humanumbilical cord mesenchymal stem cells and autologous mesenchymal stem cellshave been proven in clinical trials to be safe and effective.

Themission of the Stem Cells Transplant Institute in Costa Rica, is toprovide the highest level of care, using the most advanced technologies, toevery patient that wants to experience the life changing benefits of stem celltherapy.

Contactus today to learn more about the power of stem cell therapy.

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STEM Summer Programs | TeenLife

Friday, October 4th, 2019

Careers involving STEM (Science, Technology, Engineering, and Mathematics) currently have the most job openings and offer the best entry-level salaries for college gradsestimated to be 30% more than average. We have researched and curated the largest online collection of STEM summer programs for students in grades 7-12, many of them precollege summer programs that take place on college campuses. Attending one of these programs is a great way for middle and high school students to experience college and learn more about potential STEM career paths. We also list hundreds of colleges that seek students interested in majoring in science, technology, computer science, engineering, math, and design.

Teen summer STEM programs allow high schoolers to develop their understanding in core subject areas that will matter to them now and in the future. Because Summer STEM for Teens is created not only to educate but also to be fun, teens who are only marginally interested in STEM subjects will find their curiosity sparked.

Science summer programs for teens offer hands-on experience that increases the ability to grasp critical scientific concepts. Great teen summer science programs focus on the scientific process and how to formulate and test hypotheses, and attendees enjoy improving their scientific knowledge.

Math summer programs for teens increase a students math skills through repetition and unique teaching techniques. Teen summer math programs emphasize one of the most important skills a student can have, while technology summer programs for teens help teens boost their proficiency with technology.

To see more of our listings, please join TeenLife

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Center for Preventive Medicine, Gail Vanark

Friday, October 4th, 2019

Personalized Preventive & Functional Medicine

At the Center for Preventive Medicine, we take the time to really understand you and all the factors that are affecting your health. Persistent symptoms are a sign of imbalances in our bodies and require careful diagnosis and thoughtful treatment an initial visit at CPM is 60 to 90 minutes.

We use a wide array of tested natural medical and nutritional therapies to diagnose and treat the root cause of your symptoms. Each treatment plan is based on an individualized health assessment formulated for your unique biochemical make-up.

Contact Us

3 Overlook Drive, Suite 3

Amherst, NH 03031Tel: 603-673-7910

Fax: 603-673-7991Mail: CPMStaff@gmail.com

Our Mission Statement:

My goal as an Integrative Medical provider is to thoroughly assess and investigate the cause of an individual's symptoms and illness in the body so that a tailored treatment plan can be formulated for the benefit of resolution of the current imbalance as well as the promotion of good health over the lifespan. Teaching the tools to regain and maintain health is the foundation of this practice. On an individual basis, finding the specific well tolerated doses and remedies, given in the correct sequence is pivotal to healing.

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Preventive Medicine | Certification Matters

Friday, October 4th, 2019

Preventive Medicine Preventive Medicine Doctors address disease, disability, and premature death prevention, public health, occupational medicine, and more

A specialist in Preventive Medicine focuses on the health of individuals and defined populations in order to protect, promote, and maintain health and well-being, and to prevent disease, disability, and premature death. They may be a specialist in Public Health and General Preventive Medicine, Occupational Medicine, or Aerospace Medicine.

The distinctive components of Preventive Medicine include:

Specialty training required prior to certification: Three years

Certification in one of the following subspecialties requires additional training and assessment as specified by the board.

Addiction MedicineA preventive medicine physician who specializes in Addiction Medicine is concerned with the prevention, evaluation, diagnosis, and treatment of persons with the disease of addiction, of those with substance-related health conditions, and of people who show unhealthy use of substances including nicotine, alcohol, prescription medications, and other licit and illicit drugs. Physicians in this specialty also help family members whose health and functioning are affected by a loved ones substance use or addiction.

Clinical InformaticsPhysicians who practice Clinical Informatics collaborate with other health care and information technology professionals to analyze, design, implement, and evaluate information and communication systems that enhance individual and population health outcomes, improve patient care, and strengthen the clinician-patient relationship. Clinical informaticians use their knowledge of patient care combined with their understanding of informatics concepts, methods, and tools to: assess information and knowledge needs of health care professionals and patients; characterize, evaluate, and refine clinical processes; develop, implement, and refine clinical decision support systems; and lead or participate in the procurement, customization, development, implementation, management, evaluation, and continuous improvement of clinical information systems.

Medical ToxicologyMedical toxicologists are physicians who specialize in the prevention, evaluation, treatment, and monitoring of injury and illness from exposures to drugs and chemicals, as well as biological and radiological agents. These specialists care for people in clinical, academic, governmental, and public health settings, and provide poison control center leadership. Important areas of Medical Toxicology include acute drug poisoning; adverse drug events; drug abuse, addiction and withdrawal; chemicals and hazardous materials; terrorism preparedness; venomous bites and stings; and environmental and workplace exposures.

