To cure and prevent the stroke with Cissus Quadrangularis Salt...
To cure and prevent the stroke
With Cissus Quadrangularis Salt...
With Cissus Quadrangularis Salt...
Stroke syndrome is mainly caused by a break in the blood vessels that go to the brain, the primary reason is the deposit of Cholesterol in the blood vessels.
If the stroke should be fully cured or preventable, it will only be better if the lipids of the blood vessels are completely dissolved.
To prevent and cure these stroke problems permanently to make sure that the CQ-Salt (Additionally Giloy Satva) could be taken early morning and evening, everytime dosage 300mg for 2 to 3 months.
Cissus Quadrangularis (Hadjod Salt)
To Buy the CQ-Salt and also For Contact...
Stroke Signs, Symptoms, Warning Signs, and Treatments
Stroke definition and facts
- A stroke occurs when part of the brain loses its blood supply and stops working. This causes the part of the body that the injured brain controls to stop working.
- A stroke also is called a cerebrovascular accident, CVA, or "brain attack."
- The types of strokes include:
- Ischemic stroke (part of the brain loses blood flow)
- Hemorrhagic stroke (bleeding occurs within the brain)
- Transient ischemic attack, TIA, or ministroke (The stroke symptoms resolve within minutes, but may take up to 24 hours on their own without treatment. This is a warning sign that a stroke may occur in the near future.)
- A stroke is a medical emergency. The affected individual, family, friends, or bystanders need to call 9-1-1 (activate EMS) to access emergency care.
- From onset of symptoms, there is only a 3 to 4 1/2 hour window to use clot-busting drugs (thrombolytics) to try to restore blood supply to the affected part of the brain.
- Remember FAST if you think someone might be having a stroke:
- Face drooping
- Arm weakness
- Speech difficulty
- Time to call 9-1-1
- Causes of strokes include ischemia (loss of blood supply) or hemorrhage (bleeding) in the brain occurs.
- People at risk for stroke include those who have high blood pressure, high cholesterol, diabetes, and those who smoke. People with heart rhythm disturbances, especially atrial fibrillation are also at risk.
- Stroke is diagnosed by the patient's symptoms, history, and blood and imaging tests.
- You can prevent stroke by quitting smoking, controlling blood pressure, maintaining a healthy weight, eating a healthy diet, and exercising on a regular basis.
- The prognosis and recovery for a person that has suffered a stroke depends upon the location of the injury to the brain.
What is a stroke?
A transient ischemic attack (TIA or mini-stroke) describes an ischemic stroke that is short-lived where the symptoms resolve spontaneously. This situation also requires emergency assessment to try to minimize the risk of a future stroke. By definition, a stroke would be classified as a TIA if all symptoms resolved within 24 hours.
What is the NIH Stroke Scale?
- For example, most people’s speech center is located in the left half of the brain so a stroke affecting the left side of the brain would affect speech and comprehension. It also would be associated with weakness of the right side of the body.
- A right brain stroke would make the left side of the body weak. And depending on where in the brain the injury occurred, the weakness could be the face, arm, leg or a combination of the three.
There are 11 categories that are scored and include whether the patient
- is awake,
- can follow commands,
- can see,
- can move their face, arms and legs,
- has normal body sensations or feelings,
- has speech difficulties, or
- has coordination problems.
What are the risk factors for stroke?
- high blood pressure,
- high cholesterol,
- diabetes, and
- increasing age.
When stroke occurs in younger individuals (less than 50 years old), less common risk factors to be considered include illicit drugs, such as cocaine or amphetamines, ruptured aneurysms, and inherited (genetic) predispositions to abnormal blood clotting.
An example of a genetic predisposition to stroke occurs in a rare condition called homocystinuria, in which there are excessive levels of the chemical homocystine in the body. Scientists are trying to determine whether the non-hereditary occurrence of high levels of homocystine at any age can predispose to stroke.
Quick GuideStroke Causes, Symptoms, and Recovery
Stroke Symptoms and Signs
The symptoms of a stroke vary depending upon the area of the brain affected by a lack of oxygen. All strokes involve symptoms that relate to impairment of nerve function. The symptoms typically arise suddenly and most commonly occur on one side of the body. Symptoms and signs of stroke can include:
- tingling, or
- vision loss or changes.
