EMERGENCY:Rapidly progressive limb weakness, breathing difficulty, suspected myasthenic crisis, or new respiratory failure —call040-46324365immediately — 24 hours, 7 days— 24/7
Neuromuscular disorders affect the nerves, the muscles, and the connection between them. Expert diagnosis and treatment of Myasthenia Gravis, Muscular Dystrophy, SMA, inflammatory myopathies, and more — 19 conditions across five clinical groups at KIMS Neuroscience, Secunderabad, Hyderabad. Call 040-44885000.
19 Conditions · 5 Clinical Groups
NCS, EMG & Genetics
040-46324365
Neuromuscular disorders are conditions that disrupt the motor unit — the peripheral nerve (and motor neuron in the spinal cord), the neuromuscular junction where nerve meets muscle, or the muscle fibre itself — together with the ion channelopathies that cause episodic muscle dysfunction and the traumatic and entrapment neuropathies managed by the same electrodiagnostic team. The pattern of weakness — distal vs proximal, fatigable vs steady, with or without sensory involvement — narrows the diagnosis quickly. Many of these conditions are treatable: nusinersen and risdiplam for SMA, IVIG and plasmapheresis for myasthenic crisis and inflammatory myopathy, steroids in Duchenne muscular dystrophy, and membrane-stabilising drugs for myotonia. KIMS Neuroscience Hyderabad treats the full neuromuscular medicine spectrum across five clinical groups: Peripheral Nerve Disorders (GBS · CIDP · Hereditary Neuropathies) · Muscle Disorders (Muscular Dystrophies · SMA · Myotonic Dystrophy · Mitochondrial Myopathy · Inflammatory Myositis) · Neuromuscular Junction Disorders (Myasthenia Gravis · Lambert-Eaton Syndrome · Congenital Myasthenic Syndrome) · Channelopathies (Myotonia Congenita · Periodic Paralyses) · Traumatic & Entrapment Neuropathies (Brachial Plexus · Carpal Tunnel · Ulnar Nerve · Peroneal Palsy · Meralgia Paresthetica).
| Fact | Details |
|---|---|
| Conditions covered | Group A — Peripheral Nerve: GBS · CIDP · Hereditary Neuropathies · Group B — Muscle: Myotonic Dystrophy · Muscular Dystrophies · SMA · Mitochondrial Myopathy · Inflammatory Myositis (PM/DM/IBM) · Group C — NMJ: MG · LEMS · CMS · Group D — Channelopathies: Myotonia Congenita · HypoKPP · HyperKPP · Group E — Entrapment: Brachial Plexus · CTS · Ulnar · Peroneal · Meralgia Paresthetica |
| Lambert-Eaton Myasthenic Syndrome | Anti-VGCC antibody positive in >85% · Approximately 50–60% paraneoplastic, most commonly small cell lung cancer · CT chest and malignancy screen mandatory for every patient · Post-exercise facilitation and incremental RNS response distinguish it from MG |
| Periodic paralyses | Hypokalemic (CACNA1S/SCN4A): hours-long attacks after carbohydrate load or rest after exercise · Thyrotoxic hypokalemic periodic paralysis is an important secondary form in India · Hyperkalemic (SCN4A): shorter attacks after fasting or cold, myotonia between attacks · Serum potassium during an attack and genetic testing confirm the type |
| Anatomical localisation | Nerve (distal weakness) · Neuromuscular junction (fatigable weakness) · Muscle (proximal weakness) — pattern recognition first; investigations confirm |
| MG-specific workup | AChR / MuSK antibodies · Repetitive nerve stimulation · CT chest for thymoma (10–15% of MG patients) · IVIG and plasmapheresis available 24/7 for crisis |
| SMA disease-modifying therapy | Nusinersen (intrathecal) and risdiplam (oral) — both approved in India · Earlier treatment = greater benefit · Carrier screening for affected families (Indian SMA carrier rate ~1:38) |
| Duchenne MD | X-linked, dystrophin gene · 50% recurrence risk per future son when mother is carrier · ~1/3 of cases are de novo (mother not a carrier) · Early steroid therapy slows progression · Gower's sign is the classic clinical clue |
| India context | Consanguinity increases AR neuromuscular disease · Vitamin D deficiency commonly mimics myopathy and is screened first · Inflammatory myopathy in older adults triggers paraneoplastic screening (gastric, nasopharyngeal, lung) |
| Contact | 040-44885000 (outpatient) · 040-46324365 (emergency, 24/7) · Neuro-ICU for crisis · No referral required |
A 42-year-old woman in Hyderabad has been told by three different doctors over two years that her weakness is due to anaemia, thyroid disease, and stress. None of her blood tests were clearly abnormal. None of her doctors asked her one specific question: does your weakness get worse as the day goes on, and does it improve after rest? None of them noticed that her left eyelid was very slightly drooping.