Undersea and Hyperbaric MedicineA preventive medicine physician who specializes in Undersea and Hyperbaric Medicine treats decompression illness and diving accident cases and uses hyperbaric oxygen therapy to treat such conditions as carbon monoxide poisoning, gas gangrene, non-healing wounds, tissue damage from radiation and burns, and bone infections. This specialist also serves as consultant to other physicians in all aspects of hyperbaric chamber operations, and assesses risks and applies appropriate standards to prevent disease and disability in divers and other persons working in altered atmospheric conditions.

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About Preventive Medicine | Preventive Medicine | UTHSC

Friday, October 4th, 2019

Mission

The mission of the Department of Preventive Medicine is to improve human health through research, education, and public service. The Departments mission is integrated with the broader mission of the University of Tennessee Health Science Center, to bring the benefits of the health science to the citizens of Tennessee and beyond through education, research, clinical care, and public service.

The research goal of the Department of Preventive Medicine is to conduct clinical, health services, and community based health research. Areas of present interest involve the major health concerns of the region, including cardiovascular disease, cancer, neurocognitive development, obesity, diabetes, health of underserved populations, and maternal and child health.

The education goal of the Department of Preventive Medicine is mediated through implementation of Masters level training in epidemiology, and Certificate programs in clinical research. The Certificate program has been extremely popular in meeting the demands of active clinicians. The Department is also home for the Biostatics, Epidemiology and Research Design (BERD) Clinic.

Previous chairs of the Department of Preventive Medicine include:

The Department of Preventive Medicine was instrumental in Memphis/Shelby County in developing one of the nation's premier community-based, nurse-run, chronic-disease treatment programs. The Department of Biostatistics and Epidemiology merged with the Department of Preventive Medicine in the 1990s to strengthen the research initiative in the College of Medicine. In 2012, we added a Certificate in Clinical Investigation program to our on-going MS in Epidemiology program.

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Preventive Medicine Public Health Residency Program

Friday, October 4th, 2019

New! Public Health Priorities Track for Preventive Medicine Residency Program

General Preventive Medicine / Public Health Residency Program (PMRP) is a one or two-year program for physicians, in which participants obtain a Master of Public Health (MPH) degree within an affiliated California university followed by a training year within a local health department or a state department program mentored by a County Health Officer or public health physician. Residents will obtain knowledge and gain expertise in reducing the incidence and prevalence of disease, addressing health inequities and creating healthier communities in the state of California.

PMRP was established in 1980 in response to the California Conference of Local Health Officers' recognition of the need for physicians trained in public health practice. PMRP is fully accredited by the Accreditation Council for Graduate Medical Education to provide a oneor two-year program. The PMRP is affiliated with the University of California at Davis, Berkeley and Los Angeles MPH programs.

The post-graduate (PG) Y2 training year is spent obtaining an MPH for those residents who do not already have one. Residents in their PGY3 training year work with experienced public health physician mentors to gain practical public health experience.

Funding is available forthree residents to start the program in July 2020. Residents have been placed in varied local health departments for the PGY3 year. Geographic placements are dependent on many factors, including the preference of the resident. There are currently two residents in the PGY3 year who are gaining public health experience in San Francisco andMarin counties, and three residents in the PGY2 year training in Los Angeles, Yolo, and Placer counties.

Applicants who apply to the residency program should also apply to an MPH program at one of the Universities with which CDPH has an affiliation: UC Berkeley, UC Davis, or UC Los Angeles.

Upon completion of the training, physicians are eligible for board certification in the specialty of Public Health and General Preventive Medicine.

This program and website are supported by the Preventive Health and Health Services Block Grant from the Centers for Disease Control and Prevention and the Preventive Medicine Residency grant from the Health Resources & Services Administration.

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Preventive Medicine Public Health Residency Program

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Preventive Medicine – Atlanta, GA – yelp.com

Friday, October 4th, 2019

Specialties

Since 1996 our team of dedicated doctors and nurse practitioners have been committed to providing preventive medicine for men and women suffering from health concerns such as hypertension, heavy metal toxicity, and hormone deficiency. Our anti-aging clinic outranks others of its kind, thanks to our remarkably cutting edge and talented group of doctors.

