Page 11234..1020..»

What Is Testosterone AndroGel

July 3rd, 2015 by appoitnop No comments »

AndroGel can transfer from your body to others. This can happen if other people come into contact with the area where AndroGel was applied. Signs of puberty that are not expected have happened in young children who were accidentally exposed to testosterone through skin-to-skin contact with men using topical testosterone products like AndroGel. Women and children should avoid contact with the unwashed or unclothed area where AndroGel has been applied. If a woman or child makes contact with the AndroGel application area, the contact area on the woman or child should be washed well with soap and water right away. To lower the risk of transfer of AndroGel 1.62%, you should apply it only to your shoulders and upper arms, areas that will be covered by a short-sleeve T-shirt. Do not apply AndroGel 1.62% to any other parts of your body, such as your stomach area (abdomen), penis, scrotum, chest, armpits (axillae), or knees. Wash your hands right away with soap and water after applying. After the gel has dried, cover the application area with clothing until you have washed the application area well or have showered. If you expect another person to have skin-to-skin contact with your shoulders or upper arms, first wash the application area well with soap and water. To lower the risk of transfer of AndroGel 1%, you should apply it only to areas that will be covered by a short-sleeve T-shirt. These areas include shoulders, upper arms, and stomach area. Do not apply AndroGel 1% to any other parts of your body such as your penis, scrotum, chest, armpits (axillae), knees, or back. Wash your hands right away with soap and water after applying AndroGel. After the gel has dried, cover the application area with clothing. If you expect to have skin-to-skin contact with another person, first wash the application area well with soap and water. Stop using AndroGel and call your healthcare provider right away if you see any signs and symptoms of puberty in a child, or changes in body hair or increased acne in a woman, that may have occurred through accidental exposure to AndroGel. Do not use AndroGel if you have breast cancer or have or might have prostate cancer. AndroGel is not meant for use in women and must not be used in women who are or may become pregnant or are breastfeeding. AndroGel may harm the unborn or breastfeeding baby. Women who are pregnant or who may become pregnant should avoid contact with the area of skin where AndroGel has been applied. Before you use AndroGel, tell your healthcare provider if you have breast cancer; prostate cancer; urinary problems due to enlarged prostate; heart, kidney, or liver problems; problems breathing while you sleep (sleep apnea); or have any other medical conditions. AndroGel can cause serious side effects, including: If you already have enlargement of your prostate gland, your signs and symptoms can get worse while using AndroGel (including changes in urination) Possible increased risk of prostate cancer In large doses, AndroGel may lower your sperm count Swelling of your ankles, feet, or body, with or without heart failure. This may cause serious problems for people who have heart, kidney, or liver disease Enlarged or painful breasts Having problems breathing while you sleep (sleep apnea) Blood clots in your legs or lungs. Signs and symptoms of a blood clot in your leg can include leg pain, swelling, or redness. Signs and symptoms of a blood clot in your lungs can include difficulty breathing or chest pain. Tell your healthcare provider about all the medicines you take, especially if you take insulin, medicines that decrease blood clotting, or corticosteroids. AndroGel is flammable until dry. Let AndroGel dry before smoking or going near an open flame. The most common side effects of AndroGel 1.62% are increased prostate specific antigen (a test used to screen for prostate cancer), mood swings, high blood pressure, increased red blood cell count, and skin irritation where the gel is applied. The most common side effects of AndroGel 1% are acne, skin irritation where the gel is applied, increased cholesterol levels, increased prostate specific antigen, increased red blood cell count, and increased liver function tests. AndroGel 1% and 1.62% application sites and dosages are not interchangeable with each other or with other topical testosterone products. This is the most important information to know about AndroGel. For further information, talk with your healthcare provider.

You are encouraged to report negative side effects of prescription drugs to the FDA. Visit or call 1-800-FDA-1088.or call 1-800-FDA-1088

If you cannot afford your medication, contact for assistance.

References: 1. AndroGel 1.62% [package insert]. North Chicago, IL: AbbVie Inc. 2. AndroGel 1% [package insert]. North Chicago, IL: AbbVie Inc.

