The Neurocritical Care Unit (Neuro ICU) at ONUS Robotic Hospitals is a highly advanced, multidisciplinary intensive care unit dedicated to managing life-threatening neurological conditions with precision, speed, and expertise.
Designed as a tertiary-level critical care facility, the Neuro ICU is equipped with state-of-the-art monitoring systems, advanced life-support technologies, and real-time neuroimaging support to handle the most complex neurological emergencies.
Our expert team provides comprehensive care for critical conditions, including:
Brain and spinal cord tumors
Major strokes (ischemic & hemorrhagic)
Brain hemorrhage (bleeds)
Traumatic brain injuries (TBI)
Acute neurological infections
Severe seizures and status epilepticus
Neuromuscular respiratory failure
Other critical neurological disorders requiring intensive care
At ONUS, critical care goes beyond equipmentβit is driven by expertise. The Neuro ICU is staffed by a highly coordinated team of:
Neurologists & Neurointensivists
Neurosurgeons
Critical Care Specialists & Anesthesiologists
Specialized Neuro Nurses
Rehabilitation Experts
This team is further supported by physiotherapists, speech therapists, occupational therapists, nutritionists, and clinical pharmacologists to ensure holistic recovery and faster rehabilitation.
What truly sets ONUS apart is its integrated, multidisciplinary approach, ensuring that every patient receives continuous monitoring, rapid intervention, and personalized treatment protocolsβeven in the most critical situations.
At ONUS Robotic Hospitals, the Neuro ICU is not just about survivalβit is about maximizing recovery, minimizing complications, and restoring quality of life.
At ONUS Robotic Hospitals, we provide comprehensive neurological treatments and advanced rehabilitation programs designed to help patients recover faster, regain independence, and improve quality of life.
Our approach is simple:
π Early intervention + Advanced treatment + Continuous rehabilitation = Better outcomes
From emergency care to full recovery, ONUS offers end-to-end neurological management:
Acute treatment (Stroke, Brain Injury, Seizures)
Neuro ICU care for critical conditions
Minimally invasive neurointerventions
Personalized rehabilitation programs
Long-term follow-up and recovery support
Rehabilitation begins as early as possible, often right from ICU or bedside, to maximize recovery.
Focused on restoring movement, strength, and mobility:
Muscle strengthening & coordination training
Balance and gait training
Bed mobility and walking rehabilitation
Functional movement retraining
Helps patients regain independence in daily activities:
Fine motor skill improvement
Self-care training (dressing, eating, hygiene)
Cognitive and visual skill enhancement
Adaptive techniques and assistive devices
Addresses communication and swallowing difficulties:
Speech and language rehabilitation
Swallowing therapy (dysphagia management)
Cognitive communication training
Use of assistive communication tools
Specialist doctors (rehabilitation physicians) design and monitor:
Individualized recovery plans
Functional improvement strategies
Pain and spasticity management
Long-term rehabilitation goals
Clot-busting therapy & thrombectomy
Early rehab improves recovery outcomes
Focus on restoring speech, movement, and independence
Advanced Neuro ICU care
Surgical and endovascular treatments
Continuous monitoring to prevent complications
Emergency care for head injuries
Management of brain swelling and pressure
Surgical and medical interventions
Multidisciplinary treatment approach
Surgery, radiation, and medical management
Functional preservation strategies
Emergency seizure control
EEG-based monitoring
Advanced medical and surgical treatment options
Guillain-BarrΓ© Syndrome
Myasthenia Gravis
Advanced therapies like IVIG & plasmapheresis
Meningitis, encephalitis, abscess
Targeted antibiotic and critical care treatment
Surgical and non-surgical management
Early rehabilitation for functional recovery
Early rehabilitation starts from ICU stage
7-day therapy programs tailored to patient condition
Multidisciplinary team coordination
Focus on functional recovery, not just survival
Seamless transition from hospital β home β outpatient rehab
At ONUS Robotic Hospitals, treatment doesnβt stop at saving lifeβ
we focus on restoring movement, independence, and dignity.
The Neurocritical Care Unit (Neuro ICU) at ONUS Robotic Hospitals stands as a cornerstone of advanced neurological care, delivering round-the-clock, high-intensity treatment for life-threatening brain and spine conditions.
Built with a strong foundation of technology, expertise, and rapid response systems, our Neuro ICU provides a seamless continuum of careβfrom emergency admission to critical stabilization and recovery.
24/7 Critical Care Excellence
Continuous, round-the-clock monitoring and management of complex neurological emergencies, 365 days a year.
Comprehensive Neurocritical Care Setup
Dedicated ICU beds equipped with advanced life-support systems, real-time neuro-monitoring, and rapid intervention capabilities.
Multispecialty Integration
Collaborative care involving Neurology, Neurosurgery, Neurointervention, Spine Surgery, and Critical Care teams for optimal outcomes.
High-Volume Critical Care Management
Expertise in managing a wide spectrum of severe neurological conditions, including stroke, brain hemorrhage, traumatic brain injury, and post-surgical critical care.
Continuum of Care
Seamless transition from emergency β ICU β step-down care β rehabilitation, ensuring better recovery and reduced complications.
Faster response during life-threatening emergencies
Continuous expert monitoring in critical phases
Access to advanced interventions when needed
Improved survival and neurological recovery outcomes
At ONUS Robotic Hospitals, the Neuro ICU is committed to delivering precision critical care when every second mattersβsaving lives, protecting brain function, and enabling recovery even in the most critical conditions.
At ONUS Robotic Hospitals, the Neuro ICU is powered by advanced, real-time monitoring technologies that allow precise assessment of brain function and early detection of complicationsβensuring faster intervention and better outcomes in critically ill neurological patients.
Our Neuro ICU integrates cutting-edge technologies to continuously track brain activity, blood flow, oxygen levels, and pressure:
Continuous EEG Monitoring
Real-time brain activity tracking to detect seizures, coma patterns, and neurological deterioration
Brain Oxygen Monitoring
Measures oxygen levels in brain tissue to prevent secondary brain injury
Cerebral Microdialysis
Advanced technique to monitor brain metabolism and detect early biochemical changes
Cerebral Blood Flow Monitoring
Ensures adequate blood supply to the brain, especially in stroke and trauma patients
Brain Tissue Chemistry Monitoring
Continuous assessment of metabolic status for early detection of brain stress or damage
Intracranial Pressure (ICP) Monitoring
Essential for managing brain swelling and preventing life-threatening complications
Near Infrared Spectroscopy (NIRS)
Non-invasive monitoring of brain oxygenation and perfusion
Transcranial Doppler (TCD) Ultrasonography
Real-time evaluation of cerebral blood flow and vascular status
Our Neuro ICU is fully integrated with high-end imaging systems for rapid diagnosis and treatment planning:
CT Perfusion & CT Angiography
Rapid assessment of stroke and vascular conditions
MR Perfusion & MR Angiography
Detailed brain imaging for precise diagnosis and treatment guidance
Advanced Imaging Techniques
Enabling early detection of brain injury and guiding critical interventions
Real-time, multi-parameter brain monitoring
Early detection of complications before clinical deterioration
Integration of ICU care with advanced imaging and intervention
Precision-driven decision-making for critical neurological care
Improved survival and neurological recovery outcomes
At ONUS Robotic Hospitals, Neuro ICU technology is designed to monitor every second, detect every change, and act before damage occursβensuring the highest level of safety and care for critically ill patients.