At KIMS Neuroscience, the answer to that question — yes, the weakness is worst in the evening, and yes, it improves after rest — changes everything. This is fatigable weakness. It is the hallmark of myasthenia gravis, a neuromuscular junction disorder that responds well to treatment but requires specific diagnosis before that treatment can begin.
Neuromuscular disorders are among the most diagnostically challenging in all of neurology. They affect different parts of a complex system: the peripheral nerves that carry signals from the spinal cord to the muscles, the neuromuscular junction where the nerve meets the muscle, and the muscle fibres themselves. A problem at any of these three levels produces weakness — but the cause, the investigations required, and the treatment differ completely depending on where exactly the problem lies.
In Hyderabad and across Telangana and Andhra Pradesh, the diagnostic gap for neuromuscular disorders is significant. Many patients spend months or years with an incorrect or incomplete diagnosis — attributed to vitamin deficiency, cervical spondylosis, generalised fatigue, or age. At KIMS Neuroscience, the structured neuromuscular assessment — clinical history, electrodiagnostic studies, specific antibody testing, and genetic analysis where indicated — identifies the correct diagnosis and opens the correct treatment pathway.
Sudden severe muscle weakness, difficulty breathing, inability to swallow, or rapidly drooping eyelids — these can be a myasthenic crisis or neuromuscular emergency. Call 040-46324365 immediately — 24 hours, 7 days.
• Sudden severe muscle weakness
• Difficulty breathing
• Inability to swallow
• Rapidly drooping eyelids
• Weakness worst in the evening
• Trouble rising from the floor
Neuromuscular medicine spans five anatomically and clinically distinct domains. Understanding which group a patient falls into is the first diagnostic step at KIMS — the pattern of weakness, the presence or absence of sensory symptoms, the fatigable or fixed nature of the deficit, and the episodic or progressive course all point toward one of these five groups.
Inflammatory: GBS (acute) and CIDP (chronic) — immune attack on peripheral nerve myelin. Hereditary: Charcot-Marie-Tooth, ATTR amyloidosis, HNPP — genetic neuropathies with slowly progressive distal weakness and sensory loss. Pattern: distal weakness (hands and feet before proximal limbs), with sensory symptoms. GBS additionally causes acute ascending weakness with areflexia.
Hereditary/structural: Muscular Dystrophies, Myotonic Dystrophy, SMA, Mitochondrial Myopathy. Inflammatory: Polymyositis, Dermatomyositis, Inclusion Body Myositis. Pattern: proximal weakness (hips, thighs, shoulders before hands and feet), no sensory symptoms, elevated CK in most.
MG, Lambert-Eaton, Congenital Myasthenic Syndrome. Pattern: fatigable weakness — worse with sustained use and exercise, better after rest. Ocular and bulbar muscles often affected early. No sensory symptoms. Variability within and across days is the defining clinical feature.
Myotonia Congenita, Hypokalemic Periodic Paralysis, Hyperkalemic Periodic Paralysis. Pattern: episodic — attacks of weakness or stiffness separated by normal function, often triggered by specific stimuli (exercise, cold, carbohydrate load, fasting). Weakness resolves completely between attacks in the periodic paralyses. Myotonia: stiffness that improves with warm-up.
