Obesity is a complex, long-term disease commonly described as having a lot of body mass. Body fat is healthy, but having too much of it could change how the body functions. Obesity progresses over time, and the gradual changes could result in a lot of adverse physical, emotional, and mental health effects.

Causes and Risk Factors

Obesity results from long-term consumption of more calories than the body can burn during daily activities or exercises. While this has always been a problem, it has drastically increased over the past few years because of the increase in fast foods and high-calorie beverages. It has also resulted from less physically demanding jobs and conveniences like online shopping and escalators that do not require physical exertion. However, it is not always about the calories, and the following factors can increase a person’s chances of obesity.

Genetics
Genetic history can affect how the body uses and stores fat or where the fat is distributed. Genetics might also influence how the body converts food into energy, how the body burns calories throughout exercise, and how the body regulates appetite.

Poor lifestyle choices
These can include eating unhealthy foods with a lot of processed fats and sugars or oversized portions. Liquid calories like alcohol and sugared soft drinks also contribute because people can drink a lot without feeling full. Inactivity is another lifestyle choice that limits the number of calories burned, causing the body to turn them into fat.

Diseases
Some diseases could result in weight by affecting the body’s metabolism. They include Cushing syndrome, hypothyroidism, polycystic ovary syndrome (PCOS), and Prader-Willi syndrome. Conditions like arthritis could also reduce physical activity, resulting in obesity.

Medications
Some medications, like antipsychotics, corticosteroids, antidepressants, beta-blockers, and anti-seizure medications, can result in weight gain.

Hormones
Hormones are key in regulating hunger and sending hunger signals. However, conditions like lack of enough sleep and high stress levels could cause imbalances, leading to higher cravings for high-calorie or sugary foods.

Environment and Community
Environment determines what a person eats and how they spend their time. Therefore, you might have higher chances of getting obese if you live in a place without a lot of nutritious foods but many high-calorie options. There are also high chances if there is no safe place to walk or exercise.

Age
While obesity can occur at any age, old age can result in lower physical activities, hormonal changes, and less muscle mass, which increase obesity chances.

Pregnancy
Weight gain is typical in pregnancy, but some women might find it challenging to lose it after giving birth, which might result in obesity development.

Diagnosis

Body mass index is the first thing Dr. Pedro I Troya will check. It measures the average body weight against the average body height. Dr. Pedro I Troya uses a BMI of over 30 to indicate a patient has obesity, but that does not apply to muscular athletes or bodybuilders. Dr. Pedro I Troya can also use waist circumference readings to diagnose obesity in men or women with a waist circumference over 40 or 35 inches, respectively. The Bay Area Endocrinology Associates team will also review your medical history to understand previous health conditions, weight changes, and current eating, sleeping, and activity patterns.

Many doctors also administer a blood test to determine your cholesterol and blood sugar levels. Other tests you might undergo include a skinfold thickness test, waist-to-hip comparisons, ultrasounds, MRI scans, and dual-energy radiographic absorptiometry scans to measure the amount of body fat accurately and where it is located. You might also undergo diabetes screening, liver function tests, thyroid tests, or heart tests for Dr. Pedro I Troya to diagnose obesity-related illnesses. Doctors can also diagnose obesity in children but about their assigned sex and age. When analyzing children over two years, the BMI must be over 95% of children in the same category.

Obesity Classes

Doctors classify obesity based on the numbers they get from the BMI test.

• 30 to 35- Class 1 obesity
• 35 to 40- Class 2 obesity
• 40 and above- Class 3 obesity (severe, extreme, or morbid obesity)

Complications

Obesity can cause more than excess weight gain. A high body fat-to-muscle ratio exerts a lot of strain on the body’s internal organs and bones. It also causes inflammation, which could result in health complications that can be fatal if not treated.

• Type 2 diabetes
• High blood pressure
• Heart disease
• Fatty liver disease
• Gallbladder disease
• Stroke
• Arthritis
• Infertility
• Sleep apnea
• Kidney disease
• Back pain
• Gout
• Certain cancers like colon, endometrial, breast, cervix, esophagus, kidney, pancreas, or gallbladder cancers

Obesity can also result in other non-physical complications like low self-esteem, depression, mood disorders, and social isolation.

Treatments

Once Dr. Pedro I Troya has diagnosed obesity and reviewed your health and medical history, he will use that information to curate a personalized treatment plan. There are different treatment options based on your overall health and goals.

