Top Brain mapping Doctors in India

Max Hospital, India houses some of the best specialists for Brain mapping that are trained to provide best treatments available with the latest technology. The doctors can be consulted at India through in-hospital appointments and video consultations. Learn more about Brain mapping doctors’ qualification, background, specialization and experience. Book doctor appointments online, check OPD timings at one of the best hospitals in India.

Frequently Asked Questions

Brain mapping is a technique used to study the structure and function of the brain. It uses various imaging and neurophysiological methods to create detailed maps of the brain's anatomy, connectivity, and activity.

Brain mapping is performed to understand the organization of the brain, identify functional areas, and assess brain activity. It helps diagnose neurological disorders, plan neurosurgical procedures, study brain function, and evaluate abnormalities.

The techniques used for brain mapping include functional magnetic resonance imaging (fMRI), electroencephalography (EEG), magnetoencephalography (MEG), positron emission tomography (PET), and transcranial magnetic stimulation (TMS), among others.

Yes, brain mapping plays a crucial role in diagnosing neurological disorders. It can detect brain tumours, identify areas of dysfunction or damage, assess brain activity during specific tasks, and evaluate brain connectivity to aid in the diagnosis of conditions such as epilepsy, stroke, multiple sclerosis, and Alzheimer's disease.

Common indications for brain mapping include seizure disorders, brain tumours, neurodevelopmental disorders, movement disorders, psychiatric conditions, traumatic brain injury, cerebrovascular diseases, and neurodegenerative disorders.

Brain mapping uses various imaging and neurophysiological techniques to measure brain activity, blood flow, electrical signals, and connectivity patterns. These measurements are then analyzed to create detailed maps of the brain and its functional areas.

No, brain mapping itself is not a painful procedure. The imaging techniques used, such as fMRI or EEG, are non-invasive and do not cause discomfort. In some cases, electrodes may be attached to the scalp during EEG, but this is generally well-tolerated.

The duration of a brain mapping procedure can vary depending on the specific technique used and the purpose of the study. Some imaging scans, like fMRI, can take approximately 30 minutes to an hour, while an EEG recording may last for several hours.

Yes, brain mapping can detect brain tumours by visualizing abnormal growths or lesions in the brain. It can also help identify the proximity of tumours to vital functional areas, allowing surgeons to plan surgical procedures more effectively.

No, brain mapping is not used to diagnose osteoporosis. It is focused on studying brain structure and function rather than bone health.

Yes, brain mapping can identify areas of brain dysfunction or damage by detecting abnormal patterns of brain activity or connectivity. This information is valuable in diagnosing and understanding various neurological conditions.

Yes, brain mapping is commonly used for planning neurosurgical procedures. By mapping functional areas of the brain, surgeons can identify critical regions involved in speech, movement, and sensory perception, reducing the risk of post-surgical complications.

Yes, brain mapping plays a significant role in the treatment of epilepsy. It helps identify the precise location of abnormal brain activity responsible for seizures, allowing for targeted surgical interventions or the customization of anti-seizure treatments.

Yes, brain mapping can be used to assess brain development in children. It provides insights into the maturation of brain structures and functional networks, aiding in the diagnosis and management of developmental disorders.

Yes, brain mapping can detect abnormalities in brain connectivity, such as disrupted neural pathways or reduced functional connectivity between brain regions. These abnormalities may be associated with various neurological and psychiatric conditions.

Yes, brain mapping is used to evaluate cognitive functions such as attention, memory, language, and executive functions. It helps identify brain regions involved in these processes and provides insights into cognitive impairments.

Yes, brain mapping can detect brain activity during specific tasks or stimuli. By analyzing changes in brain activation patterns, researchers can understand how the brain processes information and responds to different stimuli or cognitive demands.

Yes, brain mapping can identify language and speech centers in the brain. Techniques like fMRI and Wada test help determine the localization of language functions, which is crucial for surgical planning in cases of brain tumours or epilepsy.

Yes, brain mapping can detect brain abnormalities associated with psychiatric disorders. It helps in understanding the neural basis of psychiatric conditions and may contribute to the development of targeted treatments.

Yes, brain mapping can be performed on infants or newborns using techniques such as neonatal EEG or functional near-infrared spectroscopy (fNIRS). These methods allow for the assessment of early brain development and the detection of abnormalities.

Yes, brain mapping can assess brain plasticity and recovery after brain injuries. It helps track changes in brain activity and connectivity, providing insights into the brain's adaptive capacity and potential for recovery.

Yes, brain mapping can be performed during awake brain surgery to precisely identify functional areas and avoid damage to critical brain regions. It ensures the preservation of essential functions while removing tumours or treating epilepsy.

Yes, brain mapping is used to guide deep brain stimulation (DBS) procedures. It helps identify the optimal target for electrode placement, ensuring accurate stimulation and improved outcomes in conditions like Parkinson's disease or essential tremor.

Yes, brain mapping is valuable in the treatment of movement disorders like Parkinson's disease. It assists in identifying the target areas for deep brain stimulation or other interventions, leading to improved symptom control.

Yes, brain mapping can be used to evaluate brain function in individuals with traumatic brain injury. It helps assess the extent of brain damage, identify regions affected by the injury, and monitor functional recovery over time.

Yes, brain mapping is used to assess brain activity in individuals with autism spectrum disorder (ASD). It helps identify differences in brain connectivity and functioning associated with ASD and contributes to a better understanding of the condition.

Yes, brain mapping can detect abnormalities in individuals with multiple sclerosis (MS). It helps identify areas of demyelination, assess the extent of brain damage, and monitor disease progression or treatment response.

Yes, brain mapping is used to study brain function in individuals with Alzheimer's disease. It helps identify patterns of brain atrophy, changes in connectivity, and disruptions in memory-related brain networks.

Yes, brain mapping can assist in the assessment of brain function in individuals with stroke. It helps identify the areas affected by the stroke, evaluate functional impairment, and guide rehabilitation strategies.

Yes, brain mapping can be used to evaluate brain health in individuals with psychiatric conditions like schizophrenia. It helps identify structural and functional abnormalities in specific brain regions associated with the disorder.

Yes, brain mapping can detect brain abnormalities in individuals with Huntington's disease. It helps identify areas of atrophy, functional changes, and disruptions in motor and cognitive networks.

Yes, brain mapping can be used to study the effects of medications or treatments on brain function. It helps assess changes in brain activity, connectivity, or structure following interventions and provides insights into treatment efficacy.

Yes, brain mapping can detect brain abnormalities in individuals with bipolar disorder. It helps identify alterations in brain structure, connectivity, and functional activation patterns associated with the condition.

Yes, brain mapping can be used to evaluate brain health in individuals with HIV/AIDS. It helps detect brain abnormalities associated with HIV-related neurocognitive disorders and assess treatment response.

Yes, brain mapping can be performed by neurologists, psychiatrists, or specialists in neuroimaging and neuroscience. These professionals have expertise in interpreting brain mapping results and integrating them into patient care.

Reviewed by Dr. Vivek Kumar, Senior Director – Neurosciences, Neurology, Patparganj on 29-Sep-2023.

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