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Dr. Sonu Singh

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Jaipur
Dr. Sonu Singh

I am a Physical Medicine and Rehabilitation (PM&R) specialist based in Jaipur, India.

I earned my MBBS from Jawaharlal Nehru Medical College, Ajmer, and completed my MD in PM&R at SMS Medical College, Jaipur.

01/08/2026

Yes. The relationship can be presented as a biomechanical association, while avoiding the claim that loss of cervical lordosis alone causes cervical spondylosis.

Proposed biomechanical pathway:

Loss of cervical lordosis / altered cervical alignment
↓
Altered distribution of cervical loads
↓
Increased demand on cervical paraspinal and postural muscles
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Paraspinal muscle tightness and sustained muscle activity
↓
Altered segmental mechanics + increased mechanical stress
↓
Progressive degenerative changes
↓
Cervical spondylosis

Loss of cervical lordosis and persistent cervical paraspinal muscle tightness may be associated with altered cervical biomechanics and increased mechanical loading of spinal structures. Over time, these biomechanical alterations may contribute to or coexist with degenerative changes characteristic of cervical spondylosis.

Management, started early and appropriately, can give relief and prevent many secondary illnesses.

Dr. (Lt Col) Sonu Singh

28/07/2026

Myofascial pain management and strength improvement with growth hormone help patients with EDS

Yes—current EDS guidance supports myofascial pain management plus progressive, individualised strengthening as important components of care. Muscle weakness and impaired physical function are recognised in hEDS/HSD, and strengthening can improve joint stability and function.

However, growth hormone (GH) should not currently be considered an established treatment for EDS-related myofascial pain or weakness, and it is not included in standard EDS management recommendations.

A scientifically safer concept for your EDS presentation would be:

EDS / Joint instability
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Compensatory muscle overactivity
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Muscle fatigue + myofascial trigger points
↓
Pain and reduced function
↓
Targeted myofascial pain management
+
Progressive low-load strengthening & motor-control training
↓
Improved muscle strength and joint stability
↓
Reduced pain and improved function

“Growth hormone-related anabolic pathways may theoretically influence muscle mass, recovery, and connective-tissue biology in EDS; however, their therapeutic role in EDS-associated myofascial pain and muscle weakness remains investigational and requires clinical evidence.”

21/07/2026

Myofascial Pain and Neuropsychiatric Symptoms

Chronic myofascial pain syndrome (MPS) is associated with more than localised muscle pain. Persistent nociceptive input from myofascial trigger points may lead to central sensitisation, sympathetic overactivity, and sleep disturbances, contributing to neuropsychiatric symptoms.

Common manifestations:

Anxiety
Depression
Sleep disturbance
Fatigue
Brain fog (poor concentration and memory)
Irritability
Stress intolerance
Headache/Migraine
Autonomic symptoms (palpitations, dizziness)

Pathophysiology:

Myofascial Trigger Points
↓
Persistent Pain
↓
Central Sensitisation + Sympathetic Overactivity
↓
Sleep Disturbance & Neurochemical Changes
↓
Neuropsychiatric Symptoms

Chronic myofascial pain can affect both the musculoskeletal and nervous systems. Early biomechanical correction, trigger point management, rehabilitation, and psychosocial support can reduce pain, improve function, and enhance quality of life.

Dr. (Lt Col) Sonu Singh

17/07/2026

Why a Healthy Posture Is Important for Pain- and Disease-Free Living

Healthy posture is the foundation of efficient body mechanics and long-term musculoskeletal health. Proper alignment of the spine and joints allows muscles, ligaments, and connective tissues to work with minimal strain, reducing fatigue and preventing overuse injuries. In contrast, poor posture places continuous stress on muscles, leading to tightness, trigger points, chronic myofascial pain, headaches, neck and back pain, and early joint degeneration.

Maintaining good posture also supports normal breathing, improves circulation, enhances balance and mobility, and reduces unnecessary energy expenditure during daily activities. By minimising chronic muscle tension and mechanical stress, healthy posture promotes better movement patterns, improves quality of life, and helps prevent disability.

Healthy posture is not just about standing straight—it is a key component of pain-free, active, and healthy living.

16/07/2026

Low-grade high sympathetic activity (chronic sympathetic overactivity) is a persistent increase in "fight-or-flight" nervous system activity, even without immediate stress. It may result from chronic pain, myofascial trigger points, psychological stress, poor posture, inadequate sleep, sedentary lifestyle, obesity, smoking, diabetes, chronic inflammation, and autonomic dysfunction.

Persistent sympathetic activation contributes to hypertension, insulin resistance, obesity, cardiovascular disease, poor sleep, fatigue, anxiety, gastrointestinal disturbances, and chronic pain, making it an important contributor to many lifestyle diseases.

Early recognition and management through pain control, posture correction, regular exercise, stress reduction, adequate sleep, healthy nutrition, and treatment of underlying medical conditions can help restore autonomic balance and reduce the risk of chronic disease.

Most lifestyle diseases are the result of "Chronic Stress", and a major reason for this "Chronic Stress" is continuously firing myofascial triggers. It's very important to identify and treat them early.

Dr. ( Lt Col) Sonu Singh

15/07/2026

Sustained Low-Grade Sympathetic Overactivity Due to Generalised Muscle Soreness

Persistent generalised muscle soreness and chronic myofascial pain can provide continuous pain signals to the nervous system, contributing to sustained low-grade sympathetic overactivity. This prolonged "stress response" may lead to increased muscle tension, poor sleep, fatigue, reduced physical activity, and impaired recovery.

Over time, these changes may contribute to autonomic imbalance and, together with other established risk factors such as obesity, unhealthy diet, smoking, and inactivity, increase the risk of lifestyle-related diseases including hypertension, type 2 diabetes, metabolic syndrome, cardiovascular disease, anxiety, and depression.

