A handful of brain cells deep in the brain may play a surprising role in controlling women’s bone density, according to new research by UC San Francisco and UCLA scientists.
In a study published January 11, 2019 in Nature Communications, researchers showed that blocking a particular set of signals from these cells causes female (but not male) mice to build extraordinarily strong bones and maintain them into old age, raising hopes for new approaches to preventing or treating osteoporosis in older women.
“Our collaborators who study bone for a living said they’d never seen bone this strong,” said study senior author Holly Ingraham, Ph.D. “Our current understanding of how the body controls bone growth can’t explain this, which suggests we may have uncovered a completely new pathway that could be used to improve bone strength in older women and others with fragile bones.”
A team of scientists is preparing for the final stage of development in a 4-year endeavor to create a new rehabilitation device for patients with lower leg injuries.
The scientists, from South Ural State University School of Electrical Engineering and Computer Science and Institute of Sport, Tourism and Service, are led by Aleksey Petrov, a professor at the SUSU Department of Electronic and Computing Machines.
“We have developed a mechatronic rehabilitation device for people with lower limbs injuries. This technology has a name of continuous passive motion,” says Petrov, according to Healio. “Our aim is to make one’s lower limb again movable.”
The device is designed for use in cases of rehabilitation following knee or hip joint injuries. The device involves motion of every joint in the lower leg, including the ankle, giving the patient the ability to imitate proper walking movement patterns. Additionally, the device has the application of teaching patients afflicted with infantile cerebral palsy to correctly walk.
Exercise is a vital element of a healthful lifestyle; it helps maintain heart health, improve mood, and fight weight gain. New research also suggests that it can protect a person’s cognitive skills, and a new study uncovers fresh information as to how this can happen.
According to a study covered on Medical News Today last year, engaging in regular, leisurely exercise can help keep the body young and healthy.
The same appears to be true for the relationship between exercise and the mind; only 10 minutes of physical activity may boost cognitive function in the short-term.
Meanwhile, exercising regularly for 6 months could actually reverse the symptoms of mild cognitive impairment.
It may not be how you intended to spend older age, but there it is; a study by researchers at the University of Dublin has shown so conclusively how much older people benefit from resistance training – working their muscles, even drinking protein shakes – that they have concluded GPs should prescribe it.
Twenty to 25 minutes of activity, four days a week at home, with an emphasis on a high-protein diet, is ideal.
Dorian Jones, who runs the London-based Marigold Fitness classes, may be the country’s foremost senior-trainer. The 42-year-old is a certified boxing coach, a level three personal trainer and used to be on the basketball team for the police force, but he developed a passion for working with older people. Most of his clients are in their 70s or 80s. A handful are in their 90s. “I had a woman who was 102, and she unfortunately passed. But she looked amazing!”
Much like an APTA white paper on opioids and pain management published in the summer of 2018, a draft report from the US Department of Health and Human Services (HHS) says that it’s time to address the gaps in the health care system that make it difficult to follow best practices in addressing pain—including improved access to and payment for physical therapy. APTA provided comments to the HHS task force that created the report.
The draft “Report on Pain Management Best Practices” now available for public comment aims to identify “gaps, inconsistencies, updates, and recommendations for acute and chronic pain management best practices” across 5 major interdisciplinary treatment modalities: medication, restorative therapies including physical therapy, interventional procedures, behavioral health approaches, and complementary and integrative health. The entire report is predicated on a set of “key concepts” that emphasize an individualized biopsychosocial model of care that employs a multidisciplinary approach and stresses the need for innovation and research.
Sure, the biggest news from the 2019 Medicare physician fee schedule is the new reporting and payment system for many physical therapists (PTs), but that’s not the whole story: the 2019 rule also includes new current procedural terminology (CPT) codes that allow PTs to conduct and bill Medicare for remote monitoring of patient factors such as weight, blood pressure, and pulse oximetry.
Many questions remain as to how the US Centers for Medicare and Medicaid (CMS) will implement the new codes, and APTA is developing online resources that will supply further details as they become available.
Here’s what APTA knows so far: the new CPT codes apply to chronic care, and they allow physicians, clinical staff, or “other qualified healthcare professionals” to conduct remote monitoring in certain circumstances. Because PTs are included in the American Medical Association’s definition of “qualified healthcare professionals” they are able to participate in the remote monitoring to the extent allowed by state and scope-of-practice laws.
Millions of people live with high blood pressure, which can place them at risk of developing cardiovascular diseases. For this condition, doctors typically prescribe blood-lowering drugs, but could exercise help just as well?
According to the Centers for Disease Control and Prevention (CDC), approximately 75 millionadults in the United States have to manage high blood pressure, where it exceeds the threshold of 140 millimeters of mercury (mm Hg).
The condition can increase their risk of developing heart disease or experiencing a stroke, both of which are leading causes of death in the U.S.
Increasing one’s level of physical activity may be an effective way to boost one’s mood, according to a new study from a team including scientists at Johns Hopkins Bloomberg School of Public Health in collaboration with the National Institute of Mental Health Intramural Research Program.
The findings were published online December 12 in JAMA Psychiatry.
The researchers found that increases in physical activity tended to be followed by increases in mood and perceived energy level. This beneficial effect was even more pronounced for a subset of the study subjects who had bipolar disorder. For the study, activity trackers and electronic diaries were used for two weeks in a community sample of 242 (150 women and 92 men) adults, ages 15 to 84, with an average age of 48 years. The sample included 54 people with bipolar disorder.
Mobile assessments in the study included wrist-worn devices that automatically recorded levels of physical movement in real time and electronic diaries that assessed mood and perceived energy levels four times per day for two weeks. These real-time mood and energy levels were rated by study participants on a seven-point analogue scale from “very happy” to “very sad” for mood and from “very tired” to “very energetic” for energy.
Danette Lake thought surgery would relieve the pain in her knees.
The arthritis pain began as a dull ache in her early 40s, brought on largely by the pressure of unwanted weight. Lake managed to lose 200 pounds through dieting and exercise, but the pain in her knees persisted.
A sexual assault two years ago left Lake with physical and psychological trauma. She damaged her knees while fighting off her attacker, who had broken into her home. Although she managed to escape, her knees never recovered. At times, the sharp pain drove her to the emergency room. Lake’s job, which involved loading luggage onto airplanes, often left her in misery.
When a doctor said that knee replacement would reduce her arthritis pain by 75 percent, Lake was overjoyed.