Brachial plexus injury, Carpal Tunnel Syndrome, Ulnar Nerve Injury, Peroneal Palsy, Meralgia Paresthetica, and peripheral nerve injuries from trauma or compression. Pattern: weakness and/or sensory symptoms in the territory of a specific nerve, often after a precipitating event (trauma, repetitive posture, sustained pressure). Often amenable to surgical decompression or repair.
An acute inflammatory demyelinating polyneuropathy — immune attack on peripheral nerve myelin producing progressive ascending weakness from legs upward over days, with loss of deep tendon reflexes and sensory symptoms. Can reach the respiratory muscles, requiring ventilatory support in 20–30% of patients. IVIG (first-line) and plasmapheresis at KIMS, with access to neuro-ICU and ventilatory support. Most patients recover over weeks to months. EMG/NCS shows a characteristic demyelinating pattern.
View Details →A distinct chronic autoimmune polyneuropathy (NOT a chronic form of GBS) — progressive or relapsing weakness, sensory loss, and areflexia over months to years. Unlike GBS, CIDP is not post-infectious, does not self-limit, and requires long-term immunotherapy. Responds to corticosteroids (GBS does not). Treatment: maintenance IVIG, corticosteroids, or plasmapheresis; azathioprine or mycophenolate for long-term immunosuppression. Diagnosis confirmed by NCS showing specific demyelinating criteria.
View Details →Genetically determined peripheral neuropathies causing slowly progressive distal weakness, sensory loss, and foot deformity (high-arched feet, hammer toes). Charcot-Marie-Tooth disease (CMT) is the most common, with over 80 genetic subtypes. Hereditary ATTR amyloidosis causes a painful small-fibre neuropathy with autonomic involvement. HNPP causes recurrent pressure-related focal neuropathies. Diagnosis: NCS (CMT1 shows uniformly slow conduction; CMT2 shows an axonal pattern) plus genetic panel. No disease-modifying treatment for most CMT subtypes; tafamidis or patisiran for hereditary ATTR amyloidosis.
View Details →The most common muscular dystrophy in adults. A genetic condition causing progressive muscle weakness combined with myotonia — the inability of muscles to relax after contraction — plus multi-system involvement affecting the heart, eyes, endocrine system, and cognition.
View Details →A family of inherited conditions causing progressive muscle degeneration — including Duchenne (most severe, boys), Becker, Limb-Girdle, Facioscapulohumeral, and others. Genetic diagnosis determines the specific type, prognosis, and treatment options.
View Details →A genetic disorder causing progressive loss of motor neurons, ranging from life-threatening in infancy (Type 1) to mild adult onset (Type 4). Disease-modifying therapies nusinersen and risdiplam are available. Carrier rate in India is 1:38 — genetic counselling for affected families is essential.
View Details →A group of conditions caused by defects in the mitochondria — the cell's energy-producing organelles. Produces muscle weakness, exercise intolerance, and often involves the heart, brain, eyes, and ears. Requires specific mitochondrial genetics testing and muscle biopsy with special stains.
View Details →A group of autoimmune inflammatory myopathies producing proximal muscle weakness and elevated CK. Polymyositis (PM): proximal weakness with inflammatory infiltrates on biopsy; treated with corticosteroids and immunosuppressants. Dermatomyositis (DM): PM features plus characteristic skin involvement (heliotrope rash, Gottron's papules); associated with malignancy in adults — full cancer screen at KIMS at diagnosis; the anti-MDA5 subtype carries a risk of rapidly progressive interstitial lung disease. Inclusion Body Myositis (IBM): the most common inflammatory myopathy over 50; finger flexor and quadriceps weakness; very slow progression; poor response to steroids; anti-cN1A antibody in ~30% of cases. Myositis antibody panel, muscle MRI, and muscle biopsy at KIMS differentiate the subtypes and guide treatment.