Dietary changes
This is among the first things Dr. Pedro I Troya will recommend, and he might refer you to a dietitian. The plan might involve changing what you eat or how you eat, but most dietary plans involve including a lot of fruits, vegetables, and whole foods.

Increased activities
This helps in weight reduction and maintenance. Exercises do not always have to mean heavy gym exercises, but you can start with short walks and gradually increase as the body gets used to the activities. Dr. Pedro I Troya advises always working with experts to determine the best exercises and execution.

Behavioral changes
Support groups, cognitive behavioral therapy, and counseling can help implement positive behaviors that help with depression, anxiety, and emotional eating.

Medications
Dr. Pedro I Troya might prescribe different medications based on your goals and the cause of obesity. Medications like Phentermine, Benzphetamine, Diethylpropion, and Phendimetrazine help decrease your appetite. Orlistat helps reduce fat absorption in the gut, Liraglutide helps slow digestion, and Phentermiene-topiramate helps make you feel fuller.

Surgery
You can discuss surgery and ask your doctor if it’s right for you with your doctor. Some choose to undergo surgeries such as gastric bypass, gastric sleeve, gastric band, or duodenal switch.

Get Personalized Obesity Treatment Today

At Bay Area Endocrinology Associates, we are committed to helping clients achieve their health goals using customized and professionally curated treatment plans. Dr. Pedro I Troya also develops a comprehensive weight loss program and takes you through it to determine its effectiveness and identify potential improvement areas. Call us today or visit any of our Bay Area offices for inquiries and bookings.

Is there genuinely a difference between name-brand and generic medication? In short, the answer is yes. Although both are approved by the FDA and the active ingredients are typically the same, the inactive ingredients almost always vary. The primary reason for choosing a generic drug is the price. It is cheaper for patients and pharmacies. This is because non-name brand hormones and medications generally have more variation in quality control and the concentration of active ingredients in the product. Generic brands are also more affordable since they can copy the medication recipe from the name brand without spending money on research and testing.

An increasing problem in the United States is that pharmacies and insurance companies are pushing to prescribe generic medications instead of name brands for severe patient conditions. This is especially true for levothyroxine, a hormone used to treat thyroid issues. These issues include hypothyroidism (a condition in which there is not enough hormone produced from the gland), hyperthyroidism (a condition in which the gland secretes and produces too much hormone), and thyroid cancer. It can also assist in decreasing the size of an enlarged thyroid gland.

For many people, using a generic brand will assist in handling their medical issues without a problem. The slight ingredient change does not affect a large portion of the population. However, there are still cases where a brand-name product is preferred. Generic brand medication usually carries fillers that can change the drug absorbency and use different preservatives from the name brand product. There can also be differences in the formulas and binders that are part of the medications prescribed to patients. These differences could cause a patient not to tolerate their prescribed medication. This fluctuation could also require doctors to adjust and change doses between patient refills or change the prescription medication to a name brand anyway. This causes more work for the doctors and pharmacists and will likely cause more stress for the patient being treated.

It is essential, helpful, and less stressful for patients to receive consistent care when dealing with potentially life-threatening health issues. Having high-quality and clinically proven medication can ensure that patients function at their best with their condition. This includes minimizing potential complications, side effects, and death. A study shares that severe forms of hyperthyroidism can cause various organ failures (including failure of the kidneys and liver) and even potential death.

The most important step for someone with any health issue is to see a doctor for medical help and advice. For these medical issues, patients generally see an endocrinologist. Endocrinologists are specialized internal medicine professionals who treat and diagnose health problems and disorders relating to the body’s hormones and hormonal glands, also known as endocrine disorders. Some of these disorders include metabolic disorders, diabetes, osteoporosis, and thyroid diseases. Endocrinologists may also work with a patient’s primary care physicians to review and discuss treatment plans.

Groups of endocrinologists, such as the Bay Area Endocrinology Associates, have years of medical research and history under their belts. They prioritize the importance of receiving proper medication and high-end medical care and making the already complicated lives of their patients more manageable. The Bay Area Endocrinology Associates specialize in diagnosing, treating, and managing endocrine disorders. They also guarantee that their care is personalized for every patient and that their experienced professional care will specialized for each individual. Their website provides resources for patients to review and assess on their own time and a blog that shares information dating back ten years.

