⁉️ Myth: Even Though You Are Chronically Ill, You Should Have The Same Amount Of Energy Every Day…

Myth: Even though you are chronically ill, you should have the same amount of energy every day. “You look SO good and you went to that party last month! Why can’t you come to MY party?!” When you say you are not well enough to do something, you are just making excuses. You could do it, just like you did that other thing; you are just choosing not to!

myth-busted

Fact: You may have heard me talk about “The Spoon Theory”. It was created by someone named Christine Miserandino, to explain the experience of someone with chronic illness in terms of using energy to live and to complete tasks every day. Though the myth assumes that one should have the same amount of energy all the time; the fact is that energy levels fluctuate and people who are chronically ill must make conscious decisions about what they can spend their energy on.

Christine Miserandino (2010) uses the spoon theory to answer the question, “What does it feel like to be sick?” The spoons serve as a symbol for resources available and energy spent to get through every moment of every day. Miserandino states that “The difference in being sick and being healthy is having to make choices or to consciously think about things when the rest of the world doesn’t have to”. Most people who get sick feel a loss of a life they once knew. When you are healthy, you expect to have a never ending supply of spoons. But, when you are not well, you need to count your spoons to keep track and you can never forget about it or take it for granted. Each task costs a spoon and each spoon is not to be taken for granted. Miserandino (2010) asks, “Do you know how many spoons people waste every day?”

Patients use the metaphor of a banking system. In this system, patients must make a withdrawal of a spoon every time they complete a task. Cushing’s and Adrenal Insufficiency patients talk about the “Cortisol Bank” metaphor. The concept is the same and the idea is that certain stressors and/or tasks cause one’s body to make a cortisol withdrawal from the body. Bad things happen when there is a cortisol deficit, meaning that there is not enough cortisol in the body for one to live everyday because of the amount of cortisol that has already been used up. If a person continues to draw from the bank on an account that is already negative, the situation can become worse and worse as each day passes.

Something needs to happen in order to start making appropriate deposits. This can include, taking more medication (stress dosing or an emergency shot), resting, getting adequate physical and emotional support and help, and saying “NO!”. Even when in a deficit, many patients have a difficult time saying “no” to an invitation to an event, completing a task, or engaging someone in a way that will use up more energy because of their fear of their loved one’s reactions. Much of the time, this fear is warranted because of the actual reactions they have received. Ever heard, “But you volunteered for the bake sale last week! You must be better! Why can’t you come to church this week?!”. You may have heard something similar.

It is important for loved ones to understand the amount of “spoons” it takes for a chronically ill person just to get through every single day. EVERYTHING costs spoons! The amount of spoons paid by each person varies from person to person. It all depends on that individual’s situation, body, level of illness, etc. What is common for all, though, is that spoons must be used and eventually those spoons run out. In order to avoid becoming sick or to recuperate from getting sick, the chronically ill patient must evaluate how he/she will use spoons and what tasks can be feasibly completed that day or week. Please understand that when the chronically ill patient says, “YES” to you; he/she is making a conscious choice to use up spoons to meet your need, request, or demand. Talking on the phone, going out to lunch, making dinner, coming to your event all required a sacrifice of another task that day or week. Your friend may have come to lunch with you but that required that she skipped washing the dishes that day or washing her hair, or is even giving up doing something important the next day. Instead of being angry at your friend, please consider why the request is denied at times.

spoons-mythsRefer to the attached picture. This is not an exact science but gives some idea of the spoon bank. If you have time, try doing this exercise: Lay out 8-12 physical spoons. As you complete certain tasks throughout the day, use this chart to subtract spoons from your pile.

Each and every thing requires a spoon. Taking a shower, washing your hair, cooking, cleaning, watching a movie, going out to lunch, working, writing this post (Ha)! When you are done with your day, notice how many spoons you have left. Observe your feelings after this exercise. You can even do it for a week. Lay out a certain amount of spoons for every day for seven days. If you go into a deficit, borrow spoons from the following day. However, if you do borrow spoons; you must take away a task that you WERE planning to originally do that day. Notice what happens and notice how you feel at the end of the week.