View Details →The most common neuromuscular junction disorder — autoimmune antibodies (AChR, MuSK, or LRP4) attack acetylcholine receptors, disrupting nerve-to-muscle signal transmission. Produces fatigable weakness: worse with use, better with rest. Classically affects the eyes (ptosis, diplopia), face, throat (dysphagia, dysarthria), and proximal limbs. AChR antibodies are positive in approximately 85% of generalised MG (84.7% in the largest Indian series). Myasthenic crisis requires neuro-ICU admission, IVIG or plasmapheresis. Treatment: pyridostigmine, corticosteroids, azathioprine, mycophenolate, rituximab, eculizumab. CT chest is mandatory to exclude thymoma (10–15%); thymectomy improves long-term outcomes in appropriate patients.
View Details →A group of inherited disorders of neuromuscular junction function — not autoimmune but genetic. Present from birth or early childhood with fatigable weakness. India has produced the largest published single-centre CMS cohort. Treatable with specific medications depending on the genetic defect.
View Details →A rare autoimmune neuromuscular junction disorder in which antibodies against voltage-gated calcium channels (VGCC) reduce acetylcholine release. Produces proximal leg weakness, reduced reflexes that may temporarily improve after brief exercise (post-exercise facilitation — the reverse of MG), and autonomic features (dry mouth, constipation, erectile dysfunction). Approximately 50–60% of cases are paraneoplastic — most commonly small cell lung cancer — so every patient needs malignancy screening including CT chest. Anti-VGCC antibody is positive in >85%. Treatment: 3,4-diaminopyridine plus immunosuppression for autoimmune LEMS; tumour treatment for paraneoplastic LEMS.
View Details →A genetic channelopathy causing myotonia — muscle stiffness after initiation of movement that improves with repeated use (the warm-up phenomenon). Does not cause weakness but the stiffness can be severely disabling. Responds well to membrane-stabilising medications.
View Details →An episodic skeletal muscle channelopathy causing attacks of flaccid limb weakness — from mild weakness to complete paralysis — associated with a fall in serum potassium. Mutations in CACNA1S or SCN4A. Attacks typically last hours, triggered by carbohydrate-rich meals, alcohol, rest after exercise, or emotional stress. Thyrotoxic hypokalemic periodic paralysis is an important secondary form in India. Diagnosis: serum potassium during an attack, EMG during attack, genetic testing. Treatment: oral potassium during attacks; acetazolamide for prophylaxis; trigger avoidance; thyroid treatment for the thyrotoxic variant.
View Details →An episodic skeletal muscle channelopathy (SCN4A sodium channel mutation) causing brief attacks of weakness or paralysis with elevated or normal serum potassium. Attacks are shorter than in hypokalemic paralysis and triggered by fasting, cold exposure, or rest after exercise. Myotonia is frequently present between attacks and may be the initial complaint; paramyotonia congenita is a related condition with cold-induced worsening. Diagnosis: SCN4A genetic testing and EMG. Treatment: thiazide diuretics, high-carbohydrate intake during attacks, mexiletine for myotonia.
View Details →Injury to the network of nerves arising from the C5–T1 roots and supplying the arm, forearm, and hand. Causes: obstetric (Erb's and Klumpke's palsy), high-velocity trauma (motorcycle injuries are the most common cause in India), penetrating injury, radiation plexopathy, and Parsonage-Turner syndrome. Weakness and sensory loss depend on the level of injury. NCS/EMG is essential for localisation and prognosis. Management: pain management, physiotherapy, and nerve repair or grafting for selected cases.
View Details →The most common peripheral nerve entrapment neuropathy. Compression of the median nerve at the wrist produces tingling and numbness in the thumb, index, middle, and lateral half of the ring finger — often nocturnal — and, in advanced cases, thenar weakness and wasting. Risk factors: repetitive wrist use, pregnancy, hypothyroidism, diabetes, rheumatoid arthritis, obesity. Often diagnosed clinically; NCS for uncertain or atypical cases and severity grading. Treatment: nocturnal splinting, corticosteroid injection, and surgical decompression for moderate-severe or refractory cases.
View Details →Compression or injury of the ulnar nerve, most commonly at the elbow (cubital tunnel) but also at the wrist (Guyon's canal). Produces intrinsic hand weakness and wasting, sensory loss over the little finger and ulnar half of the ring finger, and clawing in advanced cases. Risk factors: prolonged elbow flexion and leaning on the elbow. Diagnosis: NCS showing focal slowing across the elbow. Treatment: elbow padding and avoiding sustained flexion; surgical transposition for refractory cases.