All five current Bay Area Endocrinology Associates primary doctors have extensive and educational medical backgrounds. Doctor Pedro I Troya and Doctor Carlos A Fumero are both board-certified through the Diplomate American Board of Endocrinology, Diabetes, and Metabolism and are both assistant professors of medicine at the University of South Florida College of Medicine. To get the assistance you may need, schedule an in-person or telemedicine appointment with Doctor Pedro I Troya.

Bay Area Endocrinology Associates is a medical practice committed to offering quality treatment and care to those suffering from thyroid conditions. Located In Tampa, Florida, our team led by Doctor Pedro I. Troya is committed to providing good care for thyroid disorders, including cancer, nodules, and hyper and hypothyroidism. We conduct our laboratory testing keenly to ensure accuracy when treating complex metabolic diseases like Obesity, diabetes, and hormone deficiency states, e.g. low testosterone.

What is Continuous Glucose Monitoring?
Continuous glucose monitoring (CGM) is a way to track glucose levels throughout the day and night. A tiny sensor inserted under the skin measures glucose levels in the tissue fluid. A transmitter sends data to a monitor, providing real-time glucose readings, trends, and alerts for highs and lows. CGMs can help optimize diabetes management. They can be used alone or with insulin pumps. They provide more information than standard fingerstick testing, but calibration with fingersticks is still needed a few times per day.

Benefits of Using a Continuous Glucose Monitor
Using a CGM provides multiple benefits for diabetes management. It gives real-time data to show how food, exercise, stress, and medications affect blood sugars. This allows for quicker reactions to highs and lows to prevent emergencies. CGMs facilitate better control through pattern management. They provide peace of mind and confidence in numbers. They give clinical data for healthcare providers to enhance therapy adjustments. Overall, CGMs empower patients with information to take a more active role in treatments.

Types of Continuous Glucose Monitoring Systems
There are two main types of continuous glucose monitoring systems. Real-time CGMs provide constant data with alerts and alarms. Interstitial fluid is measured every few minutes, and values are transmitted to monitors. Thresholds can be set for alerts on highs and lows. Non-real-time CGMs do not transmit data continuously. Values are recorded over some time. The device must be scanned to obtain glucose reports and trends. This style involves a longer lag time behind blood glucose values. Both CGM styles still require twice daily fingerstick calibrations. Overall, CGMs give people with diabetes better control through glucose pattern management.

Calibrating Your Continuous Glucose Monitor
Calibrating your CGM properly is essential for optimal accuracy and performance. Most CGMs require fingerstick blood glucose measurements twice per day to calibrate sensors. Calibration should be done when glucose is stable, not after meals or exercise. Enter the exact blood glucose reading from the meter for best calibration. Spread calibrations around 12 hours apart. Never calibrate when experiencing symptoms of an inaccurate CGM. If sensor readings seem off, use your blood glucose meter to verify before calibrating. Properly calibrating helps optimize CGM sensor accuracy for reliable data and trends. Taking the time to understand best calibration practices maximizes the benefit of the system.

Interpreting CGM Data and Reports
CGM devices generate significant data that must be analyzed for trends and patterns. The software creates reports on glucose profiles, variability, high and low episodes, and more. The standard deviation shows fluctuations in glucose levels. Low and high glucose indices calculate percentages of readings outside ranges. Ambulatory glucose profiles illustrate patterns over days and weeks. Clarity reports integrate CGM data with insulin doses and carb intake. Understanding these reports allows patients and providers to interpret results better and make appropriate treatment changes.

Improving Accuracy of Continuous Glucose Monitors
While CGMs are very useful tools, accuracy can be affected by sensor issues and physiologic factors. Proper sensor insertion and twice-daily calibration with fingersticks help optimize accuracy. Avoiding sensor compression and allowing healing after insertion sites prevent fluctuations. Accounting for delayed interstitial fluid readings compared to blood prevents miscalculations. Sensors measure glucose in tissue fluid, which lags behind blood by several minutes. Practicing smart sensor use maximizes benefits and accuracy.

Future Outlook for Continuous Glucose Monitoring
CGM technology continues advancing rapidly with significant improvements made yearly. Increased accuracy and duration of sensor wear minimize user effort. More user-friendly, customizable alerts better prevent extreme events. Tighter integration with insulin pumps in closed-loop artificial pancreas systems aims to automate glucose control. Extended capability smart CGMs measure other analytes like ketones. As CGM accuracy and accessibility continue improving, the devices become integral management tools for more people with diabetes seeking tight control. Their future seems very bright.

