Tag Archives: pain relief

Frailty Management Strategies

29 May

Frailty is defined as a clinical state in which the body has diminished strength, endurance,
and resilience, making a person more vulnerable to stressors such as injury and illness. It’s estimated
that 7–12% of Americans age 65 and older are frail. Because it is associated with an elevated risk of
falls, hospitalization, disability, and complications from illness and surgery, frailty can significantly
impact an individual’s ability to remain independent and maintain quality of life. Common
characteristics of frailty include unintentional weight loss, weakness, fatigue, slow walking speed,
and low physical activity. The presence of three or more of these features meets the diagnostic
criteria for frailty, as described by the Fried’s Frailty Phenotype model.
Current research suggests that frailty is associated with chronic inflammation and oxidative
stress, often influenced by lifestyle and metabolic health factors. Fortunately, frailty can often be
improved—and sometimes partially reversed—especially when identified early. The key is consistent
engagement in behaviors that help restore strength, function, and overall metabolic health:

  • Resistance training is essential for increasing muscle mass and overall physical function.
  • Balance-based exercises, such as yoga, can improve lower body strength, stability, and
    walking speed.
  • Aerobic exercise can improve walking speed, reduce fatigue, and support cardiovascular
    health.
  • An anti-inflammatory diet, such as the Mediterranean diet, may help reduce systemic
    inflammation. Nutrients like flavanols can help counter oxidative stress, while dietary fiber
    supports a healthy gut microbiome, which influences overall health and immune function.
    Increasing protein intake is also important for maintaining muscle mass.
  • Low or deficient vitamin D levels are common in frail individuals. Improving vitamin D
    status through diet, supplementation, and/or sun exposure may support muscle function,
    neuromuscular control, and bone health, while also helping to reduce inflammation.
  • Maintaining social connections—such as sharing meals, participating in group activities, or
    volunteering—supports mental health and overall well-being.
  • Seniors taking five or more medications are at increased risk for drug interactions and side
    effects. Reviewing medications with a healthcare provider can help determine if adjustments,
    dose reductions, or safer alternatives are appropriate.
    Lastly, several studies have linked chronic pain—including musculoskeletal conditions such
    as chronic low back pain—with an increased risk of frailty. This may be due to reductions in physical
    activity and increased sedentary behavior, often driven by fear of worsening pain. Over time, this can
    lead to muscle deconditioning, reduced proprioception, and diminished functional capacity.
    Addressing musculoskeletal pain through conservative care, including chiropractic treatment, may
    help individuals stay active and improve their resilience, reducing the impact of frailty.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

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Whiplash Avoidance Strategies

25 May

During a whiplash event, such as a rear-end collision, the head and neck accelerate and decelerate
more rapidly than the nervous system can coordinate a protective muscular response. This can result in
sprains, strains, and microtrauma to the soft tissues of the head, neck, and upper torso, which may
manifest as neck pain, stiffness, headache, brain fog, or dizziness—collectively referred to as whiplashassociated disorders (WAD). Because many patients experience symptoms that persist for months or even
years following injury, WAD can place a significant burden on individuals, families, and society as a
whole—highlighting the importance of strategies and technologies aimed at reducing whiplash risk.
Three key technologies designed to reduce collisions are blind spot monitoring, lane departure
warning, and forward collision warning with automatic emergency braking. Blind spot monitoring
systems detect vehicles alongside the car that may not be visible to the driver and provide visual or
auditory alerts. Lane departure warning systems use cameras to identify lane markings and notify the
driver if the vehicle begins to drift out of its lane; activation of the turn signal typically overrides these
alerts. Forward collision warning systems use cameras and sensors to detect when a vehicle is
approaching another object too quickly and alert the driver. More advanced systems incorporate
automatic emergency braking, which can slow or stop the vehicle to avoid a collision or reduce its
severity.
Proper adjustment of the seat and head restraint is also important in reducing whiplash risk.
Ideally, the head should remain close to the head restraint during a collision to limit excessive backward
motion. Research suggests that a seatback angle of approximately 20–30 degrees, combined with
positioning the head within about 2 inches (5 cm) of the head restraint and ensuring the restraint is aligned
with the top of the head (not below it), may help reduce injury risk. Despite this, observational studies
have shown that a large proportion of drivers do not properly adjust their head restraints. In response,
vehicle manufacturers have introduced seat and head restraint technologies designed to reduce the relative
motion between the head and torso during rear-end impacts.
Perhaps the most important factor in reducing whiplash risk is driver attention. Distracted drivers
are less likely to recognize hazards such as rapidly approaching vehicles, unsafe lane changes by others,
or road conditions that require sudden braking. In situations where a collision appears unavoidable, some
evidence suggests that pre-contraction of the neck muscles may reduce injury severity by limiting head–
neck motion and reducing strain on cervical structures.
If a collision does occur, early management focused on maintaining activity within pain tolerance
and restoring normal movement patterns may help reduce the likelihood of persistent symptoms.
Conservative approaches, including chiropractic care, are commonly used to support recovery in patients
with whiplash-associated disorders.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