You can view “The Spoon Theory” in its entirety at: http://www.butyoudontlooksick.com/articles/written-by-christine/the-spoon-theory/

Can you think of any other tasks that are not on this chart? Help our friends who are doing the activity. List those tasks and assign how many spoons each task will require.
Spoon Bank
Get out of bed- 1 Spoon
Shower- 2 Spoons
Attend Special Event- 5 Spoons
Go out for Coffee- 4 Spoons
Drive- 4 Spoons
Make a Phone Call- 3 Spoons
Work- 5 spoons
Play Games-3 Spoons
Clean the House- 5 Spoons
Have a Meal- 2 Spoons
Walk the Dog- 4 Spoons
Study- 5 Spoons
Watch TV- 3 Spoons
Ironing- 5 Spoons
Exercise- 4 Spoons
Shopping- 4 Spoons
Read- 2 Spoons
Catch Public Transport- 4 Spoons
Cook- 4 Spoons

 

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Video: Transsphenoidal Surgery

The Case Records of the Mayo Clinic Florida Neurosurgery featured an endoscopic transsphenoidal approach for a pituitary tumor resection.

 

Helpful Doctors: Dr. Ricardo Correa

Ricardo Correa, MD, MEd, has been recognized as a 2023 Castle Connolly Top Doctor — the first time he has received the prestigious Top Doctor honor.

CLEVELAND, OH, October 19, 2023 /24-7PressRelease/ — Ricardo Correa, MD, MEd, has been recognized as a 2023 Castle Connolly Top Doctor — the first time he has received the prestigious Top Doctor honor. Only about 7 percent of the nation’s licensed physicians are selected annually as Castle Connolly Top Doctors in their regions for their specialties.

Dr. Correa is an endocrinologist, Endocrinology Fellowship program director, and Health Equity and Inclusive director with the Cleveland Clinic Endocrinology & Metabolism Institute.

He has special expertise in transgender medicine; neuroendocrinology; and caring for adults with adrenal disorders, such as Cushing’s syndrome, Addison’s disease, primary hyperaldosteronism, neuroendocrine tumors, and rare endocrine conditions.

Dr. Correa is certified by the American Board of Internal Medicine, with subspecialty certification in endocrinology, diabetes, and metabolism as well as nutrition. In addition, he is board certified in medical quality.

Dr. Correa is a Fellow of the American College of Physicians, the American Association of Clinical Endocrinology, the Academy for Physicians in Clinical Research, and the American College of Medical Quality.

In addition to his clinical activities, Dr. Correa serves as a clinical professor of medicine, director for longitudinal didactics, and director for mentoring and belonging — among many other roles — for the Lerner College of Medicine and the School of Medicine at Case Western Reserve University. He’s also a volunteer researcher at the Phoenix VA Medical Center and director of the Health Equity Fellowship at Creighton School of Medicine in Phoenix.

He leads Cleveland Clinic’s Endocrine Health Equity Initiatives and focuses on decreasing disparities among underrepresented minorities with diabetes, obesity, and rare endocrine conditions and health care.

Dr. Correa is a major and battalion surgeon with the U.S. Army Physician Reserve, 492nd CA Battalion.

Dr. Correa is involved in many local and national organizations and efforts related to caring for underserved communities and gender-diverse communities and promoting diversity, equity, and inclusion and volunteerism.

He speaks Spanish and English.

Dr. Correa earned his medical degree at the Universidad De Panama Faculty of Medicine in Panama City. He completed a three-year internal medicine residency at Miami’s Jackson Memorial Hospital, followed by a three-year fellowship in endocrinology, metabolism, and diabetes at the National Institutes of Health, where he focused on neuroendocrine disorders. He further trained with a one-year nutrition fellowship. He has completed multiple leadership fellowships including the Presidential Leadership Scholar Fellowship, NHMA Leadership Fellowship, and Climate Change and Health Equity Fellowship, among others.

