A new study that looked at 216 people with COVID-19 found that 80 percent didn’t have adequate levels of vitamin D in their blood.
The study also found that people who had both COVID-19 and lower vitamin D levels also had a higher number of inflammatory markers such as ferritin and D-dimer, which have been linked to poor COVID-19 outcomes.
A different study found that COVID-19 patients who had adequate vitamin D levels had a 51.5 percent lower risk of dying from the disease and a significant reduced risk for complications.
Medical experts theorize that maintaining adequate vitamin D levels may help lower risk or aid recovery from severe COVID-19 for some people, though more testing is needed.
A Little Information about Vitamin D.
The major natural source of the vitamin D is synthesis of cholecalciferol (precursor to Vitamin D) in the lower layers of skin epidermis through a chemical reaction that is dependent on the SUN. Cholecalciferol is then convert to the active form of Vitamin D.
Did you know that Vitamin D is a hormone and not a vitamin. Hormones are chemicals that the body produces to control how the body is functioning. Hormone are signaling molecules that can turn on and off cells and organs .
Vitamin D is a hormone that controls blood calcium concentration and impacts the immune system. Many studies point to the beneficial effect of vitamin D on the immune system, especially regarding protection against infections.
Robust evidence suggests that vitamin D is protective against respiratory tract infections. Data from 25 randomized controlled trials from around the world demonstrate that daily or weekly supplementation of vitamin D reduced the risk of acute respiratory infection by more than 50 percent in people with low baseline vitamin D levels.
Low vitamin D levels have been associated with an increase in inflammation and can increased risk of pneumonia and viral upper respiratory tract infections. Vitamin D deficiency is associated with an increase in thrombotic episodes, which are frequently observed in COVID-19.
Having your Vitamin D levels tested is not a bad Idea. This way you wont be guessing on your levels. Once you know your levels it will give you a better understanding if you need to supplement with Vitamin D.
Ibuprofen is a common over the counter nonsteroidal anti-inflammatory drug (NSAID). It works by reducing hormones that cause inflammation and pain in the body.
Ibuprofen has many side effects such as stomach bleeding, and even increase your risk of fatal heart attack or stroke, especially if you use it long term or take high doses, or if you have heart disease.
These side effects and others are the reason someone should not take more than your recommended dose.
Here’s another reason not to take Ibuprofen. A study showed that ibuprofen use in men led to (i) elevation of LH; (ii) a decreased testosterone/LH ratio and, to a lesser degree, a decreased inhibin B/FSH ratio; and (iii) a reduction in the levels of the Sertoli cell hormone AMH. The decrease in the free testosterone/LH ratio resulted primarily from the increased LH levels, revealing that testicular responsiveness to gonadotropins likely declined during the ibuprofen exposure.
That sound pretty scary. A over the counter can effect a males sex hormones. What man wants lower testosterone?
If you have pain that requires taking over the counter medication pain killers for a long time , you might want to try so else. Chiropractic is a safe drug free approach. Call our office and make an appointment .
I love when a study confirms what I’ve been telling patients. I recommend fish oils to most of my patients.
This study confirms the importance of fish oils. A meta-analysis of 40 clinical trials found that supplementation with fish oil is associated with a 35% reduced risk of fatal heart attacks, a 13% reduced risk of heart attacks, and a 9% reduced risk of fatal coronary heart disease.
Specifically, the study found that EPA+DHA supplementation is associated with a statistically significant reduced risk of:
The study found that cardiovascular benefits appear to increase with dosage. The data showed that adding an extra 1000 mg of EPA and DHA per day decreased the risk of cardiovascular disease and heart attack even more. For example, the risk of cardiovascular disease events decreased by an additional 5.8% and the risk for heart attack decreased by an additional 9%.
Continue to take your fish oils supplement or even increase the dosage. It might help save your life!
If you have questions on where to begin, please call the office. Not only can Dr. Steve get you on the right track with supplements but we have them for sale.
The following information is from a great book meant for the non-physician to help resolve their own back problems. The book is by Stuart McGill PhD and is called “Back Mechanic: The Secrets to a Healthy Spine Your Doctor Isn’t Telling You.”
I highly recommend the book if you have suffered or are suffering from low back pain. The end goal is to remove the stressors and spare your spine with proper movement and strengthening exercises.