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Causes of Knee Pain in Kids

11 May

Knee pain accounts for at least one-third of musculoskeletal complaints in the pediatric
population seen in healthcare clinics, including chiropractic offices. This is especially common
in active children during the growth spurts of early adolescence. Let’s review some of the most
common causes of knee pain in kids and teens and how they are typically managed.
Patellofemoral pain syndrome, or kneecap pain, is the most common cause of knee pain
in children and adolescents. Pain typically arises from behind the patella and worsens with
activities involving knee flexion, such as climbing stairs, squatting, or prolonged sitting. On
examination, pain may be reproduced with a single-leg squat, often with inward knee collapse.
Treatment includes both weight-bearing and non-weight-bearing exercises targeting the posterior
hip and quadriceps. Manual therapy and movement retraining may be used to restore normal
joint mechanics. Treatment may include a foot orthotic if excessive ankle pronation is
contributing to pain.
Osgood-Schlatter disease (OSD) is inflammation of the growth plate at the tibial tubercle
just below the kneecap, often producing a prominent bump that can irritate the patellar tendon
during running, jumping, squatting, and kneeling. Treatment typically includes patient education,
activity modification, exercise therapy, and use of an infrapatellar strap. Sinding-LarsenJohansson syndrome is similar to OSD but involves the bottom of the patella rather than the
tibial tubercle. Management follows a similar approach.
Patellar tendinopathy, or jumper’s knee, results from cumulative microtears due to
repetitive jumping, landing, and sprinting. Management includes reducing high-load activities
(while avoiding complete rest), gradually reloading the tendon as symptoms improve, and
performing strengthening and flexibility exercises for the quadriceps and hamstrings. Manual
therapy and biomechanical corrections may also help improve loading patterns.

In cases such as juvenile idiopathic arthritis, chiropractors may work in coordination with
the child’s medical physician or rheumatologist to provide supportive care—such as gentle
manual therapy and soft tissue techniques—to improve mobility and reduce muscle tension.
The good news is these conditions generally respond well to conservative management,
helping most children return to their normal activities without the need for invasive treatment.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

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Chiropractic Care for Headache Relief