He also holds a master’s degree (EdD) in education from the Universidad De Panama. He has published more than 100 articles in highly quality peer-reviewed journals and he is very involved in research with several grants and awards that he has earned.

Dr. Correa maintains active profiles on InstagramFacebookX (Twitter), and LinkedIn – offering valuable insights and updates to his professional network.

Top Doctors are nominated by peer physicians and selected by the physician-led Castle Connolly research team.

About Castle Connolly
Castle Connolly publishes its Top Doctors list at castleconnolly.com and in a variety of print and online partner publications. Nominations are open to all board-certified MDs, DOs, and DPMs. The Castle Connolly team chooses honorees based on nominee criteria that includes their medical education, training, hospital appointments, and disciplinary histories.

Doctors do not and cannot pay to be selected as a Castle Connolly Top Doctor.

💉 Helpful Doctors: Wisconsin

According to this article, the top rated Endocrinologists in Milwaukee, WI are:

  • Dr. Diana L. Maas, MD – is an endocrinology, diabetes, and metabolism specialist
  • Dr. Elaine C. Drobny, MD – is board certified in internal medicine and endocrinology
  • Dr. Brent Jones, MD – is an Endocrinology Specialist has over 12 years of experience
  • Dr. Jenna Sarvaideo, DO – specializes in Endocrinology, Diabetes & Metabolism
  • Dr. Betiel F. Voss, MD – is a specialist in endocrinology with over 9 years of experience

Dr. Diana L. Maas, MD

Endocrinologists in Milwaukee

Dr. Diana L. Maas, MD since early 1990, has worked in the field of endocrinology, diabetes, and metabolism. At the Medical College of Wisconsin and Affiliated Hospitals, she earned her medical training and finished her residency and fellowship. Dr. Maas is the Director of the Pituitary Clinic and an Associate Professor of Medicine. She collaborates with neurosurgeons to treat patients with pituitary tumors as a team.

Products/Services:

Endocrinologists

LOCATION:

Address: Froedtert Hospital, 9200 W Wisconsin Ave, Milwaukee, WI 53226
Phone: (414) 805-3666
Websitewww.froedtert.com

REVIEWS:

“My absolute favorite MD. Dr. Maas gets to know her patients and is very thorough. Dr. Maas gave me my life back and I will always love her for that. If you want a great Endocrinologist, she’s your best bet.” – Veronica M.

Dr. Elaine C. Drobny, MD

Top Endocrinologists in Milwaukee

Dr. Elaine C. Drobny, MD is board certified in endocrinology, internal medicine, diabetes, and metabolism. Dr. Drobny graduated from the University of Arizona School of Medicine in 1977 and went on to Northwestern Memorial Hospital in Chicago for her internship and residency in internal medicine. At Northwestern University Hospitals, she completed an endocrinology fellowship. Professional Research Consultants, Inc., a leader in health care research, named Dr. Drobny a “Top Performer” in their 2019 awards, which are based on overall doctor ratings from patient surveys.

Products/Services:

Endocrinologists

LOCATION:

Address: 788 N Jefferson St # 201, Milwaukee, WI 53202
Phone: 
(414) 226-4010
Website: 
www.healthcare.ascension.org

REVIEWS:

“I appreciated the thorough review of all my concerns about my health as it relates to my Osteoporosis and necessary treatment. Also, Dr. Drobny, Nurse & staff are very courteous, pleasant & punctual, very little wait time.” – Elizabeth G.

Dr. Brent Jones, MDEndocrinologists Milwaukee

Dr. Brent Jones, MD is a Milwaukee, Wisconsin-based endocrinology, diabetes, and metabolism specialist with over 12 years of experience. Dr. Jones has greater experience than other physicians in his area with osteoporosis and screening, thyroid disorders, and diabetes and glucose monitoring. In 2009, he received his medical degree from Dartmouth College. Ascension Columbia St. Mary’s Hospital Ozaukee and Ascension Columbia Saint Mary’s Hospital Milwaukee are both affiliated with him. He is now taking new patients and has stated that telemedicine appointments are acceptable.