Read more here:
What Is Testosterone AndroGel

Body Composition and Body Fat – Sports Medicine

July 3rd, 2015 by rosasmith No comments »

Peter Dazeley/Photographer’s Choice/Getty Images

Updated December 16, 2014.

Compare prices: Body Weight Scales

There are many methods of assessing a person’s body fat percent and lean mass. The most common methods include the following.

One method of body composition analysis in which a person is weighed while submerged in a large tank of water is called underwater or hydrostatic weighing This method of determining body composition relies on Archimedes’ Principle of displacement which states:

Compare prices: skinfold calipers

Compare prices: Body Composition and Body Fat Analyzers and Scales

The ideal weight and fat-lean ratio varies considerably for men and women and by age, but the minimum percent of body fat considered safe for good health is 5 percent for males and 12% for females. The average adult body fat is closer to 15 to 18% for men and 22 to 25% for women.

Athletes tend to be at low end of this scale due to their increased lean weight (muscle mass). While low levels of body fat seem to be related to improved performance, body composition alone is not a great predictor of sports success. A linebacker needs to have enough body mass (lean and fat weight) to generate high forces and avoid injury. Body fat among elite athletes vary largely by sport. There is little evidence of any benefit when men drop under 8% and women drop under 14 percent body fat.

While the average body fat percent in the United States and Europe is increasing, extremely low body fat percent is also a health problem. The female athlete triad highlights the problem. Women athletes who lose too much fat risk injury, decreased performance and health issues.

Continued here:
Body Composition and Body Fat – Sports Medicine

St. Petersburg Podiatrist – Tampa Bay Sports Medicine …

July 3rd, 2015 by Little-inhaty No comments »

If you are looking for a podiatrist in St. Petersburg , FL , we welcome you to our practice.

One of the goals of our Web site is to provide you an extension of care. As you navigate through the site you will find a wealth of information about podiatry, foot and ankle ailments, treatments available, exercising and shoes. There is an overview of our practice including our doctor and staff, office hours, insurance and appointment procedures, maps, directions and contact information.

As a licensed podiatrist in St. Petersburg, FL we believe our patients deserve to have the information needed to make good choices about their foot and ankle care. Our goal is to educate each patient and begin a relevant treatment program with the highest quality of care available. Whatever your foot and ankle trouble, we’ll work together to find the answers that will comfort you and bring you relief.

We take pride in providing you with a comfortable office experience. Our qualified staff is friendly and will ensure a pleasant visit. Our main office is conveniently located in St. Petersburg, FL. We invite you to e-mail or call our office with any questions via the contact us or request an appointment page of our Web site.

For more information about foot and ankle problems visit http://www.footphysicians.com

Read more:
St. Petersburg Podiatrist – Tampa Bay Sports Medicine …

Clinical Sports Medicine | Voted Sports Medicine Book of …

July 3rd, 2015 by poontesty No comments »

Does artificial turf (AT) affect injury rates in football (soccer)? It is a question widely debated. Robust data states that artificial turf does not affect the general injury rate for acute injuries. Few studies, however, have included overuse injuries when comparing injury rates with AT and natural grass (NT). Also, the aspect of rapid change between surfaces is often discussed among football players, trainers and clinicians, but no previous studies have evaluated whether this actually affect injury rates.

With this background, our research group (Football Research Group, Linkping Sweden) and The Oslo Sports Trauma Research Group (Oslo, Norway) initiated a research project. We thought that a study setting in the Swedish and Norwegian first male leagues was appropriate since a) artificial turf is common in the Nordic countries, and b) the leagues are similar in climate and standards. In this way, we could collect a larger data set, which is a prerequisite to be able to analyze injury pattern, such as the injury rate for different specific muscle groups.

Photo by See-ming Lee. Used with permission. All rights reserved. Source: flickr

During two full football seasons (2010 and 2011), we recorded injuries that led to absence from football as well as players individual exposure to football on grass and AT. In November 2011, we could sum up that 32/37 clubs playing in the first leagues during this period had participated for the full study period. This resulted in 1063 match injuries and 1178 training injuries registered during 48,922 match and 318,568 training hours.