View Details →The most common lower limb mononeuropathy. Compression of the common peroneal nerve at the fibular head produces foot drop, weak eversion, and sensory loss over the outer lower leg and dorsum of the foot. Common causes: prolonged leg crossing or squatting (particularly with floor-based tasks in South India), prolonged bed rest, cast compression, and weight loss. Diagnosis: clinical plus NCS. Treatment: ankle-foot orthosis, physiotherapy, and removal of compression — most recover spontaneously.
View Details →Compression of the purely sensory lateral femoral cutaneous nerve at the inguinal ligament. Produces burning, tingling, or numbness over the outer thigh — often worse on standing or walking and with tight clothing, relieved by sitting — with no motor weakness. Risk factors: obesity, pregnancy, tight belts, prolonged standing, and significant weight change. Diagnosis is clinical, supported by NCS in uncertain cases. Treatment: weight loss, loose clothing, posture modification, injection for persistent cases, and surgical decompression when refractory.
View Details →Any traumatic injury to a peripheral nerve — laceration, crush, stretch, ischaemia, or iatrogenic injury during surgery — falls within the neuromuscular team's scope at KIMS. Injuries are classified by the Sunderland classification (neurapraxia, axonotmesis, neurotmesis). NCS/EMG localises the injury and indicates the likelihood of spontaneous recovery. Surgical options include nerve repair, grafting, and nerve transfer, coordinated through the KIMS neurosurgery team.
View Details →No neuromuscular diagnosis should be made from a single test or a blood result alone. At KIMS Neuroscience, the complete neuromuscular assessment integrates:
Electrodes placed on the skin measure the speed and strength of electrical signals along specific peripheral nerves. NCS identifies demyelination (slow conduction velocity) versus axon loss (reduced amplitude), locates the level of the problem, and quantifies severity. This is the essential first step in any neuromuscular workup.
A fine needle electrode placed into the muscle records its electrical activity at rest and during voluntary contraction. EMG shows whether the muscle is receiving normal, reduced, or abnormal nerve signals, identifies myopathic muscle disease, and detects spontaneous activity indicating active denervation. NCS and EMG together provide the electrodiagnostic signature of virtually every neuromuscular disorder.
A specialised test for neuromuscular junction disorders. In Myasthenia Gravis, repeated stimulation produces a characteristic decremental response — the muscle response gets progressively smaller with each stimulus. In Lambert-Eaton Myasthenic Syndrome, the pattern is the reverse — an incremental response at high-frequency stimulation.
AChR antibody — the specific marker for Myasthenia Gravis, positive in approximately 85% of generalised MG cases. MuSK antibody — positive in a proportion of AChR-negative MG patients. Anti-VGCC — the specific marker for Lambert-Eaton Myasthenic Syndrome. Inflammatory myopathy panel — anti-Jo-1, anti-Mi-2, anti-MDA5, and others — for Polymyositis, Dermatomyositis, and Inclusion Body Myositis.
When muscle disease is confirmed on EMG but the specific type is uncertain, a targeted muscle biopsy provides histological confirmation. At KIMS, muscle biopsy is performed as a minor surgical procedure with local anaesthetic, processed with histochemical and immunohistochemical stains, and interpreted by a neuropathologist with neuromuscular expertise.
For hereditary conditions — Muscular Dystrophies, SMA, Myotonic Dystrophy, Myotonia Congenita, Mitochondrial Myopathy — genetic confirmation is both diagnostically definitive and essential for family planning. Gene panel testing and whole exome sequencing are available through KIMS.
Every patient diagnosed with Myasthenia Gravis at KIMS undergoes CT of the chest to assess the thymus. A thymoma is present in approximately 10–15% of MG patients, and its surgical removal (thymectomy) is an important component of MG management.