Products/Services:

Endocrinologists

LOCATION:

Address: 788 N Jefferson St 2ND FLOOR, Milwaukee, WI 53202
Phone: (414) 226-4010
Websitewww.healthcare.ascension.org

REVIEWS:

“Having Dr. Jones as my endocrinologist has made my life with type 1 diabetes the most enjoyable, thankful and grateful since I was diagnosed when I was a young kid. His personality is one to behold. He treats his patients with the utmost respect, and his friendliness is like him being your best friend. I appreciate that very much. I have to thank him for being the one and only doctor who I would choose to help me with my diabetes.” – Patrick Z.

Dr. Jenna Sarvaideo, DOGood Endocrinologists in Milwaukee

Dr. Jenna Sarvaideo, DO practices Endocrinology, Diabetes, and Metabolism in Evanston, as well as four other locations. Northshore University Health System Evanston Hospital, Froedtert & The Medical College Of Wisconsin Community Memorial Hospital Campus, and Froedtert Lutheran Memorial Hospital are all linked with Dr. Sarvaideo.

Products/Services:

Endocrinologists

LOCATION:

Address: 9200 W Wisconsin Ave, Milwaukee, WI 53226
Phone: (414) 805-3666
Websitewww.froedtert.com

REVIEWS:

“Dr. Sarvaideo is incredibly kind and caring and will do whatever she can to help. I’ve seen her for almost 3 years and I recommend her to anyone who is LGBTQ+ and looking to start their journey.” – Niki P.

Dr. Betiel F. Voss MDOne of the best Endocrinologists in Milwaukee

Dr. Betiel F. Voss MD is a specialist in endocrinology in Milwaukee, Wisconsin. In 2012, she received her bachelor’s degree with honors from the University of Texas Medical Branch at Galveston. Dr. Betiel F Voss is affiliated with many hospitals, including Aurora West Allis Medical Center, and Aurora St Lukes Medical Center and collaborates with many other doctors and specialists in the medical group Aurora Medical Group, Inc. Dr. Betiel F Voss has more than 9 years of diverse experience, especially in endocrinology.

Products/Services:

Endocrinologists

LOCATION:

Address: 2801 W Kinnickinnic River Pkwy Ste 260, Milwaukee, WI 53215
Phone: (414) 649-6780
Websitewww.care.aurorahealthcare.org

REVIEWS:

“It’s rare that I go out of my way to review a medical practitioner, but Dr. Betiel Voss deserves special recognition. She’s a caring doctor with a wonderful bedside manner. She offers proactive patient education regarding findings as well. If you’re looking for an endocrinologist, she’s worth the wait.” – Stephanie S.

Basics: Testing: Prolactin

prolactin (PRL) test measures how much of a hormone called prolactin you have in your blood. The hormone is made in your pituitary gland, which is located just below your brain.

When women are pregnant or have just given birth, their prolactin levels increase so they can make breast milk. But it’s possible to have high prolactin levels if you’re not pregnant, and even if you’re a man.

Your doctor may order a prolactin test when you report having the following symptoms:

For women

For men

  • Decreased sex drive
  • Difficulty in getting an erection
  • Breast tenderness or enlargement
  • Breast milk production (very rare)

For both

Causes of Abnormal Prolactin Levels

Normally, men and nonpregnant women have just small traces of prolactin in their blood. When you have high levels, this could be caused by:

Also, kidney diseaseliver failure, and polycystic ovarian syndrome (a hormone imbalance that affects ovaries) all can affect the body’s ability to remove prolactin.

How the Test Is Done

You don’t need to make any special preparations for a prolactin test. You will get a blood sample taken at a lab or a hospital. A lab worker will insert a needle into a vein in your arm to take out a small amount of blood.

Some people feel just a little sting. Others might feel moderate pain and see slight bruising afterwards.

After a few days, you’ll get the results of your prolactin test in the form of a number.