We compared the acute injury rates on AT and NG at the individual player level (to see if this study would replicate the findings from previous studies). Also, in this study setting we were able to compare acute and overuse injury rates between clubs that have artificial turf at their home venue (AT clubs) and clubs that have natural grass (NG clubs).

Interestingly, the result we found was that professional football clubs with AT installed at their home venue had a higher acute training injury rate and overuse injury rate compared to clubs with NG. In particular, AT clubs had a higher rate of overuse injuries to the hip/adductors (60% increase) and calf (four-fold increase).

Also, AT clubs had a higher match injury rate during the competitive season, while no differences between AT clubs and NG clubs were found during pre-season. Still, at the individual level, no differences in acute injury rates were found when playing on AT compared to NG in the total cohort analysis.

Consequently, our study replicated the findings from previous research that there is no difference in the acute injury rate at the two surfaces, yet clubs playing home matches on AT have a higher injury rate. Why is that?

Our hypothesis is that the AT clubs higher injury rates could be due to a rapid switching between playing surfaces and inadequate adaptation to a new surface. Since there were fewer AT clubs than NG clubs in this cohort, players from AT clubs had to alternate between surfaces more often when playing away matches.

It is possible that such frequent shifts between surfaces could lead to a greater load on musculoskeletal tissues and an increased overuse injury rate. This could explain why a higher match injury rate for AT clubs was only evident during the competitive season when switching between surfaces at away matches occurred frequently, while match injury rates were similar during the pre-season, when most friendly matches were played on AT.

See the original post here:
Clinical Sports Medicine | Voted Sports Medicine Book of …

delayed onset muscle soreness (DOMS) – Sports Medicine

July 3rd, 2015 by chilabaxer No comments »

Bambu Productions/The Image Bank/Getty Images

Updated January 18, 2015.

Written or reviewed by a board-certified physician. See About.com’s Medical Review Board.

Although it can be alarming for new exercisers, delayed onset muscle soreness is a normal response to unusual exertion and is part of an adaptation process that leads to greater stamina and strength as the muscles recover and build hypertrophy).

This sort of muscle pain is not the same as the muscle pain or fatigue you experience during exercise. Delayed soreness is also unlike the acute, sudden and sharp pain of an injury such as a muscle strains or sprain that occurs during activity and often causes swelling or bruising. The delayed muscle soreness of DOMS is generally at its worst within the first 2 days following a new, intense activity and slowly subsides over the next few days.

Examples of eccentric muscle contractions include going down stairs, running downhill, lowering weights and the downward motion of squats and push-ups.

In addition to small muscle tears there can be associated swelling in a muscle which may contribute to soreness.

So does anything work to reduce delayed-onset muscle soreness? Nothing is proven 100 percent effective and although some people have found the following advice helpful, it’s best to try a few things to see what works for you. Ultimately, best advice for treating DOMS is to prevent it in the first place.

Original post:
delayed onset muscle soreness (DOMS) – Sports Medicine

Stem Cell Doctors

July 2nd, 2015 by rosaliefwp No comments »

We have Bone Marrow Autologous Stem Cell Experts and Stem Cell Cancer Treatment doctors.

Meet our doctors: Dr. Gustavo Andrade – Stem Cell Specialist

Dr. Rivkah Lopez – Cancer Specialist

We offer Stem Cell treatments with enhanced, manipulated, and activated stem cells. These expanded and activated stem cells have been found to provide better results than non-manipulated stem cell applications.

Manipulation or amplification of the stem cells is done in the lab, where care is taken to retain the cell properties and transfer factors are added to activate cells. These expanded and activated cells provide superior results and cell recovery has been found to occur twice as fast as with non-manipulated stem cell applications.

To contact our stem cell expert team, and begin the consultation and review process now, click here >>>

We currently have available treatments with stem cells utilizing patient bone marrow and younger donor sources. Treatments are available in the following areas: Breast Cancer, Prostate Cancer, Spinal Cord Injury, Arthritis, Parkinsons Disease, Autoimmune disease, Cerebral Palsy, Diabetes, Heart Failure, Multiple Sclerosis, Alzheimers Disease, and Stroke, just to mention a few.