“Many back pain sufferers would experience a huge breakthrough in their recovery if they only realized that is was their flawed movement patterns that kept them pain-sensitive. Much like a scab forming on our skin, our backs are constantly trying to patch and health themselves. We, however, by continuing to repeat harmful movement patterns in our daily lives cause re-injury. We are essentially “picking the scab.” It is unreasonable to expect the body to heal if we continue to provoke it in the same way that led to the original injury. Continued provocation of pain sensitizes the nerves so that the pain is triggered with even less stimulation. Remove the provocative motions and we can find the solution.
Here’s how pain sensitivity works: people increase their sensitivity through repeated stressful and painful loading. These muscles and joints are loaded with sensors: pain sensors, pressure sensors, force sensors, chemical sensors. Some detect carbon dioxide; some detect pain, some sense histamine for inflammation. Human joints are packed with sensors that relay position and movement information to the brain. These signals travel along the sensory nerves. Along the highway of nerves, there are checkpoints or “gates,” at junctions. According to the Gate Theory of Pain, the idea is, to flood the checkpoint with “good information,” in other words, signals associated with pain-free movement. In this way, there is no more room for the pain signals as they are crowded out.
Try this: close your eyes and find the tip of your nose with your finger like in a roadside sobriety test. You are using kinesthetic sensory organs that run throughout your arm to navigate. These sensors alert the brain as to the position of your forefinger in relation to your nose. The sensation of this simple pain-free motion dominates the information traffic on your sensory nerves with feel-good kinesthetic sensory information that identifies position, length, and force. Finding and repeating pain-free motions in your back will cause the remaining painful activities to hurt less. Read the previous sentence again – it really is that important.
By discovering and engraining positive movements for your back, you will find that the pain often dissipates and then disappears entirely. This is because when we remove pain triggers and stop “picking the scab” we give our tissues a chance to rest, heal and regenerate. Simultaneously our sensors for pain are actually being desensitized. Master this, and you have mastered your back pain.
For those of you that have a known type of injury, a name to attach to your condition, your personal recovery strategy should always begin with avoiding the aggravating posture for your unique spine is key to getting yourself back on track.
Various symptoms of back pain have a distinct and known cause (although this information is not widely known making this book uniquely valuable). Injuries can be avoided if we avoid the injury mechanism itself. Here’s a recap of some pain avoidance strategies, as well as an introduction of some that will be discussed later. The knowledge in this chapter will provide the foundation that will help you:
Locate and eliminate the cause of your pain- get an appropriate assessment that provides a specific diagnosis ( you will be able to obtain your own by reading chapter 6).
Increase your consciousness around what movements and postures cause you pain.
Develop replacement postures and movement patters that enable you to function pain-free.
Stabilize your torso, core, and spine to remove painful spine joint micro-movements.
Develop a daily exercise plan that includes walking.
Mobilize your hips
Learn to create power at the ball and socket joints (hips and shoulders).
Learn exercises that are based on patters of movement: push, pull, lift, carry, lunge, squat, etc.
Make healthy spine choices when sleeping, sitting, or engaging in more demanding activities.
You’re on your way to learning the secrets of a pain-free lifestyle! Let’s make it happen!”
Decreased sleep duration is associated with obesity, diabetes and cardiovascular disease
Controlled laboratory studies have shown that decreased quantity and quality of sleep negatively affects glucose regulation and alters food intake and energy balance.
Experimental sleep restriction alone or in combination with misalignment, and decreases in sleep quality negatively affect glucose regulation. Sleep curtailment alters energy expenditure, weight regulation, gene-expression, and inflammatory cytokine levels.
Below is a cool chart from the study. It’s amazing what a lack of sleep can effect.
this image is from the study.
Besides eating right, exercising and chiropractic care, getting 7-9 hours of sleep a night is necessary for a healthy life style.
Wrist pain. Hand pain. Maybe you’ve felt this condition while sitting at the computer typing out work assessments, during a long session of playing video games, or swiping left or right on a phone or tablet screen repeatedly. Perhaps you lift weights and experience it in the middle of an intense workout, or while holding heavy construction tools. Whatever the cause may be, whether it’s from typing for long periods of time, holding a phone for a long time, or holding a jackhammer, the immediate conclusion people think of is a condition known as carpal tunnel syndrome.