The normal range for prolactin in your blood are:

  • Males: 2 to 18 nanograms per milliliter (ng/mL)
  • Nonpregnant females: 2 to 29 ng/mL
  • Pregnant females: 10 to 209 ng/mL

If Your Prolactin Levels Are High

If your value falls outside the normal range, this doesn’t automatically mean you have a problem. Sometimes the levels can be higher if you’ve eaten or were under a lot of stress when you got your blood test.

Also, what’s considered a normal range may be different depending on which lab your doctor uses.

If your levels are very high — up to 1,000 times the upper limit of what’s considered normal — this could be a sign that you have prolactinoma. This tumor is not cancer, and it is usually treated with medicine. In this case, your doctor may want you to get an MRI.You’ll lie inside a magnetic tube as the MRI device uses radio waves to put together a detailed image of your brain. It will show whether there’s a mass near your pituitary gland and, if so, how big it is.

If Your Levels Are Low

If your prolactin levels are below the normal range, this could mean your pituitary gland isn’t working at full steam. That’s known as hypopituitarism. Lower levels of prolactin usually do not need medical treatment.

Certain drugs can cause low levels of prolactin. They include:

Treatment

Not all cases of high prolactin levels need to be treated.

Your treatment will depend on the diagnosis. If it turns out to be a small prolactinoma or a cause can’t be found, your doctor may recommend no treatment at all.

In some cases, your doctor may prescribe medicine to lower prolactin levels. If you have a prolactinoma, the goal is to use medicine to reduce the size of the tumor and lower the amount of prolactin.

From https://www.webmd.com/a-to-z-guides/prolactin-test

 

Sleep, the Goldilocks and the three bears of Cushing’s Disease

 

Read the whole article at  https://zebraontheside.wordpress.com/

Insomnia was one of the first things that troubled me enough to try to get help for with Cushing’s Disease. By my last year in music school, I had flipped my schedule around. I felt best and got more done if I practiced through the night and slept through the day. That year was wonderful for productivity because I was able to do what worked best with my body. A couple of years later, my sleeping problems had taken over my life. I was trying to get a diagnosis. In school for a second and third bachelor’s degree while working at Starbucks, I barely slept. Because I wasn’t sleeping, I decided to just keep busy….

Helpful Doctors: Dr. Sandeep Kunwar

Dr. Sandeep Kunwar is an eminent neurosurgeon who serves on the PNA’s Board of Directors. He is surgical director of the California Center for Pituitary Disorders and a professor of neurosurgery at UCSF. He is also surgical director at the Taylor Bell Neuroscience Institute in the Washington Hospital Healthcare System in Fremont, CA. He opened his private practice there in 2006. He received a Bachelor of Arts degree from UC Berkeley in 1988. From 1991-2 he trained as a Howard Hughes Medical Institute Research Scholar at the National Cancer Institute, working in the laboratory of molecular biology. He went to graduate from UCSF medical school in 1993, did his residency there in neurological surgery in 1998, and joined the faculty upon completion in 1999. From 1997-98 he served as a Research Fellow in the Brain Tumor Research Center at UCSF. He was selected by renowned pituitary surgeon Dr. Charles Wilson to take over his practice upon retirement.

Dr. Kunwar specializes in gamma knife radiosurgery for metastatic and primary brain tumors, and uses the endonasal approach for pituitary tumors. His research works to improve surgical therapy for brain tumors, particularly glioblastomas. He has pioneered a minimally invasive surgical technique for skull-based tumors and has successfully applied that skill to transcranial and spine patients as well.
​​​​​​​
He was kind enough to answer questions from the PNA. His responses follow.

• What inspired you to choose your career path?

My interest in the brain started after a personal experience. I developed amnesia after a fall when living in Chicago while in elementary school. This lead to my fascination in how memory was processed, how chemical reactions can tell us that 2+2=4. Later in life, inspired by my father who loved working with his hands, I realized that I had an interest in neurosurgery. After attending medical school and residency at the University of California, San Francisco, my research and clinical interest focused on brain tumors. I was fortunate to work closely with Dr. Charlie Wilson who inspired the pursuit of perfection and always doing what is best for the patient. It was under Dr. Wilson’s tutelage that I understood the power of hormonal health on an individual’s quality of life, the elegance of transsphenoidal surgery for pituitary pathology, and the impact a single surgeon can have. He instilled in me the concept that we must strive to do better. When he retired two decades ago, I committed myself to improving the treatment of pituitary tumors, honing not only my surgical skills (we started performing the endonasal transsphenoidal approach in 2001, eliminating the need for nasal packing and shortening the hospital stay to one day for most patients) but my understanding of hormonal health. Although I work with the best neuro-endocrinologists at UCSF, I tried to learn as much as they know to best help my patients.