Read more about stroke symptoms and signs »
What are the warning signs and symptoms of a stroke?
Some patients may experience transient ischemic attack (TIA) that can be thought of as a stroke that has resolved itself. The symptoms may be mild or dramatic and can mimic a stroke with weakness, numbness, facial droop, and speech difficulties, but these symptoms may only last few minutes. TIAs should not be ignored since they may offer an opportunity to look for potentially reversible or controllable causes of stroke. As well, there is no guarantee that the symptoms of stroke will resolve on their own. For that reason, a TIA should be considered an emergency and medical care should be accessed immediately.
Amaurosis fugax describes the temporary loss of vision in one eye that occurs because of an embolus of blood clot or debris to the artery that supplies the eye. While it only involves vision, this situation should be considered a type of TIA.
What are the signs and symptoms of a stroke?
- Acute change in level of consciousness or confusion
- Acute onset of weakness or paralysis of half or part of the body
- Numbness of one half or part of the body
- Partial vision loss
- Double vision
- Difficulty speaking or understanding speech
- Difficulty with balance and vertigo
What is a transient ischemic attack (TIA)?
Some TIAs develop slowly, while others develop rapidly. By definition, all TIAs resolve within 24 hours. Strokes take longer to resolve than TIAs, and with strokes, complete function may never return and reflect a more permanent and serious problem. Although most TIAs often last only a few minutes, all TIAs should be evaluated with the same urgency as a stroke in an effort to prevent recurrences and/or strokes. TIAs can occur once, multiple times, or precede a permanent stroke. A transient ischemic attack should be considered an emergency because there is no guarantee that the situation will resolve itself and function will return spontaneously without the help of medical intervention.
A TIA from a clot in the blood vessel that supplies the retina of the eye can cause temporary visual loss (amaurosis fugax), which is often described as the sensation of a black, dark curtain coming down. A TIA that involves the carotid artery (the largest blood vessel supplying the brain) can produce problems with movement or sensation on one side of the body, which is the side opposite to the actual blockage. An affected patient may experience temporary double vision; dizziness (vertigo); loss of balance; one-sided weakness or complete paralysis of the arm, leg, face or one whole side of the body; or be unable to speak or understand commands.
What are the types of stroke?
Ischemic strokeAn ischemic stroke is caused by an artery in the brain being obstructed or blocked, preventing oxygen-rich blood from being delivered to brain cells. The artery can be blocked in a couple of ways. In a thrombotic stroke, an artery can narrow over time because of cholesterol buildup, called plaque. If that plaque ruptures, a clot is formed at the site and prevents blood from passing to brain cells downstream, which are then deprived of oxygen.
In an embolic stroke, the artery is blocked because of debris or a clot that travels from the heart or another blood vessel. An embolus or embolism is a clot, a piece of fatty material or other object that travels within the bloodstream that lodges in a blood vessel to cause an obstruction.
Blood clots that embolize usually arise from the heart. The most common cause of these blood clots is a heart arrhythmia called atrial fibrillation, where the upper chambers of the heart, the atria, do not beat in an organized rhythm. Instead, the chaotic electrical rhythm causes the atria to jiggle like a bowl of Jell-O. While blood still flows to the ventricles (the heart's lower chambers) to be pumped to the body, some blood along the inner walls of the atrium can form small blood clots. If a clot breaks off, it can travel or embolize to the brain, where it can block blood flow to a part of the brain and cause a stroke.
The carotid arteries are two large blood vessels that provide the brain with blood supply. These arteries can narrow, or develop stenosis, with cholesterol plaque that may build up over time. The surface of the plaque is irregular and bits of debris can break off and embolize to the brain to block blood vessels downstream and deprive brain cells of oxygen-rich blood.
Hemorrhagic strokeWhen a blood vessels leaks and spills blood into brain tissue, those brain cells stop working. The bleeding or hemorrhage is often due to poorly-controlled high blood pressure that weakens the wall of an artery over time. Blood may also leak from an aneurysm, a congenital weakness or ballooning of an artery wall or from an AVM (arteriovenous malformation), a congenital abnormality where an artery and vein connect incorrectly. The bleeding can form a hematoma that directly damages brain cells and may also cause swelling that puts further pressure on surrounding brain tissue.
Describing a stroke by anatomy and symptomsThere are four major arteries that supply the brain with blood.