But what is this syndrome? Is all wrist pain automatically carpal tunnel syndrome, or is it possibly something else?
Carpal tunnel syndrome (CTS) is an entrapment neuropathy.1 Think of a pinch in a hose line caused by stepping on it, and you can visualize a similar compression of the nerve as it travels down through the wrist and into the hand. The nerve, in particular, known as the median nerve, travels through a bony area in the wrist called – you guessed it – the carpal tunnel.
The carpal tunnel itself is a narrow passageway inside your wrist surrounded by bones and ligaments. Compression, or pinching, of the median nerve, can create symptoms including numbness, tingling, and weakness in the hand, wrist, and arm.2
Carpal tunnel is the most common of neuropathies, or nerve conditions, with over 90% of neuropathic cases being from carpal tunnel compression.1
Typing with poor wrist position is a cause of wrist pain.
Carpal tunnel can be caused by a variety of circumstances and conditions as well. CTS is more likely to occur in people who hold vibrating tools or work in an assembly line, engage in work that requires repetitive flexing of the wrist such as typing, take certain medications, have inflammatory conditions, or have poor wrist and hand ergonomics.2
The most common causes of carpal tunnel syndrome include genetic predisposition, history of repetitive wrist movements such as typing, or machine work as well as obesity, autoimmune disorders such as rheumatoid arthritis, and pregnancy.1 However, repetitive motions are a high-risk factor in developing carpal tunnel symptoms due to the repetitive activities inflaming the tendons that run through the carpal tunnel. This inflammation can lead to compression of the median nerve.3
Symptoms usually start gradually, in one or both hands during the night, with frequent numbness or tingling in the fingers.4 Some people report their hands and fingers even feel useless, clumsy, and unresponsive or even feel swollen, although little or no swelling is apparent!
Unfortunately, many cases of the wrist and forearm pain are automatically diagnosed as CTS without truly examining all possible causes of the pain, or even confirming if the painful condition is truly CTS.
The million-dollar question: Is every hand and wrist issue created by an issue with the nerve inside the carpal tunnel? The short answer: no!
Another condition, called Pronator Teres Syndrome (PTS), is very similar to CTS in the way it manifests. PTS causes similar sensations to carpal tunnel syndrome, including weakness, tingling, pain, and numbness.
However, Pronator Teres Syndrome is caused by a muscle in the forearm – it has nothing to do with the carpal tunnel in the wrist and hand!
Pronator Teres Syndrome describes a condition where the median nerve is also compressed, but the cause is distinctly muscular.5 The Pronator Teres muscle in the forearm becomes over-used: think of excessive repetitive motions involved in our usual activities of daily living. Maybe the repetitive motion is from an aspiring college tennis player perfecting her swing daily or someone who works in a kitchen, ladling soup, and washing dishes. Maybe it’s the guy who wants to Do-It-Yourself a new kitchen in his home, and he’s swinging a hammer to break up old kitchen fixtures. Whatever the repetitive cause, the same motions cause scar tissue, adhesions, or muscular restrictions to set up housekeeping inside the muscle and entrap the Median Nerve, causing forearm, wrist, and hand symptoms – much like CTS.
Both syndromes cause similar pain but must be treated differently to achieve the desired results. Imagine being treated for one condition with no change in pain and no results – when you actually have the other and need a different treatment altogether!
What can you do if you have wrist and hand pain? Your first line of defense is a physical examination of the hands, arms, shoulders, and neck by your trained chiropractic physician. He or she can help determine if the person’s complaints are related to daily activities, such as overuse or poor ergonomics, or due to an underlying disorder such as carpal tunnel or pronator teres syndrome.
Many cases of carpal tunnel can be treated conservatively or without surgical intervention. Splinting, changing your daily routine, chiropractic care, soft tissue work, and other forms of treatment exist that safely improve and resolve a painful wrist condition.4
In the meantime, if you’re suffering from wrist and hand pain and you’re waiting for your next doctor’s appointment, here are some basic, easy stretches you can do on your own. Remember, these are a method of prevention, not treatment for any wrist or forearm condition.
Perform each stretch to tolerance (meaning, don’t hurt yourself!) for two sets, with 15-second holds on each arm.