Robert A. Burkich, MD is the founder and medical director at the facility and has nearly 20 years of experience with private practice medicine. Dr. Burkich specializes in anti-aging and believes in treating his patients from the inside out. His approach is methodical and successful, time and time again. It starts with reducing heavy metals and other toxins from the body to improve blood flow. How does this help? By removing toxins, improving blood flow and hormone levels, it allows you to maintain an ideal body weight, keep energy levels up, diminish fatigue and mental fogginess, improve sexual function, and improve outward appearance

Established in 2010.

Since 1996 our team of dedicated doctors and nurse practitioners have been committed to providing preventive medicine for men and women suffering from health concerns such as hypertension, heavy metal toxicity, and hormone deficiency. Our anti-aging clinic outranks others of its kind, thanks to our remarkably cutting edge and talented group of doctors.

Robert A. Burkich, MD is the founder and medical director at the facility and has nearly 20 years of experience with private practice medicine. Dr. Burkich specializes in anti-aging and believes in treating his patients from the inside out. His approach is methodical and successful, time and time again. It starts with reducing heavy metals and other toxins from the body to improve blood flow. How does this help? By removing toxins, improving blood flow and hormone levels, it allows you to maintain an ideal body weight, keep energy levels up, diminish fatigue and mental fogginess, improve sexual function, and improve outward appearance.

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Preventive Medicine - Atlanta, GA - yelp.com

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Preventive Medicine | Family Medicine | Michigan Medicine …

Friday, October 4th, 2019

Michael D. Fetters, M.D., M.P.H., M.A., U-M Site Principal Investigator

Funded by the National Institutes of Health,National Institute Of Diabetes And Digestive And Kidney Diseases toVirginia Commonwealth University ($485,649)

Study Dates: June 2018 - June 2021

The overall goal of this research is to identify physicians communication behaviors during medical interactions that are associated with physicians implicit racial bias and Black patients immediate (satisfaction, trust) as well as clinically important longer-term outcomes (adherence, healthcare utilization).

To achieve this goal, we target medical interactions involving Black patients with Type 2 diabetes mellitus (T2DM) because nonadherence in Black patients with T2DM is particularly prevalent. Additionally, the patient-physician communication quality has been found to predict patient adherence to T2DM treatment regimens. We will use a mixed-methods design that integrates the strengths of inductive reasoning to explore which physicians communication behaviors during medical interactions matter from Black patients perspectives and deductive reasoning to identify theoretically and clinically important behaviors.

Our aims are:

Study Protocol Citation:Hagiwara N, Mezuk B, Lafata JE, Vrana SR,Fetters MD. Study protocol for investigating physician communication behaviours that link physician implicit racial bias and patient outcomes in Black patients with type 2 diabetes using an exploratory sequential mixed methods design. BMJ Open. 2018;8(10). doi:10.1136/bmjopen-2018-022623.

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Preventive Medicine | Family Medicine | Michigan Medicine ...

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Preventive Care | UnitedHealthcare

Friday, October 4th, 2019

'); // age var $fldAgeNo = $('input[name="ageNo"]' ); var ageNo = ($fldAgeNo.val() == void(0) ? "" : $fldAgeNo.val() ); // console.log(">>> " + ageNo + ": " + typeof ageNo); if (ageNo.length == 0) { thisErr += "Please enter an age as whole number using digits."; errMsg += '

').attr('aria-role','alert').attr('aria-live','assertive').attr('tabindex','0').html(errMsg); $('div.upc-form-wrapper').before($errElem);// $errElem.show().removeAttr('tabindex'); $errElem.show(); $errElem.get(0).focus(); return false; } if (window.sessionStorage) { sessionStorage.setItem("uhc-ageNo", ageNo); sessionStorage.setItem("uhc-ageType", ageType ); sessionStorage.setItem("uhc-gender", gender ); sessionStorage.setItem("uhc-pg", pg); } else { strArgs = "?a="+ageNo+"&t="+ageType+"&pg="+pg } var strPath = "/health-and-wellness/preventive-care/" + gender + "-guidelines"; if (window.location.hostname.indexOf('author') > -1 ) { strPath = "/content/uhcdotcom/en/home" + strPath + ".html" + strArgs } else { strPath = strPath + strArgs }/* alert(strPath);*/ window.location = strPath;}$(document).ready( function(){ $("#div-pg").hide(); // set up change event on all form elements $('input[name="gender"], input[name="ageNo"], [name="ageType"]').on('change', function() { var $elemPg = $("#div-pg"); var daForm = this.form; var gender = $('input[name="gender"]:checked').val(); if ( gender == void(0) ) gender = ""; var ageNo = (daForm.ageNo.value == void(0) ? "" : daForm.ageNo.value ); if (daForm.ageNo.value.length > 0) ageNo = parseInt( daForm.ageNo.value ); var ageType = (daForm.ageType.value == void(0) ? "" : daForm.ageType.value ); /* alert(ageNo + " " + ageType); */ if(gender == 'f' && ageType == 'y' && (ageNo.length ==0 || (ageNo >= 18 && ageNo

Routine preventive care helps you manage and maintain your health, and is generally covered at 100% by most health plans.

