As the new division director of the Pediatric Hematology-Oncology and Blood Marrow Transplantation program in the University of Alabama at Birmingham (UAB) Department of Pediatrics and Children’s of Alabama, my top priority is to build a well-rounded program; a program that is not only strong in its clinical mission – to provide the best treatment possible for children with cancer and blood diseases – but one that also has a strong research base, which includes clinical, basic and translational research.
Millions of patients around the world wear contact lenses to correct their vision.1In fact, research suggests that contact lenses provide patients with benefits such as better perceived cosmetic appearance, better social acceptance, and a better ability to play sports compared to glasses.2-4While most contact lens wearers use soft contact lenses for cosmetic reasons, some patients wear specialty hard contact lenses because they are the only way that they can achieve functional vision without undergoing surgery to correct a visually debilitating eye disease like keratoconus (a degenerative disease that results in an irregularly shaped cornea).5In other cases, patients who suffer from moderate to severe dry eyes wear specialty contact lenses because they have the ability to make their eyes comfortable enough to effectively function.6While there is more than one type of specialty contact lens that can help patients with these conditions, scleral lenses have emerged over the past few years as the contact lens treatment of choice for these difficult-to-treat patients.7
Teen Health Week, a global campaign to raise awareness of the unique health issues adolescents and young adults face, is observed every year during the first week of April. However, raising awareness is an everyday reality for the University of Alabama at Birmingham (UAB) Division of Adolescent Medicine at Children’s of Alabama, where our team of specialists provides a comprehensive array of services to help patients transition into a healthy adulthood.
The numbers tell the story.
The dawn of a new year is often a time to reflect on what has been and what is to come. At the Alabama Center for Childhood Cancer and Blood Disorders, we are excited about the opportunities to improve patient care, and we never cease to be amazed by a community determined to change things for the better.
With the Halloween season upon us, it is a good reminder to bring up the discussion on the dangers of cosmetic contact lens abuse. Today, nearly 41 million adults in the U.S. (16.7%) wear contact lenses as an option for their vision correction. There are also options available for patients who, in addition to wishing to correct their refractive error, can change the look of their eyes with cosmetic contact lenses.
On Sept. 6, representatives of Children’s of Alabama, the University of Alabama at Birmingham (UAB) Division of Pediatric Rehabilitation Medicine and the Lakeshore Foundation gathered to cut the ceremonial red ribbon for the grand opening of Children’s at Lakeshore – the latest chapter in a partnership among the institutions.
“We’re all wearing our team colors, but colors don’t matter when it comes to concussion,” says Dr. Jimmy Robinson, University of Alabama lead team physician. This year, at the Children’s of Alabama Annual Concussion Summit, a special science, vision, and engineering breakout session featured the insight of Dr. Robinson and others in the trenches of Division I sidelines. Led by UAB’s director of medical athletics, Dr. Heath Hale, and UAB Team Eye Doctor, Dr. Kathy Weise, lead team physicians and scientists from Alabama, Auburn, Florida and Clemson joined forces to weigh in on UAB’s advancements in concussion expertise. What if a contact lens could determine how much the eye sloshes around in the orbit to predict how much the brain moves in the skull when exposed to impact? What if retinal blood flow could predict cerebral blood flow following concussion? What if an objective pupil test could help predict prolonged concussion recovery?
Medical advancements through specialized programs and essential personnel are vital to the continued growth of the University of Alabama at Birmingham (UAB) Division of Pediatric Neurology at Children’s of Alabama. Expansion is underway while the unremitting needs of patients are met.
A rare cancer of the eye known as uveal melanoma has affected a specific demographic, mainly women, who attended Auburn University in the late 1980’s and early 1990’s. Uveal melanoma is the most common cancer in the eye, but overall its incidence is extremely low, known to affect only 4.3 per 1 million people in the US. While these cancers are uncommon, they can lead to unfortunate outcomes including total removal of the eye, and even aggressive cancers spreading throughout the body, making it crucial to catch them early.
The Alabama Center for Childhood Cancer and Blood Disorders at Children’s of Alabama actively works toward the goal of a total cure through research and development of innovative therapies. More than a dozen prominent pediatric hematology, oncology and blood and bone marrow physician-scientists provide exceptional programs in patient care, education and research. Currently, the Center provides care or treatment for 90 percent of the pediatric hematology-oncology patients in the state.
Full scale recruitment is under way for the Alabama Genomic Health Initiative (AGHI), a partnership of the University of Alabama at Birmingham (UAB), HudsonAlpha Institute for Biotechnology and Children’s of Alabama. Funded by a $2 million appropriation from the Alabama legislature to UAB, the AGHI is one of the nation’s first statewide efforts to use genomic analysis to identify those at high risk for genetic diseases.
Sleep is a very important activity, that we often take for granted. It is especially important in children as it allows for proper neurological development. One disorder that is more and more common is sleep apnea, or interrupted sleep from breathing issues. We generally associate sleep apnea and distressed breathing while sleeping with adults, but it does occur with children - actually in 3-5% of children.
What is myopia?
Myopia is a condition that results in distant objects appearing blurry to a patient when not being corrected with glasses or contact lenses.1 Myopic blur typically results from the eye being too long for its optical focusing components (cornea and crystalline lens), which causes distant objects to be in focus in front of the retina (back of the eye) instead on the retina, a requirement for the eye to be able to see clearly.1 About one third of Americans have myopia, and its prevalence is likely increasing because of factors associated with living in a developed country (e.g., decreased time outdoors).2-5 With that said, the scientific community only has a vague understanding of how genetics and the environment influence the development and progression of myopia.1 While myopia’s visual affects can be a costly nuisance and strain on the health care system,6 myopia also places the affected individuals at a greater risk for developing vision-threatening conditions like cataracts, retinal detachments, and glaucoma.1 Once present, myopia cannot be cured; therefore, preventing it or even reducing the amount of myopia that a patient develops is an upmost priority for the scientific community.7
TUSCUMBIA – When you walk into Dr. Suzanne Blaylock’s office at the Helen Keller Pavilion, there’s a medical journal on her desk, paused and waiting for her to return to continue reading the most recent article. On the wall behind her chair are framed reminders of why she choose anesthesiology as her specialty – awards recognizing her from the Peer Reviewed Professionals, the Consumers’ Research Council of America as one of America’s Top Anesthesiologists, and the Consumers’ Research Council of America’s Top Physicians. Dr. Blaylock always knew she’d have a career in medicine, but what she got was so much more.
Summer is quickly approaching, a season that usually comes with warmer weather and, for many of us, vacation time. Vacations come in a variety of forms. You may prefer a staycation where you simply stay at home and avoid emails for a week. You may favor an once-in-a-lifetime trip to a place like Iceland, or you might head to the southern Alabama coast to catch some sun at the beach. While the travel possibilities are nearly endless, a contact lens wearer needs to be prepared for every situation.
As pediatric medicine becomes more specialized, the demand for specialists grows. One need look no further than the Division of Pediatric Neurology at the University of Alabama at Birmingham (UAB) for evidence of this trend.
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