- The right and left carotid artery are located in the front of the neck and their pulse can be felt with the fingers.
- The right and left vertebral arteries are encased in bone as they run through the vertebrae in the neck. As the two enter the brain, they join to form the basilar artery.
- The carotid arteries and the vertebrobasilar arteries join to form the Circle of Willis at the base of the brain and from this circle, arteries branch off to supply the brain with blood.
The anterior and middle cerebral arteries provide blood supply to the front two-thirds of the brain, including the frontal, parietal, and temporal lobes. These parts of the brain control voluntary body movement, sensation, speech and thought, personality, and behavior.
The vertebral and basilar arteries are considered the posterior circulation and supply the occipital lobe where vision is located, the cerebellum that controls coordination and balance, and the brainstem that is responsible for the unconscious brain functions that include blood pressure, breathing, and wakefulness.
Strokes may affect motor function or the ability for the body to move. Part of the body may be affected, like the face, a hand, or an arm. An entire side of the body may be affected (for example, the left part of the face, left arm, and left leg). Weakness on one side of the body is called hemiparesis (hemi= half + paresis=weak) and paralysis is hemiplegia (hemi=half +plegia=paralysis).
Similarly, sensory function -- the ability to feel -- can affect the face, hand, arm, trunk, or a combination of these.
Other symptoms like speech, vision, balance, and coordination help locate the part of the brain that has stopped working and helps the health care professional make the clinical diagnosis of stroke. This is an important concept since not all loss of neurologic function is due to stroke and if the anatomy and physiology do not match the loss of body function, other diagnoses may be considered that can affect both brain and body.
A lacunar stroke describes the blockage of a single tiny penetrating artery branch in the brain. The area of the involved brain is small but can still cause significant neurologic deficits, just like a stroke involving a larger blood vessel and more brain tissue. In some cases, however, the stroke is silent, meaning that no obvious body function is lost and an old lacunar stroke can be seen as an incidental finding on a CT or MRI scan of the head that might be done for other reasons. The term lacune means empty space and a tiny empty space of an old lacunar stroke can be seen on imaging where brain tissue has been lost.
What causes a stroke?
Risk factors for narrowed blood vessels in the brain are the same as those that cause narrowing blood vessels in the heart and heart attack (myocardial infarction). These risk factors include:
- high blood pressure (hypertension),
- high cholesterol,
- diabetes, and
What tests diagnose stroke?
- The American Heart Association and the American Stroke Association recommend that everybody be aware of FAST in recognizing stroke: Face Drooping, Arm Weakness, Speech Difficulty, Time to Call 9-1-1
- First responders, EMTs and paramedics may use the Cincinnati Prehospital Stroke Scale to recognize a stroke and alert the emergency department to prepare for their arrival. This scale addresses the same three components as the FAST: speech, arm strength, and speech.
- In the emergency department, nurses and doctors may use the National Institute of Health Stroke Scale to perform a more in depth and standardized neurologic examination.
There is urgency to make the diagnosis and determine whether treatment with thrombolytic medications (clot-busting drugs) to “reverse” the stroke is a possibility. The time frame to intervene is narrow and may be as short as 3 to 4 ½ hours after onset of symptoms. For that reason, family members or bystanders may be needed to confirm information, especially if the patient is not fully awake or has a speech deficit.
History may include asking about what symptoms are present, when they began, and if they are improving, progressing, or remaining the same. Past medical history will look for stroke risk factors, medications, allergies, and any recent illnesses or surgeries. Medication history is very important, especially when the patient is taking anticoagulants (examples include warfarin [Coumadin], dabigatrin [Pradaxa], rixaroxiban [Xarelto], apixaban [Eliquis], enoxaparin [Lovenox]).
Physical examination includes assessing vital signs and patient wakefulness. A neurologic examination is performed, usually using the standardized stroke scale. Heart, lungs, and abdomen are also assessed.
If an acute stroke is still a consideration, blood tests and CT of the head are indicated. However, the tests are not used to make the diagnosis, but are used to help plan treatment. Nonetheless, a CT is often used to differentiate an ischemic from a hemorrhagic stroke because the treatment plans are quite different.
The CT is used to look for bleeding or masses in the brain and potentially how much brain tissue is experiencing decreased blood supply.