4 May

Statistically, up to 20% of adults experience frequent headaches, with approximately 1–
4% reporting headaches on more than 15 days per month. While there are many types of
headaches—and within each subtype, multiple underlying causes and triggers—research
suggests that musculoskeletal factors can contribute to certain headache presentations. What
would a doctor of chiropractic look for during the initial visits to determine whether a course of
chiropractic care could benefit the headache sufferer?
The first step is to take a patient history that explores past and present health, as well as
details specific to the chief complaint—headaches, in this case. The responses help determine
whether the headache pattern is consistent with musculoskeletal referral from the neck or
surrounding tissues. Important clues include band-like pressure around the head; pain that begins
in the neck or base of the skull and may spread to the temples, forehead, or behind the eyes;
headaches triggered by prolonged computer work, poor posture, neck movement, stress, or jaw
clenching; pain that worsens after desk work or driving; improvement with massage, stretching,
or heat; and co-occurring neck stiffness or shoulder tightness.
If the patient presents with red flags—such as a new type of headache after age 50, the
worst headache of their life, recent head trauma, signs of infection (e.g., fever), or neurological
symptoms such as weakness, numbness, or vision changes—they may be referred for urgent
medical evaluation.
The history guides the physical examination, during which the chiropractor assesses
range of motion of the cervical spine—particularly the upper cervical segments—for restrictions,
asymmetries, or reproduction of symptoms. They will also palpate soft tissues in the head and
neck, including the suboccipital muscles, upper trapezius, sternocleidomastoid, temporalis,
masseter, and levator scapulae, to identify tenderness or trigger points and determine whether
these reproduce the patient’s headache. Orthopedic testing and postural assessment further help
identify musculoskeletal contributors.
The specific treatment approach varies by patient, but generally involves conservative
therapies aimed at restoring joint mobility and reducing muscle tension. This may include spinal
manipulation or mobilization, soft tissue therapy, trigger point techniques, physiotherapy
modalities, targeted exercises, and postural education. If a musculoskeletal disorder is a primary
contributor—as is often the case in tension-type or cervicogenic headaches—patients may
experience significant improvement or resolution. For other headache types, such as migraines,
care may help reduce the frequency, intensity, and duration of episodes.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

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Core Strengthening to Reduce Low Back Pain Risk

2 Apr

Low back pain is one of the most common and disabling conditions worldwide. It’s estimated that
nearly 200 million acute episodes of low back pain occur each year, of which roughly 20% persist for longer
than three months. With the aging of the global population combined with the obesity epidemic, low back pain
is expected to become an even more substantial physical health issue in the coming decades.
Because weakness in the core muscles that help stabilize the spine has been linked to up to a threetimes increased risk of new-onset low back pain, improving endurance and control in this muscle group may
help reduce one’s risk. The core muscles include the abdominals, back, and gluteal muscles. In addition to
stabilizing the spine to help stay upright, strong core muscles are important for maintaining balance through
proprioception and for supporting the wide range of motion the trunk performs—from rotation, to bending
forward, to side-bending, and backward movement. Key core-strengthening exercises include:

  • Front plank: Lie face down and prop yourself up on your elbows under your shoulders. Lift your body
    onto your elbows and toes (or knees for an easier version). Keep your body in a straight line from
    shoulders to heels, tighten your stomach and glutes, and avoid letting your hips sag or rise. Hold 10–
    30 seconds, repeat three to five times, working up to a 60-second hold.
  • Side plank: Lie on one side with your elbow directly under your shoulder. Lift your hips off the floor
    so your body forms a straight line from shoulders to feet. Keep your core tight and don’t let your hips
    roll forward or backward. For an easier version, bend your knees and lift your hips. Hold 10–25
    seconds per side and repeat three to five times.
  • Bird dog: Start on hands and knees with hands under shoulders and knees under hips. Tighten your
    stomach slightly and keep your back flat. Slowly extend one arm forward and the opposite leg
    backward. Keep hips level and avoid arching your back. Hold for five to ten seconds, return to start,
    then switch sides. Do eight to twelve repetitions per side.
  • Glute bridge: Lie on your back with knees bent and feet flat on the floor about hip-width apart.
    Tighten your stomach and squeeze your glutes. Lift your hips until your shoulders, hips, and knees
    form a straight line. Avoid arching your lower back. Hold three to five seconds at the top, then slowly
    lower. Perform ten to fifteen repetitions for two to three sets.
  • Dead bug: Lie on your back with arms straight up and knees bent at 90 degrees. Tighten your stomach
    gently so your lower back stays flat against the floor. Slowly lower one arm overhead and extend the
    opposite leg toward the floor. Only go as far as you can without your back arching. Return to start and
    switch sides. Perform eight to twelve slow, controlled repetitions per side.
    Further strategies to reduce the risk of low back pain include maintaining a healthy weight; improving
    workstation ergonomics; practicing good posture, especially when sitting and lifting; engaging in regular lowimpact aerobic exercise such as walking or swimming; following a balanced, minimally processed dietary
    pattern (such as a Mediterranean-style diet); avoiding tobacco use; and stretching before and after physical
    activity, especially the hamstrings which are often overly tight in low back pain cases. While these practices
    may not completely prevent low back pain, they can improve the changes for a speedier recovery as well
    reduce the risk of recurrence.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