Continuous glucose monitoring marks a revolutionary advance in diabetes management. The detailed glucose data empowers patients with greater insight and control. Although the technology continues improving, current CGM devices provide invaluable therapy optimization. Utilization of these tools will keep expanding as their accuracy and versatility increase. Contact Bay Area Endocrinology to learn more about Continuous Glucose Monitoring.

Bay Area Endocrinology Associates is a medical practice committed to offering good treatment and care to those suffering from thyroid conditions. Located In Tampa, Florida, our team led by Doctor Pedro I. Troya is committed to providing exemplary care for thyroid disorders, including cancer, nodules, and hyper and hypothyroidism. We conduct our laboratory testing keenly to ensure accuracy when treating complex metabolic diseases like Obesity, diabetes, and hormone deficiency states, e.g. low testosterone. Look at the page on this month’s topic, November 2023: Continuous Glucose Monitoring.

What is Continuous Glucose Monitoring?

Continuous glucose monitoring (CGM) is a way to track glucose levels throughout the day and night. A tiny sensor inserted under the skin measures glucose levels in the tissue fluid. A transmitter sends data to a monitor. This provides real-time glucose readings, trends, and alerts for highs and lows. It can help optimize diabetes management. CGMs can be used alone or with insulin pumps. They provide more information than standard fingerstick testing, but calibration with fingersticks is still needed a few times per day.

Benefits of Using a Continuous Glucose Monitor

Using a CGM provides multiple benefits for diabetes management. It gives real-time data to show how food, exercise, stress, and medications affect blood sugars. This allows for quicker reactions to highs and lows to prevent emergencies. CGMs facilitate better control through pattern management. They provide peace of mind and confidence in numbers. They give clinical data for healthcare providers to enhance therapy adjustments. Overall, CGMs empower patients with information to take a more active role in treatments.

Types of Continuous Glucose Monitoring Systems

There are two main types of continuous glucose monitoring systems. Real-time CGMs provide constant data with alerts and alarms. Interstitial fluid is measured every few minutes, and values are transmitted to monitors. Thresholds can be set for alerts on highs and lows. Non-real-time CGMs do not transmit data continuously. Values are recorded over some time. The device must be scanned to obtain glucose reports and trends. This style involves a longer lag time behind blood glucose values. Both CGM styles still require twice daily fingerstick calibrations. Overall, CGMs give people with diabetes better control through glucose pattern management.

Calibrating Your Continuous Glucose Monitor

Calibrating your CGM properly is essential for optimal accuracy and performance. Most CGMs require fingerstick blood glucose measurements twice per day to calibrate sensors. Calibration should be done when glucose is stable, not after meals or exercise. Enter the exact blood glucose reading from the meter for best calibration. Spread calibrations around 12 hours apart. Never calibrate when experiencing symptoms of an inaccurate CGM. If sensor readings seem off, use your blood glucose meter to verify before calibrating. Properly calibrating helps optimize CGM sensor accuracy for reliable data and trends. Taking the time to understand best calibration practices maximizes the benefit of the system.

Interpreting CGM Data and Reports

CGM devices generate significant data that must be analyzed for trends and patterns. The software creates reports on glucose profiles, variability, high and low episodes, and more. The standard deviation shows fluctuations in glucose levels. Low and high glucose indices calculate percentages of readings outside ranges. Ambulatory glucose profiles illustrate patterns over days and weeks. Clarity reports integrate CGM data with insulin doses and carb intake. Understanding these reports allows patients and providers to interpret results better and make appropriate treatment changes.

Improving Accuracy of Continuous Glucose Monitors

While CGMs are very useful tools, accuracy can be affected by sensor issues and physiologic factors. Proper sensor insertion and twice-daily calibration with fingersticks help optimize accuracy. Avoiding sensor compression and allowing healing after insertion sites prevent fluctuations. Accounting for delayed interstitial fluid readings compared to blood prevents miscalculations. Sensors measure glucose in tissue fluid, which lags behind blood by several minutes. Practicing smart sensor use maximizes benefits and accuracy.

Future Outlook for Continuous Glucose Monitoring

CGM technology continues to advance rapidly, with significant improvements made yearly. Increased accuracy and duration of sensor wear minimize user effort. More user-friendly, customizable alerts better prevent extreme events. Tighter integration with insulin pumps in closed-loop artificial pancreas systems aims to automate glucose control. Extended capability smart CGMs measure other analytes like ketones. As CGM accuracy and accessibility continue improving, the devices become integral management tools for more people with diabetes seeking tight control. Their future seems very bright.