A CT perfusion scan may also be done to see how much brain is at risk by using injected dye to check brain blood supply (perfusion).
An MRI of the brain may be possibly indicated, but not all hospitals have this technology readily available.
Blood tests may include a complete blood count (CBC), to measure red blood cell count and platelets, electrolytes, blood glucose, and kidney function and blood tests to measure blood clotting function, international normalized ratio (INR), prothrombin time (PT) and partial thromboplastin time (PTT). Other blood tests may be indicated based upon the patient's specific situation.
An EKG may be performed to check the heart's rate and rhythm. The patient is usually placed on a cardiac monitor.
What is the treatment for stroke?
As in many emergencies, the first consideration are the CABs (Circulation, Airway and Breathing, according to the new CPR guidelines) to make certain that the patient has blood pumping, no airway blockage and can breathe and then has adequate blood pressure control. In severe strokes, especially those that involve the brainstem, the brains ability to control breathing, blood pressure, and heart rate may be lost.
Patients will have intravenous lines established, oxygen administered, and appropriate blood tests and CT scans performed at the same time that the health care professional is performing an assessment to make the clinical diagnosis of stroke and deciding whether thrombolytic therapy (tPA, a clot busting medication) or clot retrieval (mechanically removing the clot through catheters that are threaded into the blocked artery) is an option to treat the stroke.
If the diagnosis of ischemic stroke has been made, there is a window of time when thrombolytic therapy using tPA (tissue plasminogen activator) may be an option. tPA dissolves the clot that is blocking an artery in the brain and restore blood supply. For many patients, that time window is 3 hours after the onset of symptoms. In a select group of patients, that time frame may be extended to 4.5 hours. In that time, the patient or family needs to recognize the stroke symptoms, get the patient to a hospital (call 9-1-1), have the patient assessed by the health care professional, get blood test results, perform a CT scan to look for other causes of stroke (including hemorrhage or tumor), consult with a neurologist, and stabilize the patient including making certain that blood pressure is well controlled. Only then can it be time to administer the tPA or call an interventional radiologist or neurosurgeon to try to mechanically remove the clot.
Hemorrhagic strokes are difficult to treat and a specialist (neurosurgeon) should be consulted immediately to help determine if any treatment options are available to the patient (possibly aneurysm clipping, hematoma evacuation, or other techniques). Treatment for hemorrhagic strokes, in contrast to ischemic strokes, does not use tPA or other thrombolytic agents as these would potentially worsen bleeding and make the symptoms of hemorrhagic stroke worse and potentially cause death. Consequently, it is important to distinguish between a hemorrhagic stroke and an ischemic stroke before treatment begins.
Hospital emergency department doctors and nurses are trained to act quickly in caring for stroke patients. The most common delay that prevents tPA from being administered is due to patient delay in seeking medical attention. A CT of the head is done emergently to help distinguish an ischemic from a hemorrhagic stroke. This may also cause a delay in a few instances.
Some smaller hospitals may have the ability to virtually consult neurology specialists with telemedicine, who can help make the diagnosis of stroke, review the CT scan, and help decide whether tPA is a reasonable option. The thrombolytic drug may be given and the patient is then able to be transferred to a better equipped hospital for further care.
The decision to administer tPA in the appropriate patient (there are many reasons that the drug is not indicated even if the patient arrives in time) is one that is discussed with the patient and family, since there is risk of bleeding in the brain with the use of tPA. While there is potential great benefit, because the blood vessels are fragile, there is a 6% risk that an ischemic stroke can turn into a hemorrhagic stroke with bleeding into the brain. This risk is minimized the earlier the drug is given and if the appropriate patient is selected.
In certain types of strokes involving the vertebrobasilar system and posterior circulation, the time frame may be extended beyond 4.5 hours.
If tPA is given, the patient will need to be admitted to an intensive care bed for monitoring. As well, depending upon circumstances, the patient may be transferred to a stroke center.
In some patients, instead of intravenous tPA, an option may exist to perform an angiogram where dye is injected into the arteries of the brain, identify the area of blockage, and inject tPA directly into the clot. It is also possible to employ clot retrieval or suck the clot out of the blocked artery. These procedures require the skill of a specially trained interventional neuroradiologist or neurosurgeon.
