Home Rehabilitation What is the brain? – Neurolutions

What is the brain? – Neurolutions

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What is the brain?  – Neurolutions

The Latin word for “brain” is “brain.” The cerebrum is the most important and most dominant a part of the human brain, accounting for about 85% of the brain. This a part of the brain is chargeable for higher cognitive functions, conscious considering, memory, speech, senses and emotional reactions.

When a stroke occurs and damages a selected area of ​​the brain, it could result in a wide range of neurological deficits, depending on the placement and extent of the damage. This text discusses the areas of the brain, the everyday damage attributable to a stroke within the affected area, and an summary of rehabilitation and recovery.

Lobes of the brain

The brain is split into different lobes, and every lobe is chargeable for specific functions. (1) The predominant lobes of the brain that will likely be discussed in this text are:

  1. Frontal lobe
  2. Parietal lobe
  3. Temporal lobe
  4. Occipital lobe

Each lobe has specialized areas that perform different functions and work together to perform complex processes of perception, cognition and motor control.

http://webspace.ship.edu/cgboer/genpsycerebrum.html

Frontal lobe of the brain

The frontal lobe is chargeable for higher cognitive functions resembling reasoning, problem solving and decision-making, personality and intelligence. It also incorporates the motor cortex, which controls voluntary movements and motor planning. The section of the motor cortex closest to the highest of the top controls the legs and feet, while the bottom parts of the motor cortex (closest to the temples) control the muscles of the mouth and face.

Parietal lobe of the brain

The parietal lobe of the brain plays a key role in understanding the world and processing sensory information. This includes touch, temperature, pain and spatial awareness. The parietal lobe includes an area called the somatosensory cortex. The somatosensory cortex is chargeable for sensations of touch throughout the body, perception and recognition of objects.

brain diagram

http://webspace.ship.edu/cgboer/genpsycerebrum.html

Temporal lobe of the brain

The temporal lobe is primarily involved in auditory processing, hearing and understanding language. It plays a task in memory formation, emotion regulation and visual perception.

Occipital lobe of the brain

The occipital lobe is situated in the back of the top and is chargeable for visual processing. It receives and interprets visual information from the eyes, which allows us to perceive and recognize visual stimuli.

What happens when a stroke affects the brain?

When a stroke occurs and damages a selected area of ​​the brain, it could result in the lack of normal functions in various parts of the body, including movement, sensation, speech and language. The results of a stroke vary depending on the placement and degree of brain damage.

The results of a right hemisphere stroke on the brain may include (3):

  • Weakness or paralysis of the left side
  • Left neglect, i.e. deficit of consciousness after damage to the precise side of the brain
  • Vision problems within the left visual field of every eye
  • Problems with memory
  • Spatial problems with depth perception or directions
  • Inability to locate or recognize body parts
  • Inability to grasp maps and find objects
  • Behavioral changes resembling impulsivity, inappropriateness and depression

The results of a left hemisphere stroke on the brain may include (3):

  • Weakness or paralysis of the precise side and impaired sensation
  • Problems with speech and understanding language (aphasia)
  • Vision problems, including inability to see the suitable field of regard in each eye
  • Impaired ability to perform mathematical calculations or organize, reason, or analyze objects
  • Behavioral changes resembling depression, wariness and hesitation
  • Impaired ability to read, write and learn recent information
  • Problems with memory

Although the classic model you presented focuses on these specific brain regions, it is necessary to notice that language processing involves a distributed network of brain regions, and our understanding of this network remains to be evolving (2).

Varieties of strokes

Two predominant strokes can occur: ischemic (blockage) or hemorrhagic (bleeding). Each varieties of strokes can occur in any a part of the brain in several parts of the body. The kind, severity and placement of a stroke determine its uncomfortable side effects. Whatever the type or severity of stroke, one side of the brain controls the other side of the body. The left hemisphere of the brain influences the precise side of the body, while the precise hemisphere of the brain influences the left side of the body.

Corpus callosum

The corpus callosum is a thick bundle of nerve fibers that connects the precise and left hemispheres of the brain (4). The aim of the corpus callosum is to enable the transfer of knowledge from one side of the brain to the opposite, resembling sensory, motor, and high-level cognitive neuro-signals. Moreover, the corpus callosum plays a serious role in movement control, cognition, and vision.

The diencephalon is situated within the brain, above the brainstem. This a part of the brain is chargeable for sensory functions, the control of food intake and the sleep cycle. The diencephalon is split into three parts: the thalamus, the hypothalamus, and the epithelia (1).

Rehabilitation and recovery

It’s indeed possible to live a joyful and successful life after a stroke, despite the numerous effects that a stroke can have on a person’s life. With appropriate medical care, rehabilitation and support, an individual can regain strength, improve their functional capabilities and achieve independence.