Wrist Flexor Stretch
Begin standing with your arm straightened in front of you at chest level, palm facing down.
Flex arm and stretch fingers down and back with the opposite hand.
Straighten arm while keeping tension on fingers.
Rotate arm by twisting fingers inward.
Thumb Flexor Stretch
Flex the arm.
Extend wrist back, allowing fingers to curl inward.
Stretch thumb back toward the arm.
Did you have fun with those stretches? Did they cause any discomfort, or did it feel good to stretch those hand and forearm muscles?
Keep in mind, there are other conditions that can affect the wrist, forearm, and elbow, and if you are having pain besides carpal tunnel and pronator teres muscles. We only addressed two common causes here. Your local chiropractor is well-versed in extremity conditions that can create discomfort and affect your ability to work and play.
References
Sevy, J.O., and Varacallo, M. (2020). Carpal tunnel syndrome. StatPearls [Internet]. StatPearls Publishing; Treasure Island (FL): Mar.
Monitors should be visible without leaning or straining, and the top line of type should be 15 degrees below eye level.
Use audio equipment that keeps you from bending your neck (i.e., Bluetooth, speakerphones, headsets).
Keep your shoulders relaxed and elbows bent to 90 degrees.
Wrists should not be bent while at the keyboard. Forearms and wrists should not be leaning on a hard edge.
Keep frequently used objects, like your telephone, close to your body to prevent excessive reaching.
Take a 10-second break every 20 minutes: Micro activities include: walking, stretching, or moving your head in a “plus sign” fashion.
Do a micro break.
Another video about the desk set and suggestion on how a workstation should.
Have a question about your workstation? Dr. Steve can help with that! Contact our office so you can make sure you’re workstation isn’t contributing to pain.
Migraines are a common head that effects, about 6% of men and 18% of women get a migraine in a given year, in the united states.
1. Manual Therapy
Spinal manipulation is a useful tool in migraine prophylaxis. One study demonstrated a “significant reduction” of migraine intensity in almost half of those patients receiving spinal manipulation. Nearly ¼ of migraine patients reported greater than 90% fewer attacks. Spinal manipulation has demonstrated similar effectiveness but longer-lasting benefit with fewer side effects when compared to a well-known and efficacious medical treatment (amitriptyline).
Rist PM, Hernandez A, Bernstein C, Kowalski M, Osypiuk K, Vining R, Long CR, Goertz C, Song R, Wayne PM. The Impactof Spinal Manipulation on Migraine Pain and Disability: A Systematic Review and Meta-Analysis. Headache: The Journal of Head and Face Pain. 2019 Apr;59(4):532-42. Link
Chaibi A, Benth JŠ, Tuchin PJ, Russell MB. Adverse events in a chiropractic spinal manipulative therapy single-blinded, placebo, randomized controlled trial for migraineurs. Musculoskeletal Science and Practice. 2017 Jun 1;29:66-71. Link
A Harvard study found that SMT significantly reduced migraine days as well as pain intensity. And SMT is safe; a study to define adverse events following chiropractic spinal manipulation for migraines found that “adverse events were mild and transient, and severe or serious adverse events were not observed.”
1. Acupuncture
Several recent studies have shown that acupuncture is another viable tool for managing migraines.