Continuous glucose monitoring marks a revolutionary advance in diabetes management. The detailed glucose data empowers patients with greater insight and control. Although the technology continues improving, current CGM devices provide invaluable therapy optimization. Utilization of these tools will keep expanding as their accuracy and versatility increase. Reach out to Bay area Endocrinology Associates today to learn more about continuous glucose monitoring.

Abnormal growths or lumps can form within the thyroid gland, causing nodules. These nodules can grow and be noticeable since they’re located in the front of the neck. Most people automatically think these growths are cancerous, but not all nodules are malignant. The lumps vary significantly in size; some are hard, while others are filled with gel or fluid-like substances. These nodules have different causes and characteristics, and while some are cancerous, many are benign. There’s no reason to be alarmed if you lump your neck, as they usually don’t cause significant health problems. However, you must have these nodules checked by an endocrinologist and monitored continuously. Since there is a potential for cancer, a doctor must give a thorough evaluation to ensure there’s no danger.

Different Types of Nodules

There are numerous nodules, each with unique characteristics and risk factors. At Bay Area Endocrinology Associates, we see all sorts of nodes in the neck, and here are some of the ones that we commonly treat in our office.

•Colloid: The most common nodule is the colloid. These growths are very slow and occur over an extended period. They grow deep within the follicles and are made of a gel-like substance.
•Cystic nodes: These are little fluid-filled sacks. When the growth reaches a certain size, it becomes a lump or cyst. In most instances, cysts are not dangerous and nothing to worry about, though they can grow large enough to cause discomfort and must be removed.
•Inflammatory Response: Inflammation can wreak havoc on the body. Autoimmune conditions like Hashimoto’s thyroiditis bring about these changes. It’s often called chronic lymphocytic thyroiditis, which occurs when the body attacks and destroys the tissues within this vital gland. The destruction causes inflammatory responses, which causes these lumps to grow.
• Iodine Deficiency/Abundance: Too much or too little iodine in your system can cause nodules. The thyroid needs minerals to produce hormones, and lumps form when there is either a deficiency or an abundance. We don’t see many cases here, as these are primarily seen in regions with low-iodine diets.

Risk Factors

Many factors contribute to the formation of nodules, and one of the major components is genetics. If your parents had these lumps in their necks, you have a greater chance of developing them. A family history of these disorders always increases the chances of complications and is something that a doctor will evaluate. Here are some other risk factors to consider.

1. Hormonal Changes
Any change in hormone levels within the body can cause lumps and bumps to form. Women are especially susceptible because changes in progesterone and estrogen are common. Hormones significantly impact this gland’s function, and levels that are out of whack can cause nodule growth.

Women are more likely to develop these growths during pregnancy or menopause as their hormone levels fluctuate. Additionally, it’s more common for a lady to develop them after the age of 60, as estrogen levels plummet.

2. Smoking
There are many dangers to smoking, but most people associate those dangers with lung and mouth issues. However, all the glands and organs in the body are affected by the toxins absorbed by smoking. Many studies have shown that nodules and thyroid cancer occur more frequently in smokers.

3. Radiation Exposure
Children and young adults exposed to high radiation levels are more likely to develop nodules when they are older. There are many ways to be exposed to radiation, and the amount in a simple X-ray is usually insufficient to warrant such lumps.

Remember that nodules can be benign or cancerous, and an endocrinologist should evaluate any neck changes. The treatment will depend on the nodule’s size, exact location, and accompanying symptoms.

What Are the Effects of Thyroid Nodules on Your Well-Being?

Since there’s so much variation in the nodules and their size, the impact they have on you can also vary. Some people have no symptoms, while others might have pain or problems swallowing food. Here are some symptoms we typically see with these lumps.

•Neck Discomfort: One of the most common issues is neck discomfort. When the nodule grows and puts pressure on the area, it can cause varied pain levels.
•Swallowing Issues: When the nodule becomes large, it puts pressure against the esophagus and challenges swallowing.
•Breathing Difficulty: A large nodule can press against the trachea and cause breathing complications.
•Voice Changes: The laryngeal nerve is in the neck, so a larger lump can press on this nerve and make the voice raspy or hoarse.
•Hormonal Imbalances: The most common problem observed with nodules is they cause an imbalance in hormone levels. An excessive amount of production can lead to hyperthyroidism or hypothyroidism. People with these issues might have an increased heart rate, anxiety, weight loss, temperature intolerance, depression, constipation, and fatigue.