Stroke rehabilitation is a key aspect of recovery. It often involves a multidisciplinary approach involving specialists resembling physiotherapists, occupational therapists, speech and language therapists and psychologists. A particular rehabilitation program is tailored to the person’s needs and should include exercise, mobility training, speech and language therapy, cognitive rehabilitation and emotional support.

The goal of stroke rehabilitation is to maximise recovery, restore function, and improve quality of life. It could possibly help individuals regain physical strength, improve coordination and balance, regain speech and language skills, and regain independence in each day activities.

Along with rehabilitation, adopting a healthy lifestyle is useful to your recovery and overall well-being. This includes following a nutritious weight loss program, engaging in regular physical activity (as really useful by health care professionals), managing other health conditions, and maintaining a supportive social network.

Emotional and psychological support can be crucial for stroke survivors and their families. Adjusting to physical and emotional changes after a stroke may be difficult, and counseling or support groups can provide invaluable guidance, coping strategies and a platform for sharing experiences.

It can be crucial to do not forget that everybody’s journey and recovery process will likely be unique. With determination, support and access to appropriate treatments and therapies, many stroke survivors are capable of regain mobility, adapt to vary and lead fulfilling lives.

Therapy may include:

  • Physical therapy
  • Occupational therapy
  • Speech and language therapy
  • Vision restoration therapy
  • Hippotherapy
  • Water therapy
  • Cognitive therapy
  • Animal-assisted therapy

Each stroke recovery plan is tailored to the person’s goals and talents, ensuring that the rehabilitation process is client-focused and maximizes independence and overall well-being.

Stroke recovery is a fancy and ongoing process that may take months and even years after the primary stroke. Some people may experience significant improvement in the primary weeks and months (6), while for others recovery could also be slower and more gradual.

The brain has the power to be neuroplastic, which implies it could reorganize and create recent neural connections to compensate for areas damaged by a stroke. Over time, with consistent therapy and appropriate interventions, patients can proceed to make progress of their recovery beyond the early stages of stroke rehabilitation. To explore modern recovery tools that use the concept of constructing recent neural connections, learn more about IpsiHand.

It is vitally vital to have realistic expectations, but in addition to continuously search for therapeutic options to challenge the brain. The goal of stroke rehabilitation is to assist patients achieve the very best possible level of functional independence and quality of life, no matter timeline or specific recovery rate. The rehabilitation process is usually individualized, tailored to the person’s needs and goals, and may proceed so long as progress is visible. If progress seems to have stalled, proceed to hunt expert advice to employ techniques that generally is a catalyst for recovery of brain health and functionality.

|| Learn more about stroke recovery

Brain and stroke

The brain actually plays a key role in our emotions, movement, sensory perception, cognition and overall understanding of the world.

When a stroke damages a part of the brain, it could actually affect various elements of our lives and result in behavioral problems. Nonetheless, with appropriate treatment, support and rehabilitation, an extended and successful life after a stroke is feasible.

Lively involvement in your stroke recovery plan and dealing closely along with your medical team is crucial. They’ll advise you on the very best treatment options available depending on the placement and effects of your stroke. Rehabilitation, therapy, medications and lifestyle changes could also be a part of your recovery plan, tailored to your specific needs.

It is usually vital to make lifestyle changes to cut back the danger of future strokes. Taking the preventive measures I discussed earlier, resembling controlling your blood pressure, maintaining a healthy weight loss program, exercising repeatedly, quitting smoking, and treating other medical conditions, can significantly reduce your risk of a recurrent stroke.

It is crucial to take care of open and regular communication with healthcare professionals, follow their recommendations and actively take part in the recovery process. Understanding stroke, its effects and available treatment options will enable you to make informed decisions and work towards a successful recovery.

Do not forget that each stroke and everybody’s recovery process is exclusive. With determination, support and proper treatment, many stroke survivors can get well, adapt to vary and lead fulfilling lives.

Bibliography:

  1. https://www.sciencedirect.com/topics/neuroscience/cerebrum
  2. http://webspace.ship.edu/cgboer/genpsycerebrum.html
  3. https://www.hopkinsmedicine.org/health/conditions-and-diseases/stroke/effects-of-stroke
  4. https://www.ncbi.nlm.nih.gov/books/NBK448209/
  5. https://www.stroke.org/-/media/Stroke-Files/Lets-Talk-About-Stroke/Life-After-Stroke/LTAS-Rehab-2019.pdf
  6. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4415968/
  7. https://www.stroke.org/-/media/Stroke-Files/life-after-stroke/Life-After-Stroke-Guide_7819.pdf#page=23
  8. Hendricks HT, van Limbeek J, Geurts AC, Zwarts MJ. (2002). Motor recovery after stroke: a scientific review of the literature. Rehabilitation Arch Phys Med 83:1629–1637.

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