Early recognition, pain management, biomechanical correction, regular exercise, stress reduction, and healthy lifestyle modification are important components of comprehensive rehabilitation and long-term health.

Chronic generalised muscle soreness may contribute to sustained low-grade sympathetic activation in some individuals. While this autonomic dysregulation may be one factor influencing health, lifestyle diseases are multifactorial, and effective management should address pain, physical activity, sleep, psychological factors, and overall lifestyle together.

Dr. (Lt Col) Sonu Singh

14/07/2026

Human posture is a dynamic process that depends on the coordinated function of multiple body systems. The central nervous system integrates information from the visual, vestibular, and proprioceptive systems to maintain balance and upright alignment.

Normal posture also requires adequate muscle strength, endurance, flexibility, and appropriate muscle tone, particularly in the core, spinal, hip, and lower-limb muscles. Proper skeletal alignment and healthy connective tissues help distribute mechanical loads efficiently across joints.

The feet serve as the foundation of posture. Flat feet, altered foot mechanics, or inappropriate footwear can disrupt lower-limb alignment and affect the knees, hips, pelvis, and spine.

Psychological factors such as stress, anxiety, chronic pain, and fatigue may alter muscle activation patterns and contribute to postural dysfunction. Additionally, prolonged sitting, poor ergonomics, obesity, and sedentary lifestyles further compromise posture.

From a PM&R perspective, posture reflects the integrated function of the entire kinetic chain. Comprehensive assessment and correction of these determinants are essential for preventing musculoskeletal pain, improving movement efficiency, and reducing the risk of long-term disability.

Good posture is not simply standing straight—it is the ability to maintain optimal body alignment with minimal energy expenditure while adapting efficiently to movement and environmental demands.

Dr. (Lt Col) Sonu Singh

11/07/2026

Chronic Myofascial Pain and Gastritis

Chronic myofascial pain (MPS) may indirectly contribute to gastritis through persistent stress, poor sleep, and prolonged use of pain medications such as NSAIDs. Chronic pain can increase sympathetic nervous system activity, which may aggravate gastric symptoms and impair normal stomach function.

At the same time, gastritis can worsen fatigue, sleep disturbance, and pain perception, making recovery from myofascial pain more difficult.

Management:
A comprehensive approach should include:
1. Accurate diagnosis and treatment of gastritis
2. Limiting unnecessary NSAID use and considering safer pain-management strategies where appropriate
3. Effective treatment of myofascial pain through posture correction, stretching, strengthening, ergonomic modification, and, when indicated, interventional pain management such as trigger point injections
4. Stress management, regular sleep, adequate hydration, and balanced nutrition

Dr. (Lt Col) Sonu Singh

10/07/2026

Knee Osteoarthritis: Primarily a Biomechanical Disorder

Knee osteoarthritis (OA) is increasingly recognized as a disease in which abnormal biomechanics play a central role in symptom development and disease progression. Altered lower-limb alignment, muscle imbalance, joint instability, and abnormal gait increase mechanical stress on the articular cartilage, menisci, subchondral bone, and surrounding soft tissues.

Biomechanical abnormalities such as varus or valgus malalignment, tight adductors, popliteus dysfunction, weak hip abductors, flat feet (pes planovalgus), calf muscle tightness, poor posture, obesity, and abnormal gait mechanics may increase knee joint loading, particularly in the medial compartment. Repetitive excessive loading accelerates cartilage wear, increases subchondral bone remodeling, and contributes to pain and progressive functional limitation.

Pain further alters gait and muscle activation, creating a vicious cycle of abnormal biomechanics, increased joint loading, muscle weakness, and worsening osteoarthritis.

Therefore, successful management of knee OA should not focus solely on pain relief. It should also aim to identify and correct the underlying biomechanical abnormalities through:

Posture and gait correction
Stretching of tight muscles
Strengthening of weak hip, core, and lower-limb muscles
Footwear modification and orthoses when indicated
Weight management
Neuromuscular and proprioceptive training
Interventional pain management and intra-articular therapies when clinically indicated

Addressing biomechanical dysfunction early may reduce abnormal joint loading, improve function, slow symptom progression, and enhance long-term quality of life.

Knee osteoarthritis is not merely a cartilage disease—it is a whole-limb biomechanical disorder in which restoring normal movement and load distribution is a fundamental component of comprehensive management.

Dr. (Lt Col) Sonu Singh

07/07/2026

Excessive and Long-Standing Forward Head Posture: A Trigger for Myofascial Pain and Lifestyle Diseases

Excessive and prolonged forward head posture (FHP) is one of the most common postural abnormalities in the digital era. Continuous forward positioning of the head places excessive stress on the cervical spine and overworks the neck, shoulder, and upper back muscles, leading to myofascial trigger points, chronic muscle tightness, and persistent pain.

Over time, chronic myofascial pain may disturb normal posture, impair movement, and contribute to sustained activation of the sympathetic nervous system. This prolonged stress response can adversely affect sleep, mood, blood pressure regulation, metabolism, and overall well-being, potentially increasing the risk of several lifestyle-related disorders.

Early recognition and management through posture correction, ergonomic modification, stretching, strengthening exercises, biomechanical correction, interventional pain management (when indicated), and regular physical activity can help break this cycle, reduce pain, and promote long-term musculoskeletal and general health.

Address

66, Kaiser Vihar, Ramnagariya Road, Jagatpura
Jaipur
302017

Opening Hours

Monday	4pm - 8pm
Tuesday	4pm - 8pm
Wednesday	4pm - 8pm
Thursday	4pm - 8pm
Friday	4pm - 8pm
Saturday	4pm - 8pm
Sunday	11am - 2pm

Website

https://drsonusingh.com/

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