• What is the primary focus of your work/research?

My main work focus has been the treatment of pituitary tumors, in improving the outcomes and decreasing the complications. For example, we have worked on techniques to maintain or improve pituitary hormonal function. The goal of preserving the thinned out, damaged gland that remains is as important as curing/treating a tumor. This includes using multimodal therapy if needed to optimize a patient ‘s normal hormonal health. In the end, these are benign tumors and the results of treatment should never be worse than the disease. We need to minimize/eliminate the risks of damaging the gland (including diabetes insipidus), meningitis, and CSF leaks; and maximize our chance of curing the tumor. Finally, it is imperative to pass these skill sets to the next generation of surgeons.

• What do you consider to be the future of your field?

In the short term, the risks of surgery will decrease and the options for multimodal therapy will increase. For example, we will see better drugs to control hormonal hypersecretion, more focused and readily available ways to give radiation therapy (radiosurgery), and more uniform outcomes among different centers/surgeons. In the long run, I hope we can regenerate normal pituitary function in those patients that have lost their function because of their tumor or treatment.

• What should patients know about your field/what deserves more recognition/awareness?

The PNA has done an excellent job in educating patients about the importance of experience and multidisciplinary groups in the management of pituitary pathology. The greatest impact in outcome is technique and experience. Unfortunately, the tools used to perform surgery have become a focus for some. This has become a marketing tool which can confuse patients and detract from the main issues which are the surgeon’s experience/outcomes and the goals of treatment.

What deserves continued recognition is early diagnosis. The key to improving outcomes for all patients in the future is early diagnosis. It was this goal that made PNA so appealing to me. With early diagnosis, cure is easier to achieve, preservation of the normal gland function is more readily possible and the overall impact of hormone abnormalities can be limited.

• What would you like to convey about yourself to your patients?

There are many very talented and accomplished neurosurgeons, perhaps fewer spectacular pituitary-specific surgeons. It is important to choose a surgeon with experience and one who understands pituitary pathology, one who can explain his or her goals, outcomes and complications and most importantly, one you feel comfortable with. I’ve had the great honor to operate on over 2,500 pituitary patients. For each, it remains the best part of my job to take time to educate them about their disease, the cause of their symptoms, the anatomy of their tumor and our goals in treating their pathology. Maximizing cure must always be balanced with minimizing risk, and having a great team to help support the process are the key to success. I would thank all the patients who have put their faith in me – it is an honor and a privilege to be part of their care.

• Why did you get involved with the PNA; what is the extent of your involvement?

Education remains the most powerful tool in improving health, and that has been on the forefront of the PNA. I got involved with the PNA because of my respect and admiration for Robert Knutzen back in 2004. I served on the board early on and have contributed to the educational information available. I fully support the PNA’s focus on patient education and in improving earlier diagnosis.

From https://pituitary.org/highlights-enewsletter-child/pna-spotlight-dr-sandeep-kunwar-2-2-2-2-2-2-2-2-2-2/

Addisons Young People Webinar!

 

Growing up, balancing school, friends, uni plans (and everything in between) can be tough with Addison’s or adrenal insufficiency, so this free online webinar is just for you. Join to connect with other people your age, hear from the experts and ask any questions you have.
✨ Ages 13-18
📅 Tuesday 14 October, 7-8.30pm
📍 Online (Zoom)
➡️ Register for your free ticket: https://loom.ly/hBNU_0I
Come along for more support and to meet others who “get it”!
Our second webinar is for parent’s and under 12’s. Please take a look at our event page for more details.