Vázquez-Justes D, Yarzábal-Rodríguez R, Doménech-García V, Herrero P, Bellosta-López P. Analysis of the effectiveness of the dry puncture technique in headaches: systematic review. Neurology. 2020 Jan 13. Link
Xu S, Yu L, Luo X, Wang M, Chen G, Zhang Q, Liu W, Zhou Z, Song J, Jing H, Huang G. Manual acupuncture versus sham acupuncture and usual care for prophylaxis of episodic migraine without aura: multicentre, randomised clinical trial. BMJ. 2020 Mar 25;368. Link
Rist PM, Hernandez A, Bernstein C, Kowalski M, Osypiuk K, Vining R, Long CR, Goertz C, Song R, Wayne PM. The Impact of Spinal Manipulation on Migraine Pain and Disability: A Systematic Review and Meta-Analysis. Headache: The Journal of Head and Face Pain. 2019 Apr;59(4):532-42. Link
2. Eat Smart & Maintain an Ideal Weight
Dietary fats trigger the synthesis of prostaglandins which are known migraine triggers (19). Low-fat diets have been shown to play a role in migraine prophylaxis. (20,21) Weight loss may decrease the frequency of migraine and other primary headaches (tension, cluster). (16-18) Patients on a low sodium (DASH) diet report a decrease in headache frequency vs those on a high sodium diet. (23) One new study showed that “adherence to the Harvard Healthy Eating Plate advice, particularly the reduction in carb, red and processed meat consumption, is useful in migraine management, reducing migraine frequency and disability.” (47)
3. Drink Water
Drinking more water and drinking less soda and sugar beveragesis all ways a good idea. . A study published earlier this month, showed “The results showed that the severity of migraine disability pain severity headaches frequency and duration of headaches were significantly lower in those who consumed more total water.” (Khorsha F, Mirzababaei A, Togha M, Mirzaei K. Association of drinking water and migraine headache severity. Journal of Clinical Neuroscience. 2020 May 20. Link)
4. Vitamin D
Vitamin D is important hormone in the body. that right its a hormone and is involved in many different processing the body. Vitamin D deficiency is associated with migraine attacks. Vitamin D supplementation in a dose of 1000-4000 IU/d has been shown to reduce the frequency of migraine attacks.
owaczewska M, Wiciski M, Osi?ski S, Kamierczak H. The Role of Vitamin D in Primary Headache–from Potential Mechanism to Treatment. Nutrients. 2020 Jan;12(1):243.
Ghorbani Z, Togha M, Rafiee P, Ahmadi ZS, Magham RR, Djalali M, Shahemi S, Martami F, Zareei M, Jahromi SR, Ariyanfar S. Vitamin D3 might improve headache characteristics and protect against inflammation in migraine: a randomized clinical trial. Neurological Sciences. 2020 Jan 2:1-0.
5. B Vitamins
Riboflavin (Vit B2) may help prevent migraines. (26, 29-38) Dosage recommendations vary, however, the average dose used in the studies was 400mg/day. Vitamin B6 supplementation (with or without concurrent B9 and B12) has also demonstrated prophylactic benefit.
Maizels M, Blumenfeld A and Burchette R. A combination of riboflavin, magnesium, and feverfew for migraine prophylaxis: A randomized trial. Headache 2004; 44: 885–890.
Smith C. The role of riboflavin in migraine. Can Med Assoc J 1946; 54: 589–591.
8. Magnesium (400-600mg)
Magnesium a mineral that can help with headaches. Magnesium play a role in energy production , bone formation, nerve function and blood vessel function. An umbrella review found strong evidence that “Magnesium supplementation can reduce the intensity/frequency of migraine.” Dosage recommendations vary, however, the average dose used in the studies is 400-600mg/ day for the prevention of migraine in non-pregnant patients.
Ko¨seoglu E, Talaslioglu A, Go¨nu¨l AS, et al. The effects of magnesium prophylaxis in migraine without aura. Magnes Res 2008; 21: 101–108.
Esfanjani A, Mahdavi R, Ebrahimi Mameghani M, et al. The effects of magnesium, L-carnitine, and concurrent magnesium-L-carnitine supplementation in migraine prophylaxis. Biol Trace Elem Res 2012; 150: 42048.
Peikert A, Wilimzig C and Ko¨hne-Volland R. Prophylaxis of migraine with oral magnesium: Results from a prospective, multi-center, placebo-controlled and double-blind randomized study. Cephalalgia 1996; 16: 257–263.
10. Melatonin (2-3mg)
Melatonin is a important hormone release by the brain during sleep. Melatonin should be taken 30 minutes before bed. One systematic review and meta-analysis concluded: “Melatonin may be of potential benefit in the treatment‐prevention of migraine in adults.” Study doses varied widely (0.05-50mg), however, the typical dose used in the studies was 2-3mg, taken before bedtime. Liampas I, Siokas V, Brotis A, Vikelis M, Dardiotis E. Endogenous Melatonin Levels and Therapeutic Use of Exogenous Melatonin in Migraine: Systematic Review and Meta-Analysis. Headache: The Journal of Head and Face Pain. 2020 Apr 30.
Suffering from migraines? Make an appointment to get started on the road to relief!
Sports specialization: Yea or nea? I am a parent and coach of my two kids but I also have the perspective as doctor who treats a lot of children with sport injuries so this is a great question.
