Fall Risk in the elderly and what we can learn from the tragic death of Ace Frehley
Preventing Falls After 70: Understanding the Risks and How Chiropractic Care Can Help. RIP ACE FREHLEY Why Falls After 70 Are So Dangerous After age 70, the body’s resilience, muscle tone, and neurological coordination naturally decline. According to the Centers for Disease Control and Prevention (CDC), falls are the leading cause of injury-related death in adults over 65. By age 70 and beyond, the risk of serious injury or death doubles every decade. If you have aging parents, or if you are/were a huge fan of Ace Frehley, who just passed away after a “minor fall” and subsequent “brain bleed”, you should read on… Key Statistics: * 1 in 3 adults over 70 falls each year. * Falls cause over 95% of hip fractures in older adults. * Falls rank as the #1 cause of accidental death in adults over 70. * After a serious fall, over 50% lose their previous level of independence within a year. Common Reasons for Falls After Age 70 Falls rarely have a single cause. They’re usually the result of interacting physical, neurological, and environmental factors, such as: 1. Muscle weakness and poor postural control Loss of fast-twitch muscle fibers makes...
read moreBanjo Player Injuries: Common Health Issues, Famous Cases, and Chiropractic Solutions
Banjo Player Injuries: Common Health Issues, Famous Cases, and Chiropractic Solutions The banjo is an iconic instrument in bluegrass, folk, and jazz, and we salute you for your efforts to bring us your music. For you, the musicians behind the music, the physical demands can take a serious toll. I regularly see the effects that the long hours of repetitive picking, high string tension, awkward wrist angles, and seated playing posture all lead to. These injuries and long-term health problems can derail a musical career or steal someone’s favorite hobby from them. As a health care guardian of the music, I am compelled to share some banjo player injuries, prevention and management with you. Let’s explore the most common injuries among banjo players, highlight well-known banjoists who have struggled with these issues, and review how chiropractic care and other conservative therapies can provide effective, drug-free solutions. Common Injuries and Health Issues in Banjo Players 1. Tendinitis and Tenosynovitis * Overuse of the wrist and fingers from rapid rolls and picking patterns can inflame tendons. * Players often feel aching, burning, or stiffness along the forearm or wrist. 2. Carpal Tunnel Syndrome * The repetitive flexion and extension of the...
read moreWrist Pain in Bass Players: Common Causes, Prevention, and Chiropractic Solutions
Wrist Pain in Bass Players: Common Causes, Prevention, and Chiropractic Solution Playing bass guitar is physically demanding. Bass players often spend hours practicing repetitive movements while holding heavy instruments, and the wrist tends to bear the brunt of the strain. Left untreated, wrist pain can interfere with both playing ability and long-term health which in turn interferes with the career or hobby that you’ve worked so hard for. Below we’ll review the five most common diagnoses of wrist pain in bass players, how to prevent these issues, natural treatment strategies, and how chiropractic care may support recovery and performance. 5 Most Common Diagnoses of Wrist Pain in Bass Players Tendinitis Inflammation of the wrist tendons caused by repetitive motion. Common in players who practice long hours without rest. Carpal Tunnel Syndrome Compression of the median nerve in the wrist leading to numbness, tingling, and weakness. Often worsened by poor wrist posture while playing. De Quervain’s Tenosynovitis Inflammation of the tendons along the thumb side of the wrist. Frequent in bassists who use heavy thumb techniques or extended wrist motion. Wrist Sprains and Strains Overstretching or tearing of ligaments or soft tissue. Can result from sudden overuse or awkward hand...
read moreHorn Players: Breathing Capacity, Coordination and Posture
Breathe better, play better. How posture directly affects the respiratory capacity of musicians and athletes. Breathing capacity is crucial for horn players, directly affecting their performance and endurance. Optimal breathing in brass musicians requires robust lung function, healthy respiratory musculature, and unobstructed thoracic and cervical spinal mobility. Recent insights suggest that cordyceps mushroom supplementation may support respiratory health. Chiropractic care, especially targeting posture and spinal mobility, can dramatically enhance chest expansion and breathing efficiency. Respiratory Capacity in Horn Players: Why It Matters Horn playing demands strong, coordinated respiratory effort. While research shows wind instrument players may not always have higher vital capacities than predicted for their age and body size, musicians, particularly brass players, often develop superior respiratory pressures and control through years of practice. Maintaining maximal lung performance is essential for sustaining long notes, dynamic phrasing, and managing the instrument’s resistance. Cordyceps Mushroom and Respiratory Performance Cordyceps sinensis, a medicinal mushroom, is known to enhance respiratory health and oxygen uptake. Studies indicate cordyceps supplementation improves oxygen utilization (VO₂ max), decreases inflammation, relaxes bronchial smooth muscle, and supports overall lung function, benefits especially valuable for musicians requiring prolonged and powerful breaths. Whether managing asthma, maximizing breathing efficiency, or recovering...
read moreWhat is Somatosensory Tinnitus?
Turn Down The Ringer. Somatosensory (somatic) tinnitus is a unique form of tinnitus, an internal ringing, humming, or buzzing sound, triggered or modulated by non-auditory (not related to sound) sensory (movement/damage) input from the head, neck, jaw, or cervical spine. This subtype of tinnitus is closely linked to biomechanical and neurological issues involving muscles, joints, and nerves outside the auditory system.[1][2][3][4] How Does Somatosensory Tinnitus Happen? Somatosensory tinnitus results from abnormal signals or irritation in muscles or nerves of the jaw, neck, and face. A few xamples would be TMJ dysfunction, neck strain, misalignment, or muscle tension. These issues “interact” with the brain’s auditory pathways, especially the dorsal cochlear nucleus (DCN). Signals from these regions can “cross-talk” with hearing centers, leading to or changing the perception of tinnitus sounds:[2][4][5][1] – Common triggers: TMJ disorders, bruxism, whiplash, cervical spine dysfunction, trigeminal or cervical nerve irritation, and poor posture.[5][6][1] – Key mechanism: Nerves in the face/neck/jaw converge in the DCN, where muscle tension or joint misalignment alters sensory input to the auditory centers, leading to tinnitus perception.[4][2][5] Causes – Muscle tension (neck, jaw, shoulders) [4][5] – Cervical misalignment or spine disorders [3][7] – Jaw misalignment, TMJ dysfunction. Often caused by...
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