What Is a Cervicogenic Headache? A cervicogenic headache is a type of headache that originates from dysfunction in the neck, especially the upper cervical spine (C1–C3). Unlike migraines or tension headaches, the pain in cervicogenic headaches is referred from the neck to the head. Common symptoms include:
Dull, one-sided pain starting at the base of the skull
Pain that may spread to the temple, forehead, or eye
Neck stiffness or reduced range of motion
Headache triggered or worsened by neck movement or sustained posture
They’re often caused by:
Poor posture (especially tech neck or prolonged desk work)
Cervical joint or disc degeneration
Whiplash or other neck trauma
Chronic muscle tension in the neck and shoulders
Natural Ways to Relieve Cervicogenic Headaches
Chiropractic Care Chiropractors can address the root cause by restoring mobility and alignment to the cervical spine. Treatment may include:
Cervical spinal adjustments
Soft tissue therapy (trigger point work, myofascial release)
Posture correction and ergonomic guidance
Prescribed neck stretches and strengthening exercises
Research has shown spinal manipulation may significantly reduce frequency, duration, and intensity of cervicogenic headaches.
Acupuncture This ancient Chinese therapy uses fine needles to stimulate specific points on the body, helping:
Reduce inflammation and muscle tension
Improve blood flow and nerve function
Relieve pain through the release of natural endorphins
Acupuncture has been shown to help both cervicogenic and tension-type headaches, especially when combined with physical therapy or chiropractic care.
Final Thought Cervicogenic headaches are common—but treatable. By combining chiropractic care, acupuncture, and lifestyle changes, many people find long-term relief without relying on painkillers. Your body holds the answer—sometimes, it just needs the right alignment and support to heal naturally.
High-Velocity, Low-Amplitude (HVLA) manipulation is a well-researched and widely used chiropractic technique that has stood the test of time. This rapid, controlled thrust moves a joint just beyond its normal physiological range—without exceeding anatomical integrity—delivering a range of therapeutic benefits.
But what exactly makes this technique so effective?
In this blog, we’ll explore five key benefits of HVLA spinal manipulation, backed by research, to help you better understand why this time-tested approach continues to be a cornerstone of chiropractic care. Whether you’re a clinician refining your technique or a patient curious about the effects of adjustments, this deep dive will shed light on the powerful impact of spinal manipulation.
1. Biomechanical Benefits: Restoring Joint Function
HVLA adjustments influence the spinal joints, muscles, and ligaments, leading to:
✅ Restored Joint Mobility – Spinal facet joints can become restricted due to poor posture, injury, or repetitive stress. HVLA helps restore mobility by stretching and repositioning these joints.
✅ Reduced Spinal Fixation – The rapid thrust breaks adhesions in the joint capsule and surrounding connective tissue, allowing for improved range of motion.
✅ Decreased Intra-Articular Pressure – HVLA manipulation improves synovial fluid motion, which lubricates the joints and enhances movement.
✅ The Cavitation Effect (“The Pop”) – The audible release during an adjustment occurs due to a sudden change in joint pressure, causing gas bubbles (CO₂, N₂, O₂) to be released from the synovial fluid.
For a deeper understanding of joint manipulation and the science behind the “pop,” check out this blog comparing historical and modern models of spinal adjustments.
HVLA spinal manipulation modulates the central and peripheral nervous system, helping to:
✅ Reduce Pain via the Gate Control Theory – The adjustment activates mechanoreceptors in the spinal joints and soft tissues, which inhibit pain signals sent from nociceptors to the brain.
✅ Relax Muscles Reflexively – Adjustments stimulate muscle spindle afferents and Golgi tendon organs, helping decrease muscle tightness and spasms.
✅ Modulate the Spinal Cord’s Pain Response – HVLA affects sensory processing in the dorsal horn of the spinal cord, reducing pain sensitivity.
✅ Improve Proprioception & Motor Control – By restoring normal joint motion, HVLA enhances proprioceptive feedback, improving movement coordination and balance.
Chronic pain is a complex issue, and proper assessment is key. If you’re interested in learning more, check out this blog featuring an expert discussion on pain management strategies.
3. Neurochemical & Inflammatory Benefits: A Natural Painkiller
Did you know spinal adjustments can stimulate the body’s natural pain-relieving chemicals? Here’s how:
✅ Endorphin & Enkephalin Release – HVLA stimulates the production of these natural opioids, leading to pain relief and relaxation.