Consanguineous marriage is significantly more common in South India, including Telangana and Andhra Pradesh. Consanguinity increases the probability of autosomal recessive disorders — which include Spinal Muscular Atrophy, many Muscular Dystrophies, Congenital Myasthenic Syndromes, Myotonia Congenita, and Mitochondrial disorders. Any child or young adult from a consanguineous family presenting with muscle weakness requires heightened suspicion for inherited neuromuscular disease at KIMS.
Most SMA diagnoses in India are made only when the patient is over 2 years of age, as early detection is often missed. This delay is directly consequential for outcomes, because disease-modifying therapies for SMA are significantly more effective when started before substantial motor neuron loss occurs. KIMS actively engages with the referring physician community across Telangana and Andhra Pradesh to reduce this gap.
In the largest Indian study of 281 acquired MG patients, 84.70% were seropositive for AChR antibodies. Indian MG patients tend to present younger on average than Western cohorts. Myasthenic crisis — life-threatening respiratory failure from MG — requires Neuro-ICU management, IVIG, or plasmapheresis, all available at KIMS 24 hours.
Polymyositis and Dermatomyositis are associated with malignancy in older patients. In India, paraneoplastic screening is important at diagnosis given the prevalence of gastric, nasopharyngeal, and lung cancers. At KIMS, every adult with newly diagnosed inflammatory myopathy undergoes a structured malignancy screen.
Vitamin D deficiency is extremely common in India — counterintuitively even in a sun-rich climate. Vitamin D deficiency can produce a proximal myopathy that mimics inflammatory muscle disease or limb-girdle muscular dystrophy clinically. At KIMS, serum Vitamin D and calcium are checked in every patient with proximal muscle weakness before more invasive investigations are pursued.
The most critical phase. Every patient undergoes a structured assessment: clinical history focused on the pattern of weakness, full neurological examination, electrodiagnostic studies (NCS/EMG), targeted antibody panel, and genetic or biopsy workup as indicated. Time from first appointment to confirmed diagnosis at KIMS is measured in days to weeks — not the months or years many patients experience before reaching a specialist centre.
Treatment depends entirely on the correct diagnosis. The full treatment range is available: acetylcholinesterase inhibitors and immunosuppression for MG, IVIG and plasmapheresis for crisis and inflammatory myopathies, thymectomy coordinated with cardiothoracic surgery, disease-modifying therapy for SMA (nusinersen, risdiplam), membrane-stabilising medications, and genetic counselling for all hereditary conditions.
Neuromuscular disorders are chronic conditions in most cases. The KIMS long-term programme includes regular neurological review, electrodiagnostic reassessment at key intervals, cardiac monitoring (Myotonic Dystrophy, some Muscular Dystrophies, Mitochondrial Myopathy), respiratory function monitoring, physiotherapy, speech therapy, and nutritional support.
Myasthenic crisis — life-threatening respiratory failure from MG — requires Neuro-ICU management with IVIG or plasmapheresis. KIMS has dedicated neuromuscular ICU protocols available 24 hours, 7 days. Emergency line: 040-46324365.
Our multidisciplinary neuromuscular team reviews every complex case. No referral required.
Full Electrodiagnostic Suite (NCS, EMG, RNS)
Comprehensive Antibody & Genetic Testing
Neuro-ICU for Myasthenic Crisis 24/7
Disease-Modifying Therapy Access for SMA
A post-doctoral fellowship-trained specialist programme for myasthenia gravis, GBS, CIDP, inflammatory myopathies and peripheral neuropathies — with full electrophysiology including MUNIX, IVIG and plasmapheresis.
Explore the Neuromuscular Programme →These terms describe where in the neuromuscular system the problem lies. A neuropathy is a disease of the peripheral nerves — the problem is in the electrical cable carrying the signal from the spinal cord to the muscle. A myopathy is a disease of the muscle itself — the cable is intact, but the machine it connects to is damaged. In practice, the distinction shows up in the pattern of weakness: neuropathies typically cause distal weakness (hands and feet first), while myopathies cause proximal weakness (hips, thighs, and shoulders first). Both NCS and EMG at KIMS are essential — neither can be reliably distinguished from clinical examination alone.
