Paralysis

Muscle is a special kind of tissue that enables our bodies to move. It is under the control of the nervous system, which processes messages to and from all parts of the body. Sometimes the nerve cells, or neurons, that control the muscles become diseased or injured. When that happens, a person loses the ability to move the muscles voluntarily, and we say that the person is paralyzed. Paralysis is an impairment or loss of movement and/or sensation, which is caused by impaired neuronal impulse conduction in the nervous system.

Paralysis and Depression:

Paralysis and depression are often linked as patients with paralysis develop varying degrees of depression due to their inability to move. While mild cases of the same may present with symptoms that family and friends can identify (like sadness, irritability, fatigue and anger), more severe cases can sometimes be harder to spot. However, some of the symptoms of depression to watch out for include:

• Insomnia

• Suicidal thoughts or actions

• A sense of doom

• Irritability

• Loss of interest in hobbies

• Loss of interest in self-care

• Substance abuse

Depression is a treatable condition. Patients must visit a psychologist and psychiatrist for talk therapy and medication in order to manage this disease. Depression is very serious and you should not ignore its symptoms if you notice your loved one grappling with them.
TYPES OF PARALYSIS
The most prominently known types of paralysis are:

• Monoplegia

• Hemiplegia

• Paraplegia

• Quadriplegia

• Locked-in syndrome

Monoplegia:
Monoplegia is a type of paralysis where the person loses control over one limb. Often the paralysis is limited to a single-arm, sometimes even limited to certain muscles in an arm. Monoplegia is often the side effect of cerebral palsy. In cerebral palsy, the brain loses the ability to control certain muscles of the body. Infants and early adolescents are mostly affected by cerebral palsy.Monoplegia is considered a good sign in the prognosis of this syndrome as the paralysis is limited to a single limb and the patient can still work around his daily activities with relative ease.
Hemiplegia:
Hemiplegia is a type of paralysis where a person loses control of one side of the body. The effect of this is generally limited to one arm and one limb and sometimes the effect is also seen in the torso region. Hemiparesis is a condition when the person does not lose the complete functionality of their limbs but their functionalities are significantly reduced in terms of strength and endurance. Hemiparesis evolves into hemiplegia in a few cases.Hemiplegia is caused due to injuries to the spinal cord or when the left and right side of the brain are not communicating properly through the corpus callosum. Hemiplegia is also caused by a stroke, which affects the functioning of one side of the brain.Hemiplegia is further divided into left hemiplegia and right hemiplegia. Depending on the location of the damage, right or left hemiplegia can be diagnosed.Patients suffering from hemiplegia may find it difficult to speak and resume normal motor functions. They experience total or partial loss of sensation in one side of the body and this leads to Pusher’s syndrome where the patient shifts the weight of the paralysed side to the normal side, thereby adversely affecting motor functions.The treatment option includes an array of blood thinners, antibiotics, surgery, anti-inflammatory drugs and exercise.
Paraplegia:
Paraplegia is a form of paralysis where the patient loses control over the muscles from the waist down. The effects of paraplegia vary from person to person. People going through paraplegia have perfectly healthy legs and the underlying cause of this condition mostly originates in the brain or spinal cord. Paraplegia is sometimes complete and sometimes only affects one limb in the lower torso. Partial paraplegia is often a result of consistent physiotherapy and medication.
Paraplegia is often caused after the patient experiences an injury in the brain, or the spinal cord or both. In paraplegic patients, the signals that are sent to the lower part of the body from the brain are not sent back up to the brain through the spinal cord. This lack of communication with the brain, causes the patients to not only lose motor functions but also results in loss of sensation.In a few cases, serious injuries to the leg, an allergic reaction or side effects of seizure can exhibit the form of paraplegia. It is advised to take several days before confirming the diagnosis of paraplegia. MRI, CT scans, blood tests, and myelography X-rays can be used to test for paraplegia.In partial or incomplete paraplegia, the patient can retain functionalities of a single leg while in complete paraplegia, the patient loses sensation and functionalities of both the legs. Car accidents, sports-related injuries, side effects to surgeries, spinal cord injuries, violence, and falls are the major causes of paraplegia.This is also caused because of strokes, auto-immune diseases, genetic disorders, infections, tumors and disorders in the spinal cord.
Quadriplegia
Quadriplegia is a form of paralysis where all four limbs are affected. In this condition, the signals that are sent from the brain to the regions below the neck are not sent back, thereby causing impalement in the hands and legs of the patient. The spinal cord is charged with the job of sending signals to and receiving signals from the brain. In quadriplegia, this ceases to function, thereby causing the condition.
Injuries to the spinal cord or the brain can trigger the onset of quadriplegia. As the injuries to the affected area heal or when the inflammation in the brain decreases, the chances of recovering from this condition is possible. However, giving an accurate prognosis is not possible. Patients suffering from quadriplegia experience fatigue, loss of sensation in the region below the neck, sudden spasms, difficulty in clearing urine from the body, respiratory distress, bedsores, and depression among other side effects. The treatment for quadriplegia includes surgeries in the spinal cord and brain, anti-inflammatory drugs, antiviral drugs, exercise, physiotherapy, psychotherapy, speaking and listening therapy, and participating in support groups.
Locked-in Syndrome:
Locked-in Syndrome is a form of Paralysis where the patient is not able to control any part of their body from under the eyes. Locked-in syndrome is majorly a side-effect of a major injury to the brain or a stroke or cancer in the brain. A person affected by locked-in syndrome will not be able to move his lips, his jaws, no up & down or side to side moments in the neck or move any other limb of his body. However, people suffering from locked-in syndrome can blink and move their eyeballs up and down. Locked-in syndrome often mimics the symptoms of a coma and doctors rely on the moment of the eyes to make a perfect diagnosis. This disorder occurs when the middle part of the brain is injured/destroyed but the cerebrum and cerebellum, the parts of the brain that control consciousness and mental function, are left undamaged. Providing good nutrition is imperative to ensure that the patient receives all the nutrients required. However, the patient has to be fed through a stomach tube that is either sent into the stomach from the nose or an incision is made in the small intestines and sent there directly. Because of prolonged bed rest, patients often suffer from pressure sores, blood clots, muscle damage, and nerve damage. Care should be taken to prevent pressure sores by moving the patient, massaging the muscles, moving the joints along its axis, and physiotherapy.