✅ Reduction in Pro-Inflammatory Cytokines – Studies show that spinal manipulation reduces inflammation by lowering TNF-α, IL-6, and PGE2, key mediators in chronic pain conditions like low back pain.
✅ Activation of the Hypothalamic-Pituitary-Adrenal (HPA) Axis – HVLA triggers the release of cortisol, which helps regulate inflammation and stress responses.
This means chiropractic care not only addresses mechanical pain but also has systemic effects on inflammation and stress levels.
Chiropractic adjustments do more than relieve pain—they also support circulation and fluid movement in the body:
✅ Increased Blood Flow & Oxygenation – Spinal manipulation enhances microcirculation in spinal muscles and soft tissues, promoting healing and recovery.
✅ Enhanced Cerebrospinal Fluid (CSF) Circulation – Some research suggests that spinal adjustments improve CSF flow, which may benefit cervicogenic headaches and neurological health.
For patients suffering from tension headaches or poor circulation, spinal adjustments may offer a natural, effective treatment option.
5. Psychosocial Benefits: The Mind-Body Connection
Pain isn’t just physical—it also affects our mental and emotional well-being. HVLA adjustments help address this by:
✅ Enhancing the Placebo & Expectation Effect – A patient’s belief in the effectiveness of spinal manipulation can amplify pain relief through psychological and neurobiological pathways.
✅ Reducing Fear-Avoidance Behavior – When patients experience pain relief after an adjustment, they become more confident in movement, helping to prevent chronic pain syndromes.
The psychological side of chiropractic care is just as important as the physical benefits. If you want to learn how to better support your patients, check out this guide for actionable strategies.
When it comes to non-surgical and non-pharmacological treatments for musculoskeletal conditions, HVLA spinal manipulation is one of the most effective interventions available. By targeting biomechanical, neurological, neurochemical, and vascular pathways, this technique provides comprehensive relief for conditions such as:
✔️ Low back pain ✔️ Neck pain ✔️ Sciatica ✔️ Headaches & migraines ✔️ Joint stiffness & restricted movement
If you’re experiencing pain or movement limitations, a chiropractic adjustment could be the key to unlocking relief. Consult with a licensed chiropractor today to restore function, reduce pain, and enhance your overall well-being!
If you’re experiencing cervicalor lumbar spine pain, chiropractic care can be a highly effective and beneficial treatment. If you haven’t yet explored chiropractic care for pain relief, now is the perfect time to schedule an appointment. Call us today or book online to see Dr. Sikorsky and take the first step toward improved mobility and lasting relief!
References
1. Alanazi, M. S., Degenhardt, B., Kelley-Franklin, G., Cox, J. M., Lipke, L., & Reed, W. R. (2025). Neuromuscular Response to High-Velocity, Low-Amplitude Spinal Manipulation—An Overview. Medicina, 61(2), 187.
2. César Fernández-de-las-Peñas, Cristina Alonso-Blanco, Joshua A. Cleland, Cleofás Rodríguez-Blanco, Francisco Alburquerque-Sendín, Changes in Pressure Pain Thresholds Over C5-C6 Zygapophyseal Joint After a Cervicothoracic Junction Manipulation in Healthy Subjects, Journal of Manipulative and Physiological Therapeutics, Volume 31, Issue 5, 2008, Pages 332-337
3. Chinonso Vincent Nweke (2023). Joint Mobilization and Its Resultant Effects. Cross Current Int J Med Biosci, 5(3), 72-77.
Carbs, fats, and protein are the macronutrients. Macronutrients are the most abundant nutrients in our diets and provide the energy our bodies need to function. Each macronutrient plays a unique and crucial role in maintaining overall health and supporting bodily functions.
Protein
Proteins are the building blocks of the body. They are crucial for repairing tissues, building muscle, and producing enzymes and hormones. Protein is essential for growth and development, immune function, and overall health. It can be found in foods like meat, poultry, fish, eggs, dairy products, legumes, and nuts.
Today’s Focus: Protein
Today’s blog is about protein. They play a vital role in nearly every process in the body, including metabolism, immune response, and the repair and growth of tissues
Protein is a vital nutrient made up of building blocks called amino acids. There are two types of amino acids essential and nonessential. Essential are amino acids that only can come from animal diet and the body can not make these. Nonessential are amino acids that the body can make. So when you eat a meat of meat it is broken down into amino acids by digestion and absorbed. Then the body takes those amino acids and used them to make muscle, forming our organs (such as the heart and lungs), and maintaining healthy hair and nails. Given its importance, making protein a central part of our diet is essential.