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A Practical Tool for Assessing Health and Longevity

30 Mar

As we age, it is natural to become more concerned about our longevity, especially if we have
experienced health challenges or engaged in unhealthy behaviors earlier in life. One way to assess probabilistic
near-term (under five years) and long-term (10–25 years) mortality risk is to use an assessment known as the
Deficit Index, also called the Frailty Index. Essentially, the index evaluates health across many different
domains. Each item is scored as 0 (not present), 0.5 (a mild or partial problem), or 1 (a severe or fully present
problem). The individual deficit scores are added together and then divided by the total number of items
assessed (61 in this example) to produce a final index value between 0 and 1. Below are commonly included
deficit domains:

  • Chronic Medical Conditions: Hypertension, diabetes mellitus, coronary artery disease, stroke or TIA,
    osteoarthritis, osteoporosis, chronic lung disease, chronic kidney disease, cancer (current or past)
  • Activities of Daily Living (ADLs): Difficulty bathing, dressing, transferring, using the bathroom,
    feeding, shopping, managing medications, managing finances, preparing meals, using transportation
  • Mobility & Physical Performance: Difficulty walking one block, difficulty climbing stairs, slow
    walking speed, poor balance, use of cane/walker/wheelchair, fall/s within previous year
  • Symptoms & Somatic Complaints: Chronic pain, fatigue or low energy, shortness of breath, dizziness,
    poor appetite, sleep problems, urinary incontinence
  • Cognitive Function: Memory complaints, difficulty concentrating, diagnosed mild cognitive
    impairment, dementia, difficulty following instructions
  • Psychological & Emotional Health: Depressive symptoms, anxiety, low mood most days, anhedonia,
    high perceived stress, poor coping skills
  • Sensory Impairments: Poor vision (even with correction), poor hearing, difficulty communicating due
    to sensory loss
  • Nutrition & Body Composition: Unintentional weight loss, low BMI, sarcopenia or muscle weakness,
    difficulty chewing or swallowing
  • Social & Environmental Factors: Living alone, social isolation, limited social support, financial strain,
    low physical activity, limited access to care
  • Laboratory & Physiological Abnormalities: Anemia, elevated inflammatory markers, abnormal
    glucose regulation, low vitamin D, reduced kidney function markers
    In population studies, scores below 0.10 are considered robust and associated with low mortality risk
    over the next 10–20+ years; scores of 0.10–0.15 are considered pre-frail and associated with low five-year
    mortality but increased 10–20 year risk; scores of 0.15–0.25 indicate moderate frailty and a substantially
    elevated 5–10 year mortality risk, with many studies showing a roughly 50–70% chance of death within the
    next decade; scores of 0.25–0.40 indicate severe frailty and high near-term mortality, with up to a 50% chance
    of death within ~3 years and very high five-year mortality; and scores of 0.40 or higher indicate extreme frailty
    and are associated with very high 1–3 year mortality and markedly shortened survival.
    Importantly, this assessment and others like it are not intended to predict exactly how many years any
    one individual has left. Rather, they help visualize how multiple health factors combine to reflect overall
    biological aging and vulnerability. The goal is not fatalism, but insight, so that efforts to improve strength,
    nutrition, mobility, mental health, sleep, and social connection can reduce frailty, improve quality of life, and
    potentially extend both lifespan and health span.

Brent Binder M.S., D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055

(717) 697-1888

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