Should Nodules Be Removed?

Many factors influence a doctor’s decision to remove or leave a nodule alone. Tests must be run to determine the nodule’s size and exact location, whether it’s complicating breathing or swallowing, and whether it’s cancerous. Our endocrinologist will perform diagnostic tests such as blood work, fine-needle aspiration biopsy, and ultrasounds. He may recommend surgery, medication, or other interventions based on the specific circumstances.

If you have a nodule in your neck or ongoing thripid issues, an endocrinologist must evaluate you. At Bay Area Endocrinology, Dr. Pedro I Troya specializes in thyroid gland disorders and has in-depth knowledge of nodules. Consulting with an experienced health professional can give you a thorough evaluation and guidance on the best course of treatment for your case. Contact us today at www.thyroiddoctortampa.com.

The Symptoms of low testosterone
Dr. Pedro Troya, a board-certified endocrinologist with Bay Area Endroconoligy has seen his fair share of Testosterone Deficiency in his patient treatment regime.  As noted by The Jama Network published by the American Medical Association, 7 percent of men over 50 are affected by low testosterone, which can result in a number of problems such as decreased muscle mass, depression, decrease in bone strength, increase of fat, decrease in libido and more.

However, contrary to public opinion, testosterone is not for bodybuilders, and in fact, it is just the opposite. According to Web MD an endocrinologist like Dr. Troya will only prescribe hormone treatments after blood levels confirm there is a genuine need to attempt to actually boost testosterone levels in both men and women. And yes, women sometimes need testosterone treatment to ensure they have adequate bone density. Bone density is extremely important for both older men and women as a lack of bone density can result in serious medical conditions resulting from falls such as breaking one’s hip bones. Also, a small percentage of male children are considered for testosterone therapy when a lack of the hormone begins to hinder their sexual development during puberty.

The causes of low testosterone
Quite naturally, just as there are diverse patients with low testosterone, there are different causes. For example, in young men with underdeveloped sexual organs, the primary reasons are either an injury to the testicles or some kind of disease experience such as mumps which may have the side effect of causing what is known as hypogonadism. In adult men, on the opposite end of the scale, men lost around 1 to 2 percent per year of their testosterone after around age 30. However, that 1 or 2 percent can significantly add up after a man reaches age 50, and if his testosterone was a bit on the low side to begin with, all the symptoms described earlier may pile up.

Oddly, women, although to a lesser extent than men, often experience the same symptoms as older men, and a doctor such as Dr. Troya may prescribe testosterone treatments for women for many of the same problems as men including hair loss, low-sex drive, lethargy and lack of energy, irregular periods, painful and dry lubrication during sex, depression and difficulty conceiving. You can see then, that testosterone therapy is not a one-size fits all regime. Your doctor must constantly monitor your blood and evaluate how the treatments are progressing, after all, all hormones, including testosterone are a constantly shifting and evolving process.

Like any hormone therapy, there can be side effects, the most common including rashes, itching, or irritation. However, there are other, more serious side effects that include sleep apnea, a higher risk of prostate cancer, difficulty urinating, and blood clots. All of the above indicates that you need an experienced doctor such as those at Bay Area Encronoligy to not only assess whether you are a good candidate for testosterone treatment but also that consistent monitoring takes place for your treatment regime. Never, under any circumstances, take any kind of testosterone booster on your own volition. In fact, clearly indicate to your doctor any type of diet supplement you may have taken to treat the symptom on your own. In actuality, many of those supplements, and certainly any kind of “undercover” testosterone injections may indeed be quite dangerous.

How do you fix testosterone deficiency?
Endrononolists such as those at the Bay Area Endroconligy Associates have a wide variety of tools at their disposal. These include:

• Testosterone Patches
• Testosterone Gels
• Testosterone Mouth Patches
• Testosterone Implants
• Testosterone Injections

You need to consult a trained endocrinologist to explore all of your options and with your doctor’s help, choose the right testosterone treatment that is right for not only your lifestyle but your symptoms.  Undoubtedly, this short blog will lead to more questions than to answers. Testosterone therapy, as described earlier, is not just a one-size-fits-all treatment regime, but rather something that is individually tailored to you.

To find out how we treat this condition and explore all your options, contact us at our Tampa Office , where we will be happy to answer all your questions, including other questions you may have about common experiences such as your thyroid problems.