The Role of Protein in the Body • Muscle Building: Protein is necessary for muscle growth and repair, especially for athletes and individuals engaged in regular physical activity. • Organ Function: Proteins are fundamental components of our organs, contributing to their structure and function. • Hair and Nails: Keratin, a type of protein, is the primary structural component of hair and nails.
Protein Requirements for Athletes Athletes and active individuals have higher protein requirements to support muscle recovery and growth. It is generally recommended that they consume at least 1 gram of protein per pound of body weight daily. This helps ensure they have enough amino acids to repair and build muscle tissue effectively.
Best Sources of Protein • Animal Sources: Animal-based proteins are considered the best sources due to their high bioavailability and complete amino acid profiles. These include: ◦ Pork ◦ Chicken (bird) ◦ Fish ◦ Beef • Eggs: Eggs are an excellent source of protein, providing all essential amino acids in a highly absorbable form.
Plant-Based Protein Sources While plant-based proteins can contribute to your protein intake, they are generally not absorbed as well as animal proteins and may lack one or more essential amino acids.
Here’s a list of the protein content for fish, chicken, steak, and eggs per ounce: 1 Fish (varies slightly by type) ◦ Average: 6-7 grams of protein per ounce 2 Chicken (boneless, skinless breast) ◦ Average: 8 grams of protein per ounce 3 Steak (beef, varies slightly by cut) ◦ Average: 7 grams of protein per ounce 4 Eggs (whole) ◦ Average: 6 grams of protein per large egg (approximately 1 ounce)
Part 2 A Day of Eating on a Protein-Based Diet Breakfast • Option 1: 4 egg whites (with 1 or 2 yolks) and an avocado • Option 2: Oatmeal with 30 grams of whey protein mixed in Lunch • 8-10 oz of meat of your choice (such as chicken, beef, fish, or pork) served on a salad ◦ Include a variety of vegetables for added nutrients and fiber. Snack • Protein shake with spinach and fruit ◦ Blend whey powder with a handful of spinach and your favorite fruits (e.g., berries, banana) for a nutrient-dense snack. Dinner • Your choice of protein source (such as chicken, beef, fish, or pork) ◦ Serve with a variety of vegetables (e.g., broccoli, carrots, bell peppers) and a serving of rice. Post-Practice • Protein shake with 20-30 grams of protein ◦ This can be a quick and convenient way to support muscle recovery after a workout or practice. Nutritional Breakdown and Tips Breakfast • Egg whites: About 3.5 grams of protein per egg white. • Egg yolks: About 2.7 grams of protein per yolk. • Oatmeal with whey protein: Adds both carbohydrates for energy and protein for muscle repair. Lunch • 8-10 oz of meat: ◦ Chicken: 56-80 grams of protein. ◦ Beef: 56-70 grams of protein. ◦ Fish: 48-70 grams of protein. ◦ Pork: 56-70 grams of protein. • Salad: Adds essential vitamins, minerals, and fiber. Snack • Protein shake with spinach and fruit: ◦ Protein powder (whey collage) : 20-30 grams of protein. ◦ Spinach: Adds vitamins and minerals. ◦ Fruit: Provides natural sugars and additional nutrients. Dinner • Protein source: ◦ Chicken, beef, fish, or pork: Similar protein content as lunch. • Vegetables: Essential for a balanced diet. • Rice: Provides carbohydrates for energy. Post-Practice • Protein shake: 20-30 grams of protein to aid in muscle recovery.
Walking: A Simple and Effective Way to Relieve Lower Back Pain
You might have heard that sitting is the new smoking. Well, walking is the antidote to sitting, and it’s great for your back.
Walking provides numerous health benefits beyond alleviating back pain, including improved cardiovascular health, enhanced bone density, maintaining a healthy weight, and better mental health. Plus, it’s free—a bonus for everyone.
Recent research from Australia has shown that people who walked three to five times weekly stayed pain-free almost twice as long. In the world’s first randomized controlled trial assessing the effectiveness of walking to prevent low back pain recurrence, scientists followed 701 adults over three years who had recently experienced an episode of low back pain. The study revealed that individuals who walked 3-5 times a week for an average of 130 minutes remained pain-free for nearly twice as long compared to those who did not receive any treatment.
The benefits of walking for lower back pain are significant:
Pain Reduction: Regular walking can almost halve the risk of recurrence of back pain.