The short answer is no. We’ll go into why this is my answer.
Only 2% of high school athletes go on to play at the top level of college sports, the NCAA Division1. Only 1% of them play sports professionally.
Well-intentioned parents encourage children to pick up a sport or two to develop personal character: to learn the value of teamwork and collaboration, to develop grit and perseverance, engage and embody good sportsmanship, build self-esteem, and more. Sports activities not only provide children and students with a healthy activity to engage in for personal development but also creates an opportunity for fitness and energy. Adolescents who participate in sports activities may find them enjoyable as a healthy outlet for play.
Engaging in healthy physical exercise, such as organized sports, becomes an even more important endeavor from a health perspective. With the rise of obesity and lack of physical activity in school-aged students, particularly American high school students1, encouraging the youth to engage in at least one sport has become both underutilized and imperative.
The last decade has witnessed a steady decline in youth sport participation.1 With the increasing rarity of young persons actively engaging in athletic leadership, it is no wonder then that parents, coaches, and others tend to be encouraging when a young athlete shows talent and dedication in a particular sport.2
Sports specialization in youth is defined as engaging in a single sport for at least three seasons a year at the exclusion of other sports.2,3 Early sports specialization occurs in children under the age of 12.
Athletic specialization is inherently not a bad thing. Encouraging a student’s deep commitment to a sport can lead to several notable benefits such as recognition of college and professional coaches, the chance to attend prominent training academies, personal development of perseverance and time management, and an improvement in athletic skills and performance within a chosen sport.3
However, can there be too much sport for the individual? While it is important to foster a youth’s promising talent and dedication, doing so to an extreme can have detrimental effects on the long game. Intense focus on a single sport, largely driven by parents and coaches, can lead to a young athlete developing both injury and burnout. Almost 55% of parents encourage their children to specialize in a single sport.2
And if that wasn’t difficult enough, the number of hours of vigorous, repetitive, athletic activity are just as large a risk factor for injury as sport specialization, if not greater. This is especially true for female athletes who are more physically impacted by long repetitive hours devoted to sport than male athletes.2
That’s not accounting for additional factors that can contribute to overuse injuries. These include poor technique, inappropriate equipment, improper training methods, poor conditioning, prior injury, and more.
It is true that any sports activity invites a chance of injury. However, the potential for injury increases as the intensity level and training volume increases.5 A series of studies in the Journal of Athletic Training were performed to evaluate the effects of being a specialized athlete at a young age.4 The results? Focusing on one sport increases the risk of major, career-threatening injury later in life.
And predictably, the type of injury accumulated from long periods of sustained, repetitive wear-and-tear on the body correlated with the sport. For example, in girl’s basketball, soccer, and volleyball, specialization increased the risk of knee joint and hip injuries.5 In baseball, especially Little League, pitchers who specialized had a higher risk of elbow and shoulder injuries.5,6,8
The strongest argument against sports specialization is the idea of building overall athleticism before honing laser-sharp athletic focus; in essence, encouraging young athletes to foundationally move well before they move more and at higher intensities.4 The focus is to encourage overall movement until the young athlete is developmentally ready to learn sport-specific skills, and physical maturation will grant the required strength and speed to succeed at a specific sport.
Early sports specialization also creates a lack of cross-trained foundation, inhibiting the body’s natural capacity for adaptation and leaving young aspiring athletes more prone to injury. Multiple sports builds fundamental motor skill development, which should be trained to achieve success in sports activities such as running, jumping, kicking, and throwing.5 Cross training builds better brains. In turn the brain will be able to control the body more effectively.
Repetition is an important part of athleticism, and one key factor that separates young athletes from mature athletes is that young athletes undergo numerous changes in a relatively small timeframe due to puberty and adolescence. Repetitive movements found in sport specialization can create microtrauma in areas that are still growing. Changes in body weight, height, and muscle mass provide additional stress to joints and connective tissue, and as young athletes grow, growth cartilage is vulnerable to the stress of repeated microtraumas. As muscle develops from repetition faster than bone, areas of musculotendinous attachment can be more susceptible to pathological injury. Such examples include Sever’s disease and Osgood-Schlatter disease, which are rarely found in adults.