Adrenal Insufficiency Common After Adrenalectomy for Mild Autonomous Cortisol Secretion

Key takeaways:

  • Of adults who underwent an adrenalectomy for mild autonomous cortisol secretion, 54.4% developed adrenal insufficiency.
  • More than half of those with adrenal insufficiency recovered within 6 months.

More than half of adults who underwent a unilateral adrenalectomy to treat mild autonomous cortisol secretion developed adrenal insufficiency, according to data published in The Journal of Clinical Endocrinology & Metabolism.

In a retrospective study of patients who underwent an adrenalectomy at five centers in the U.S., adrenal insufficiency was diagnosed in 54.4% of the study group after the procedure. Adrenal insufficiency was more likely to be diagnosed among younger adults, and 73% of diagnosed adults recovered in less than 1 year with glucocorticoid treatment.

More than half of adults who underwent an adrenalectomy for mild autonomous cortisol secretion developed adrenal insufficiency. Data were derived from Hamidi O, et al. J Clin Endocrinol Metab. 2025;doi:10.1210/clinem/dgaf515.

“The findings support the use of both postoperative cortisol testing — basal cortisol or cosyntropin stimulation test — to accurately diagnose adrenal insufficiency and guide glucocorticoid therapy,” Irina Bancos, MD, MSc, professor of medicine and adrenal lab principal investigator in the division of endocrinology, metabolism and nutrition at Mayo Clinic, and Oksana Hamidi, DO, MSCS, associate professor in the division of endocrinology at UT Southwestern Medical Center, told Healio. “This testing approach can help avoid unnecessary glucocorticoid exposure while ensuring patient safety.”

Irina Bancos

Researchers collected data from 281 adults aged 18 years or older diagnosed with mild autonomous cortisol secretion between January 2013 and August 2024 who underwent a unilateral adrenalectomy (80% women; median age, 57 years). Patients were deemed to have adrenal insufficiency if they received a clinical diagnosis based on symptoms and results from basal cortisol and cosyntropin stimulation testing, if they had a basal cortisol level of less than 10 µg/dL and a stimulated cortisol level on a cosyntropin stimulation test of less than 18 µg/dL. If there were discordant basal cortisol level and cosyntropin stimulation test results, the decision to initiate glucocorticoid therapy was made by the treating physician, taking into account the clinical context and individual patient factors.

Of the study group, 54.4% were diagnosed with postoperative adrenal insufficiency and treated with glucocorticoids. In multivariable analysis, every 10 years of older age reduced odds for an adrenal insufficiency diagnosis by 33% (OR = 0.67; 95% CI, 0.53-0.84).

Bancos and Hamidi said they were surprised at how strong the association was between age and adrenal insufficiency.

Oksana Hamidi

“The strong inverse relationship between age and risk of adrenal insufficiency observed in our study could suggest that younger patients may derive greater benefit from adrenalectomy for mild autonomous cortisol secretion,” Bancos and Hamidi said. “Younger patients also had higher dexamethasone suppression test cortisol and lower adrenocorticotropic hormone, reflective of more severe mild autonomous cortisol secretion.”

Of the participants, 60.1% had a low basal cortisol level of less than 10 µg/dL, and 57.6% had a reduced simulated cortisol level of less than 18 µg/dL. Basal and stimulated cortisol were concordant on adrenal insufficiency diagnoses for 78% of patients. Adults who had bilateral nodules were more likely to have discordant results between the cortisol tests than adults with a unilateral nodule (32% vs. 19%; < .001).

Of adults diagnosed with adrenal insufficiency, 70.6% recovered during a median follow-up of 15.4 months. The proportion of diagnosed adults who recovered was 41% at 3 months, 60% at 6 months, 73% at 1 year and 84% at 18 months. Median recovery time was 3 months for adults with biochemically mild adrenal insufficiency, 4.7 months for those with moderate insufficiency and 14.5 months for adults with severe adrenal insufficiency (= .02). Recovery times were similar when adrenal insufficiency severity was assessed through clinical severity score.