Cardiovascular Health: Walking improves heart health and reduces the risk of cardiovascular diseases.
Bone Density: Regular walking helps maintain and improve bone density, reducing the risk of osteoporosis.
Weight Management: Walking aids in maintaining a healthy weight, reducing the strain on your back.
Mental Health: Walking can improve mood, reduce anxiety, and boost overall mental health.
To start, begin with short walks and gradually increase the distance and intensity as your fitness improves. It doesn’t matter how far you walk initially—something is better than nothing. Aim to build up to 30 minutes of walking, five times a week.
In the past, bed rest was recommended for lower back pain, but it was found to exacerbate the condition. Movement is medicine. Patients with back pain often instinctively avoid activity, but studies have shown that walking and other forms of movement can improve outcomes significantly.
Exercise is a path to reducing pain in the long term. So, if you experience a flare-up, continue to stay active to the extent that you can. Walking, in particular, can be a gentle and effective way to keep your back healthy and pain-free.
Great news resistance training/weightlifting can help you live longer. Resistance training is associated with reduced risk of all-cause, cardiovascular disease, and cancer-specific mortality (1)
Resistance training reduced the risk of all-cause mortality by 15%. Cardiovascular disease mortality by 19%. Cancer mortality by 14%. Its hard to believe something so easy to do can do so much for your health.
Did you know 30-40% of people over the age of 65 who break their hip will be dead within a year. (2) Holy cow that scary.
Not enough can be said about the importance of grip strength as you age. It’s one of the strongest physical associations with longer life.
As we age, we naturally lose muscle mass. The fancy term for this is sarcopenia. Sarcopenia is a common condition in older adults that contributes to functional decline, disability, frailty, and falls.
With weightlifting/resistance training, even if you did fall, you’re going to have more muscle mass and you’re probably going to have more bone density‒ these are going to help.
It does not matter if your lifting free weight or using machines. All that matters is that you are doing something. Basement gym or health club who cares. Are you lifting weights that all that matters.
While it’s evident that the primary role of muscles is movement, their significance extends far beyond that. Our muscles play a pivotal role in metabolism, the intricate process through which our bodies convert the food and beverages we consume into energy. During this process, calories are combined with oxygen to produce the energy essential for bodily functions.
Muscle holds a substantial role in glucose (sugar) metabolism, with a staggering 75-80% of our glucose storage capacity residing within skeletal muscle. This aspect is crucial as muscles require ample glucose to function optimally. Moreover, muscles serve as a primary site for insulin activity, facilitating the regulation of blood sugar levels. Additionally, muscles contribute significantly to lipid (fat) utilization, aiding in the management of fat stores in the body.
Maintaining healthy blood glucose levels is imperative as high levels can lead to detrimental effects on various bodily tissues, from the eyes to the extremities. Therefore, preserving muscle mass as we age is paramount for promoting a prolonged health span—the period of life characterized by overall good health. It’s worth noting that beyond the age of 65, most individuals face health issues related to immobility, such as falls, fractures, and subsequent hospitalizations.
Engaging in physical activity, particularly a combination of cardiovascular exercise and strength training, is essential for preserving muscle mass and overall health. I categorize exercise into two main buckets: cardiovascular activities and strength training/muscle-building exercises. Both are indispensable for maintaining optimal health.
The aging process inevitably leads to the loss of muscle mass and strength. Studies indicate a significant decline in muscle strength from individuals aged under 40 to those over 40, ranging from 16.6% to 40.9%. Hence, it’s imperative to incorporate regular workouts and weightlifting into our routines to preserve muscle mass as we age.
In summary, cardiovascular exercise and strength training are integral components of a comprehensive fitness regimen. Together, they offer a myriad of benefits that contribute to overall health and well-being, ensuring vitality and longevity as we journey through life.
Cardiovascular Exercise:
Heart Health: Cardiovascular exercises such as running, swimming, cycling, and brisk walking strengthen the heart muscle, improve circulation, and increase the efficiency of the cardiovascular system. Regular cardio workouts can lower blood pressure, reduce LDL cholesterol levels, and decrease the risk of developing heart disease, stroke, and other cardiovascular conditions.
Weight Management: Cardio exercises burn calories and help create a calorie deficit, making them effective for weight loss and weight management. Engaging in activities that elevate the heart rate and increase energy expenditure can aid in shedding excess body fat and maintaining a healthy weight.