No international flights required! Patients fly to the San Diego International Airport, are shuttled into the clinic for extraction and treatments, and can stay there or in San Diego overnight. Not sure what to do! Want a personal consultation with one of our doctors? To begin the consultation and review process now, just click here >>>, give us your contact information and we will get right back to you. It’s easy!

It is believed that by the practical application of stem cells, the need for liver, kidney and heart transplants can be reduced dramatically. In addition, a cure for diabetes, nerve restoration and the extension of ones life expectancy by more than 50 years are on the horizon.

Originally posted here:
Stem Cell Doctors

Sports Medicine

July 2nd, 2015 by Aviation No comments »

[an error occurred while processing this directive]

[an error occurred while processing this directive]

The Dartmouth Sports Medicine Department serves the primary athletic health care needs of the men’s and women’s intercollegiate athletes of Dartmouth College. Our main facility is the athletic training room located in Davis Varsity House, adjacent to Alumni Gym. The athletic training room is staffed by a team of nationally certified athletic trainers, each of whom is assigned to work with different teams through the year. The Sports Medicine Department is part of the Dartmouth College Health Service.

The athletic training staff of the Dartmouth College Sports Medicine Department is committed to providing the highest quality athletic health care possible to the men and women athletes of Dartmouth College.

The athletic training staff will work in conjunction with the clinical staff at Dartmouth College Health Services and the Orthopedic Sports Medicine physicians at Dartmouth Hitchcock Medical Center. Our aim is to ensure that each athlete is provided with the appropriate education, evaluation, treatment, and/or rehabilitation program for each situation. Our goal is to effectively manage each athletes injury or illness so that they may safely return to physical activity with minimal time lost from their participation in sport.

We will strive to create a professional, friendly, and welcoming atmosphere in each of our athletic training facilities. We will maintain each of our athletic training facilities with the highest commitment to efficiency and cleanliness so that an appropriate healing environment is provided. We are committed to providing the most up-to-date treatment modalities, rehabilitation equipment possible.

Our staff is committed to maintaining the highest professional standards of quality consistent with the National Athletic Trainers Association. We are constantly engaged with continuing education activities in order to keep abreast of the most current information available regarding treatment and rehabilitation of athletic injuries.

Our goal is to become a leader in collegiate Sports Medicine programs, by providing consistently high quality care and education to our athletes in a positive and healthful atmosphere.

Follow this link:
Sports Medicine

What is Sports Medicine?

July 2nd, 2015 by primary-source No comments »

Updated September 06, 2013.

Sports medicine is the study and practice of medical principles related to the science of sports, particularly in the areas of:

What is a Sports Medicine Specialist? A sports medicine specialist is an individual with specialized education and training who focuses on the medical and therapeutic aspects of sports participation and physical activity.

This title of sports medicine specialist does not necessarily mean the specialist is a physician. There are bachelors, masters, and certificate programs in sports medicine.

What is a Sports Medicine Physician?

Sports medicine physicians have specialized training in the field in medicine that deals with sport or exercise-related injuries. Their primary focus is on the diagnosis, treatment and prevention of injuries that occur during sports and other physical activity.

A sports medicine physician receives special training during a fellowship program in sports medicine after finishing a residency program in another specialty, such as primary care or orthopedic surgery. There are currently no widespread residency programs in sports medicine.

Most primary care sports medicine doctors complete a three-year family medicine residency after medical school, and then choose to focus on sports medicine. An orthopedic surgery residency leads to a career as an orthopedic surgeon, many of who treat athletes.

What is Sports Science? Sports science, also referred to as exercise science, is a focused study and application of the principals of physiology, anatomy, and psychology as they relate to human movement and physical activity. Exercise science is still quite young, and much of the field is focused on conducting research on the various adaptations to exercise or the lack of exercise, of the human body. This work ranges from the elite athlete to the general population; children to elderly; and the physical components of fitness to the psychological.

Careers in Sports Medicine and Sports Science There are many career and job opportunities in fields related to sports medicine. Typically, employment opportunities involve working with generally healthy or active people in two major areas:

More:
What is Sports Medicine?

Copyright © 2015