Bancos and Hamidi said the study findings emphasize the importance of conducting frequent postoperative testing for adrenal insufficiency, noting that regular testing can help avoid prolonged glucocorticoid exposure for patients.

“Early recovery is common,” Bancos and Hamidi said. “Delayed testing may lead to unnecessary glucocorticoid exposure and delay recovery.”

Additionally, Bancos and Hamidi said dexamethasone and other steroids should not be given to patients during an adrenalectomy or while administering anesthesia, as they may confound cortisol testing. They said endocrinologists should work with the anesthesia and surgical teams to optimize timing of postoperative cortisol testing.

For more information:

Irina Bancos, MD, MSc, can be reached at bancos.irina@mayo.edu.

Oksana Hamidi, DO, MSCS, can be reached at oksana.hamidi@utsouthwestern.edu.

From https://www.healio.com/news/endocrinology/20251001/adrenal-insufficiency-common-after-unilateral-adrenalectomy?utm_source=selligent&utm_medium=email&utm_campaign=20251004ENDO&utm_content=20251004ENDO

Basics: The Role of Endocrinology in Managing Polycystic Ovary Syndrome and Diabetes

Introduction to Endocrinology

Endocrinology is a medical specialty that focuses on the diagnosis and treatment of diseases related to hormones. Endocrinologists are experts in managing and treating diseases related to the endocrine system, which includes the thyroid, pituitary, adrenal glands, and pancreas. Endocrinologists are trained to diagnose and treat conditions such as diabetes, thyroid disorders, pituitary disorders, and other conditions related to hormones. Endocrinologists also specialize in reproductive health and fertility issues, including PCOS.

Endocrinology is a complex field that requires a deep understanding of the endocrine system and its role in regulating the body’s hormones. Endocrinologists must be able to interpret laboratory tests and understand the underlying causes of endocrine disorders. They must also be able to develop individualized treatment plans to address the specific needs of each patient.

Diagnosing PCOS and Diabetes

Endocrinologists are experts in diagnosing and managing PCOS and diabetes. PCOS is a hormonal disorder that affects the ovaries, and it is characterized by irregular menstrual cycles, excess facial and body hair, and infertility. To diagnose PCOS, an endocrinologist will perform a physical exam and order laboratory tests to measure hormone levels. The endocrinologist will also ask the patient about her symptoms and family history to determine if PCOS is the cause.

Diabetes is a chronic condition that affects the body’s ability to process sugar. To diagnose diabetes, an endocrinologist will perform a physical exam and order laboratory tests to measure blood sugar levels. The endocrinologist may also order imaging tests to check for signs of diabetes-related complications.

Treating PCOS and Diabetes

Once the endocrinologist has diagnosed PCOS or diabetes, they will develop an individualized treatment plan to address the patient’s specific needs. For PCOS, the endocrinologist may recommend lifestyle changes such as weight loss, exercise, and dietary changes to help manage symptoms. The endocrinologist may also prescribe medications to regulate hormone levels and improve fertility.

For diabetes, the endocrinologist may recommend lifestyle changes such as weight loss, exercise, and dietary changes to help manage blood sugar levels. The endocrinologist may also prescribe medications to help regulate blood sugar levels. In addition, the endocrinologist may recommend regular check-ups to monitor the patient’s progress and to adjust the treatment plan if needed.

Conclusion

Endocrinology plays an important role in managing PCOS and diabetes. Endocrinologists are experts in diagnosing and treating these conditions, and they are trained to develop individualized treatment plans that address the specific needs of each patient. By working with an endocrinologist, patients can get the help they need to manage their PCOS or diabetes and achieve their health goals.

Endocrinology is a complex field that requires a deep understanding of the endocrine system and its role in regulating the body’s hormones. An endocrinologist can help patients with PCOS and diabetes manage their conditions and achieve their health goals. By working with an endocrinologist, patients can get the help they need to manage their PCOS or diabetes and achieve their health goals.

From https://www.diabetesincontrol.com/the-role-of-endocrinology-in-managing-polycystic-ovary-syndrome-and-diabetes/