The movement you are describing is called Gower's sign — a classic indicator of proximal muscle weakness in children, particularly weakness of the hip extensors and quadriceps. In a child, Gower's sign raises immediate concern for a muscular dystrophy — most commonly Duchenne Muscular Dystrophy in boys, or a Limb-Girdle Muscular Dystrophy in either sex — or for Spinal Muscular Atrophy. Please bring your child to KIMS Neuroscience urgently — call 040-44885000. A serum CK blood test and referral for NCS/EMG should be the first steps, followed by genetic testing. In Duchenne Muscular Dystrophy, early steroid treatment significantly slows disease progression.
Drooping eyelids (ptosis) combined with swallowing difficulty (dysphagia) in the absence of other stroke signs is far more suggestive of a neuromuscular junction disorder — particularly Myasthenia Gravis — than a stroke. In Myasthenia Gravis, these symptoms characteristically fluctuate: worse in the evening, better after rest, possibly triggered by physical activity, heat, or infection. Please come to KIMS Neuroscience urgently — call 040-44885000. An AChR antibody test, repetitive nerve stimulation study, and CT chest will be performed. If your swallowing is severely affected or breathing is laboured — call 040-46324365 immediately, as this may represent a myasthenic crisis.
A myasthenic crisis is a life-threatening worsening of Myasthenia Gravis in which the respiratory muscles become too weak to sustain adequate breathing. Triggers include infection, missed medication, certain antibiotics (quinolones, aminoglycosides), and initial steroid worsening. Treatment at KIMS includes: respiratory monitoring and ventilatory support, immediate IVIG or plasmapheresis to rapidly reduce circulating antibodies, and identification of the triggering cause. Myasthenic crisis carries significant mortality if managed outside a specialist centre without Neuro-ICU capability. KIMS has dedicated neuromuscular ICU protocols for this emergency — call 040-46324365.
Duchenne Muscular Dystrophy is caused by mutations in the dystrophin gene on the X chromosome — an X-linked recessive condition. If your son has DMD, there is a 50% chance that each future son will be affected, and a 50% chance that each future daughter will be a carrier. Prenatal genetic testing and pre-implantation genetic diagnosis (PGD) are options discussed at a genetic counselling consultation at KIMS. Approximately one-third of DMD cases arise from new mutations — meaning the mother is not a carrier — so genetic testing of the mother is the first step in clarifying recurrence risk. Call 040-44885000 to arrange a genetics referral.
Yes — and the treatment landscape for SMA has changed fundamentally in the last five years. Nusinersen (Spinraza) and risdiplam (Evrysdi) are both disease-modifying therapies that slow or halt SMA progression by increasing survival motor neuron protein production. Both are approved in India. The critical issue is timing: most SMA diagnoses in India are made only when the patient is over 2 years of age — by which time significant motor neuron loss has already occurred. The earlier treatment begins, the greater the benefit. Access support for both medications is available through manufacturer programmes. KIMS can provide guidance on the access process — call 040-44885000 for an urgent SMA assessment.
Yes — direct neuromuscular appointments are accepted. Outpatient: 040-44885000 (Mon–Sat). If you have prior CK levels, NCS/EMG reports, antibody tests, MRI, muscle biopsy slides, or genetic test results, please bring them — they make the first assessment much more efficient. For acute respiratory distress or rapidly progressing weakness, call 040-46324365 immediately — the neuro-ICU activates on the call.
Muscle weakness that comes on with activity and improves with rest. Weakness that is worse in the legs than the arms. A child who cannot keep up with their peers. These are the questions a neuromuscular specialist asks — and KIMS is where those questions get answered.
At KIMS Neuroscience, Secunderabad, Hyderabad, the complete neuromuscular diagnostic pathway — clinical assessment, nerve conduction studies, EMG, repetitive nerve stimulation, antibody testing, muscle biopsy, and genetic analysis — is available under one roof. Every patient receives a structured assessment designed to reach a specific diagnosis in weeks, not years. Because in neuromuscular disease, the diagnosis is the treatment — and the right treatment changes the trajectory.
International enquiries: neuroscience@kimshospitals.com · Emergency (breathing / swallowing failure): 040-46324365