Schedule an appointment today or set a calendar reminder.

* indicates a required field

Understand the difference between preventive care and diagnostic care.

Preventive care is designed to help you stay healthy, and is covered by most health plans with $0 out-of-pocket when you see a network provider.

Costs may be incurred for diagnostic care based on plan coverage.

Preventive care includes routine well exams, screenings, and immunizations intended to prevent or avoid illness or other health problems.

Diagnostic care includes care or treatment when you have symptoms or risk factors and your doctor wants to diagnose them.

Set a reminder to schedule an appointment.

Find a provider, get plan coverage details and more.

Find network flu shot locations and track flu outbreaks.

Downloadable resources:

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Preventive Care | UnitedHealthcare

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Mayo Clinic Transplant Center – Regenerative medicine …

Thursday, October 3rd, 2019

Mayo Clinic Regenerative Medicine Consult Service

At Mayo Clinic, an integrated team, including stem cell biologists, bioengineers, doctors and scientists, work together and study regenerative medicine. The goal of the team is to treat diseases using novel therapies, such as stem cell therapy and bioengineering. Doctors in transplant medicine and transplant surgery have pioneered the study of regenerative medicine during the past five decades, and doctors continue to study new innovations in transplant medicine and surgery.

In stem cell therapy, or regenerative medicine, researchers study how stem cells may be used to replace, repair, reprogram or renew your diseased cells. Stem cells are able to grow and develop into many different types of cells in your body. Stem cell therapy may use adult cells that have been genetically reprogrammed in the laboratory (induced pluripotent stem cells), your own adult stem cells that have been reprogrammed or cells developed from an embryo (embryonic stem cells).

Researchers also study and test how reprogrammed stem cells may be turned into specialized cells that can repair or regenerate cells in your heart, blood, nerves and other parts of your body. These stem cells have the potential to treat many conditions. Stem cells also may be studied to understand how other conditions occur, to develop and test new medications, and for other research.

Researchers across Mayo Clinic, with coordination through the Center for Regenerative Medicine, are discovering, translating and applying stem cell therapy as a potential treatment for cardiovascular diseases, diabetes, degenerative joint conditions, brain and nervous system (neurological) conditions, such as Parkinson's disease, and many other conditions. For example, researchers are studying the possibility of using stem cell therapy to repair or regenerate injured heart tissue to treat many types of cardiovascular diseases, from adult acquired disorders to congenital diseases. Read about regenerative medicine research for hypoplastic left heart syndrome.

Cardiovascular diseases, neurological conditions and diabetes have been extensively studied in stem cell therapy research. They've been studied because the stem cells affected in these conditions have been the same cell types that have been generated in the laboratory from various types of stem cells. Thus, translating stem cell therapy to a potential treatment for people with these conditions may be a realistic goal for the future of transplant medicine and surgery.

Researchers conduct ongoing studies in stem cell therapy. However, research and development of stem cell therapy is unpredictable and depends on many factors, including regulatory guidelines, funding sources and recent successes in stem cell therapy. Mayo Clinic researchers aim to expand research and development of stem cell therapy in the future, while keeping the safety of patients as their primary concern.

Mayo Clinic offers stem cell transplant (bone marrow transplant) for people who've had leukemia, lymphoma or other conditions that have been treated with chemotherapy.

Mayo Clinic currently offers a specialty consult service for regenerative medicine within the Transplant Center, the first consult service established in the United States to provide guidance for patients and families regarding stem cell-based protocols. This consult service provides education and consultation for people with many conditions who have questions about the potential use of stem cell therapy. The staff provides guidance to determine whether stem cell clinical trials are appropriate for these individuals. Regenerative medicine staff may be consulted if a doctor or patient has asked about the potential use of stem cell therapies for many conditions, including degenerative or congenital diseases of the heart, liver, pancreas or lungs.

People sometimes have misconceptions about the use and applications of stem cell therapies. This consult service provides people with educational guidance and appropriate referrals to research studies and clinical trials in stem cell therapies for the heart, liver, pancreas and other organs. Also, the consult service supports ongoing regenerative medicine research activities within Mayo Clinic, from basic science to clinical protocols.

Read more about stem cells.

For more information about Mayo Clinic's regenerative medicine consultation service, please call 844-276-2003 (toll free) Monday through Friday from 8 a.m. to 5 p.m. Central time.

Share your Mayo Clinic transplant experience with others using social media.

Oct. 02, 2019

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Mayo Clinic Transplant Center - Regenerative medicine ...

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