Two-time NBA MVP Stephen Curry spoke on the topic of playing multiple sports at a sports panel with the junior NBA and the Positive Coaching Alliance. Curry advocates that children and adolescents should not specialize in a single sport too soon. “Because […] you might be better (than your peers) at any certain sport, you might feel comfortable in that space, and that zone. But you don’t really get to push yourself, you don’t really get to test yourself and how you deal with failure and success,” Curry said.8
It is important to vary training and avoid repetitive activities that place physical stress on an athlete’s body. Many options exist while resting from a specific sport; one such example is replacing overtraining with strength and conditioning. Not only can this enhance overall health, but also provide an opportunity for injury prevention and rehabilitation, improve body composition, and increase bone health. This can also lead to better outcomes with regards to athletic performance as it avoids staleness or unexpected long-term decreases in performance without evidence of injury.5
Sport diversification also enhances the mental health of a young athlete. Early specialization of one sport can lead to burnout6, which is defined as physical and emotional exhaustion from the athletic demands of a singular sport. With a decrease in performance from overtraining and the increase in the likelihood of being injured, burnout can ultimately lead to a promising athlete withdrawing or dropping out entirely.
Ultimately, sport diversification is what’s necessary to help prevent youth injuries. Playing as many sports as possible, as often as possible, creates an environment that is both physically and emotionally nurturing and productive. Sports specialization may be better utilized with structured practice once the foundations of proper movement have been placed in the aspiring young athlete.
Early involvement in sports should be encouraged. The development of gross motor skills is enhanced alongside the personal development that takes place with engaging in sports. A crossover between sports creates a positive physical, social, and mental experience that will springboard the young athlete into becoming a well-rounded elite — if he or she chooses.
References
1. Hainline, B. (2019) Early Sport Specialization: Shifting Societal Norms. Journal of Athletic Training: October, Vol. 54, No. 10, pp. 1011-1012.
5. Caruso, T.H. (2013) Early sport specialization versus diversification in youth athletes. National Strength and Conditioning Association. December, Vol. 2, Issue 4. n.p.
6. Kutz, M, and Secrest, M. Contributing factors to overtraining in the adolescent multi-season/sport athlete. Strength and Conditioning Journal 31(3): 37-42, 2009.
7. Holt, J.B., et al. (2020) Progressive elbow magnetic resonance imaging abnormalities in Little League players are common: a 3-year longitudinal study. Am J Sports Med. 2020 Feb;48(2):466-472.
8. Interview with Stephen Curry with Stack. “Steph Curry says playing multiple sports gave him confidence to be an MVP.” Posted Feb 15, 2018. Retrieved Feb 2020 from: stack.com/a/steph-curry-says-playing-multiple-sports-gave-him-confidence-to-be-an-mvp
Upper Cross Syndrome describes a type of common muscle imbalance.
This occurs when the neck flexors and the middle back become weak while the pectoral muscles and the muscles at the base of the skull become tight. This produces a familiar pain pattern at the base of the neck and the shoulders, as well as joint dysfunction at the base of the skull and shoulders.
Upper Cross Syndrome can lead to neck pain.
The main physical causes of this condition are:
Desk job
Too much sitting
Driving long hours
Poor posture
Working out incorrectly
How many hours a day do you sit in front? Photo by subham saha
However, with the proper education, you can protect yourself from many of these causes. The primary sufferers of this condition, especially chronic cases, often have poor posture while sitting at a desk for most of the day. A co-morbid factor is a sedentary lifestyle with little physical activity. This poor sitting posture leads to a re-enforcement of the Upper Crossed Syndrome, and it is crucial that you arrange your workstation to facilitate a proper posture as best as possible.
The best way to combat this problem is, of course, to prevent it before it starts.
If possible, minimize sitting for long periods of time and take frequent work breaks to take short walks around the office to reset your posture.
There are methods of rehabilitative exercise that can be taught to you to reverse any damage already done and prevent a progression of this condition, as well as instill healthy habits for you to employ for the rest of your life.
What You Can Do About It
If you are currently experiencing neck pain that you may believe is related to Upper Cross Syndrome, this condition can be conservatively managed relatively quickly. Make an appointment today and get on the road to recovery.
Dr. Steve Sikorsky | Chiropractic Care Elgin, Illinois