Endurance and Stamina: Cardiovascular exercise improves endurance and stamina by enhancing the body’s ability to deliver oxygen and nutrients to working muscles and efficiently remove waste products like carbon dioxide. Increased endurance allows individuals to perform daily activities with less fatigue and participate in physical activities for longer durations without feeling tired.
Mood and Mental Health: Cardio workouts stimulate the release of endorphins, neurotransmitters that promote feelings of happiness, relaxation, and overall well-being. Regular aerobic exercise has been shown to reduce symptoms of stress, anxiety, and depression, improve cognitive function, and enhance sleep quality, leading to better mental health and emotional resilience
Strength Training:
Muscle Strength and Function: Strength training exercises, such as weightlifting, resistance band workouts, and bodyweight exercises, target specific muscle groups to increase strength, power, and muscular endurance. Building muscle mass helps support joint stability, improve posture, and enhance overall functional capacity for performing daily tasks and activities.
Bone Health: Resistance training places stress on bones, which stimulates the production of new bone tissue and increases bone density. This is especially important for reducing the risk of osteoporosis and preventing fractures, particularly as individuals age.
Metabolic Health: Strength training boosts metabolism by increasing lean muscle mass, which helps burn more calories at rest and improves insulin sensitivity. This can aid in weight management, reduce the risk of type 2 diabetes, and support long-term metabolic health.
Injury Prevention: Strengthening muscles, tendons, and ligaments through resistance training can help prevent injuries by improving joint stability, mobility, and proprioception. Stronger muscles provide better support and protection for the joints, reducing the risk of strains, sprains, and other musculoskeletal injuries.
In summary, incorporating both cardiovascular exercise and strength training into your fitness routine offers numerous health benefits, including improved cardiovascular function, weight management, enhanced muscular strength and endurance, better mental health, and reduced risk of chronic diseases. Combining these two types of exercise allows for a comprehensive approach to fitness that promotes overall health, longevity, and quality of life.
Are you living alone? If you were to fall, would you be able to get back up? The following videos will demonstrate techniques to help you regain your footing if you fall and find yourself without assistance.
Getting up off the floor can be done using a practical approach.
If you lived through the ’80s and ’90s, you might recall those medical alert commercials featuring an elderly woman who calls for assistance because she’s unable to get up after a fall.
The challenge of performing floor-to-stand transitions becomes especially concerning with age, particularly after a fall, where nearly 50% of individuals aged over 70 find themselves unable to stand up independently. What’s notable is that a significant portion of those who fall don’t sustain injuries; rather, they struggle with the task of getting back up on their own.
For individuals residing alone, such circumstances can lead to dire outcomes. Staying on the floor for an extended period can lead to dehydration, pressure ulcers, delirium, rhabdomyolysis, and ultimately, renal failure. In a study involving 125 individuals aged over 65 who experienced falls in their residences, it was found that half of those who remained unable to get up for more than an hour (referred to as “long lies”) had passed away within six months.
Considering the severe outcomes linked with prolonged periods of being immobile on the floor, healthcare providers ought to assess floor-to-stand transition times for individuals aged 50 and above. It is recommended that individuals in their 50s should ideally be capable of standing up from the floor in under three seconds, while those in their 60s should aim for less than four seconds. Individuals in their 70s and 80s should aim for transition times of five and six seconds, respectively.
If you have any questions, please call our office or visit our website at drstevesikorsky.com
Ulbrich J, Rheja A, Alexander N. Body positions used by healthy and frail older adults to rise from the floor. J Amer Geriatrics Soc, 2000;48:1626-1632.
Tinetti M, Liu W, Claus E. Predictors and prognosis of inability to get up after falls among elderly persons. JAMA, 1993;269:65-70.
King M, Tinetti M. Falls in community-dwelling older persons. J Amer Geriatrics Soc, 1995;43:1146-54.
Bohannon R, Lusardi M. Getting up from the floor. Determinants and techniques among healthy older adults. Physiother Theory & Practice, 2004 Jan 1;20(4):233-41.
Wild D, Nayak U, Isaacs B. How dangerous are falls in old people at home? Br Med J, 1981;282:266-268.
Montero-Odasso M, et al. World guidelines for falls prevention and management for older adults: a global initiative. Age & Ageing, 2022 Sep 2;51(9):afac205.
Burton E, Hill K, Davey P, et al. The biommechanics of healthy older adults rising from the floor independently. Int J Environ Res Public Health, 2023;16;20:3507.
Reece A, Simpson J. Preparing older people to cope after a fall. Physiother, 1996 April 1;82:227-35.