How is paralysis treated?

Currently, there is no cure for paralysis itself. In certain cases, some or all muscle control and feeling returns on its own or after treatment of the cause for the paralysis. For example, spontaneous recovery often occurs in cases of Bell’s palsy, a temporary paralysis of the face. It might also occur to some extent with treatment after a stroke. Sometimes, treatment is important to prevent further worsening of paralysis, for example in multiple sclerosis.
Rehabilitation is often recommended to address problems that can occur as a consequence of the paralysis, to enable the paralyzed person to live as independently as possible and to provide the person with a high quality of life. Some of the rehabilitation treatments used for people with paralysis include:

• Physical therapy uses treatments such as heat, massage, and exercise to stimulate nerves and muscles.

• Occupational therapy concentrates on ways to perform activities of daily living.

• Mobility aids include manual and electric wheelchairs and scooters.

• Supportive devices include braces, canes, and walkers.

• Assistive technology such as voice-activated computers, lighting systems, and telephones.

These forever living products for paralysis offer the best support for the muscles to recover and function well. This is because they are natural and they contain nutrients that the body needs. Many people have experienced quick recovery from paralysis after taking forever living supplements. Here is the best recommendation of the key forever living products to start with:

Forever Argi plus

Argi plus has a molecule know as L arginine that the body converts to nitric oxide. Nitric oxide makes the blood vessels supple and relaxes ensuring enough blood flow. It ensures a balance in glucose and fat metabolism. Argi plus is a good supplement for somebody with paralysis since it contains the B vitamins and helps in the functioning or recovery of muscles.

Forever Arctic sea

Forever Arctic sea provides the body with omega 3 and omega 9. The brain, eyes and heart have omega 3 which ensures proper function. It balances the ratio of omega 3 to omega 6 and also provides omega 9 from olive oil. For people with paralysis, the omega 3 helps to restore the proper function of the brain and nerve cells.

Royal jelly

This is a superfood that boosts the immune system. It’s a probiotic and it provides the body with enough energy to carry out daily activities. Royal jelly takes care of the nerves therefore ideal recommendation for a person suffering from paralysis.

Pomesteen power

Forever pomesteen power is a powerful antioxidant and helps in the production of red blood cells from the born marrow. It boosts immunity and also solves some of the babies abnormality because of the blend of fruit and herbs extracts.