In those patients where tPA and other interventions are not possible or are not indicated, the patient is usually admitted to the hospital for observation, supportive care, and referral for rehabilitation.
Quick GuideStroke Causes, Symptoms, and Recovery
Is recovery after a stroke possible?
The ability to intervene in the acute stroke and to try to restore blood supply to brain tissue increases the likelihood that stroke victims can be rescued and brain damage minimized.In patients who have physical, mental, and emotional deficits because of the stroke, rehabilitation offers hope of increased function and return to the level of activity that they had prior to the stroke.
Again, the best treatment for stroke is prevention and minimizing risk factors for not only stroke but for heart attack and peripheral vascular disease (PAD).
What is stroke rehabilitation?
Rehabilitation may take weeks and months and usually requires a team approach for success. Physical therapists, occupational therapists, and speech pathologists will coordinate care with the primary health care professional and physical medicine and rehabilitation specialists.
Some of the treatments are directed to prevent life-threatening complications. For example, speech pathologists may help with swallowing to prevent aspiration pneumonia. Physical therapists may concentrate on strength and balance to prevent falls. Occupational therapists may find ways to allow the patient to perform daily activities from personal hygiene to cooking in the kitchen.
Many patients with significant stroke deficits may require admission to a rehabilitation hospital and/or longer term nursing facility prior to returning home. Unfortunately, some patients will have had too severe a stroke to be offered that opportunity.
What is the prognosis for a person that suffers a stroke?
Specialized stroke centers, hospitals that have the doctors, equipment, and resources to intervene quickly and treat strokes aggressively, have shown to increase stroke survival and patient function and recovery. These hospitals are certified by The Joint Commission, the American Stroke Association, and the health departments of some states. It is to your advantage to know which hospitals in your area are designated stroke centers because they will have the specialists and equipment needed to minimize diagnosis to treatment times.
There are many complications that can develop in stroke patients and some may not be able to return to full employment because of disability. Patients are affected physically with decreased body function, mentally with decreased cognition, and emotionally with depression and anxiety.
The return to function depends upon the severity of the stroke, what parts of the brain and body have stopped working, and what complications develop. Patients who lose their ability to swallow may develop aspiration pneumonia when food or saliva is inhaled into the lungs causing infection. Patients who have difficulty moving can develop pressure sores and infection due to skin breakdown.
Seizures may be a complication in up to 10% of patients. The more severe the stroke, the more likely that seizures may develop.
Which specialties of doctors treat stroke?
Care for a stroke patient may begin with prehospital providers (first responders, EMTs, paramedics) who recognize stroke symptoms and activate a stroke response.
Emergency physicians begin the evaluation and may help make the decision to administer TPA. Neurologists, neurosurgeons, interventional radiologists may also be involved in the decision to treat the stroke patient with TPA or clot retrieval, if the latter is an option at the hospital.
Critical care specialists help stabilize the patient after TPA is given. For patients who are not candidates for TPA, they are often admitted to a hospitalist.
Rehabilitation physicians, physical therapists and occupational therapists are involved after the acute event has resolved.
Finally, the primary care provider would look after the patient long-term.
Can strokes be prevented?
Patients who have had a transient ischemic attack (TIA) are often prescribed medications to decrease their risk of a subsequent stroke. These include medications to lower blood cholesterol levels and control blood pressure. In addition, antiplatelet medications may be prescribed to make platelets less likely to promote blood clot formation. These include aspirin, clopidogrel (Plavix), and dipyridamole/aspirin (Aggrenox).
Patients with a TIA are usually evaluated for carotid stenosis or narrowing of the carotid artery. Surgery to open critically narrowed carotid arteries (termed endarterectomy) may decrease stroke risk.
Lifelong control of high blood pressure decreases the risk of hemorrhagic stroke.
Atrial fibrillation is the most common cause of embolic stroke. Ideally the heart rhythm can be converted to normal sinus rhythm but in those patients whose hearts are chronically in atrial fibrillation, anticoagulation or “blood thinning” minimizes the risk of blood clot formation in the heart and subsequent embolization and stroke. The drug that is prescribed depends upon the specific patient and their individual situation. Patients who are prescribed apixaban (Eliquis), rivaroxaban (Xarelto), dabigatran (Pradaxa), or warfarin (Coumadin), decrease the chance of a stroke but are at risk for bleeding complications.