Kristen Mauk

Background

Stroke, also known as cerebrovascular accident (CVA) or brain attack, is an interruption of the blood supply to the brain that may result in devastating neurological damage, disability, or death. Approximately 795,000 people in the United States have a new or recurrent stroke each year (American Stroke Association [ASA], 2012a). Stroke accounts for 1 in 18 deaths, making it the fourth leading cause of death in the United States. A death from stroke occurs every 4 minutes and the cost of stroke treatment and disability was over $73 billion dollars in 2010. Death from stroke is generally higher among females, with higher rates in Black males (67.7/100,000) and females (57.0/100,000) than in Caucasians (ASA, 2012a). In Canada, stroke is the fourth leading cause of death, affecting 50,000 people each year (Heart and Stroke Foundation of Canada, 20059).
There are two major types of stroke: ischemic and hemorrhagic. The vast majority of strokes are caused by ischemia (87%), usually from a thrombus or embolus (ASA, 2012a). The symptoms and damage seen depend on which vessels in the brain are blocked. Carotid artery occlusion is also a common cause of stroke related to stenosis

Risk Factors

Some risk factors for stroke are controllable and others are not. The most significant risk factor for stroke is hypertension. Controlling high blood pressure is an important way to reduce stroke risk. Those with a blood pressure of less than 120/80 have half the lifetime risk of stroke as those with hypertension (ASA, 2012a). Smoking 40 or more cigarettes per day (heavy smoking) increases the stroke risk to twice that of light smokers. If a person quits smoking, their risk after 5 years mirrors that of a nonsmoker, so older adults should be particularly encouraged to stop smoking.

Warning Signs

Several warning signs are common. These include:
SUDDEN numbness or weakness of face, arm or leg – especially on one side of the body.
SUDDEN confusion, trouble speaking or understanding.
SUDDEN trouble seeing in one or both eyes.
SUDDEN trouble walking, dizziness, loss of balance or coordination.
SUDDEN severe headache with no known cause (National Stroke Association, 2013)

Diagnosis

There are several tools for assessing for signs and symptoms of stroke. One easy acronym is FAST:
F stands for facial droop. Ask the person to smile and see if drooping is present.
A stands for arm. Have the person lift both arms straight out in front of him. If one is arm is drifting lower than the other, it is a sign that weakness is present.
S stands for speech. Ask the person to say a short phrase such as “light, tight, dynamite” and check for slurring or other abnormal speech.
T stands for time. If the first F-A-S checks are not normal, then one is to remember F-A-S-T that Time is important and the emergency medical system should be activated (National Stroke Association, 2012).
Older adults experiencing the warning signs of stroke should note the time on the clock and seek immediate treatment by activating the emergency response system in their area calling 911 (American Stroke Association, 2012). Transport to an emergency medical facility for evaluation is essential for the best array of treatment options. A history and neurological exam, vital signs, as well as diagnostic tests including electrocardiogram (ECG), chest Xx-ray, platelets, prothrombin time (PT), partial thromboplastin time (PTT), electrolytes, and glucose are routinely ordered. Diagnostic testing imaging may include computed tomography (CT) without contrast, magnetic resonance imaging (MRI), arteriography, or ultrasonography to determine the type and location of the stroke. The CT or MRI should ideally be done within 90 minutes so that appropriate emergency measures may be initiated to prevent further brain damage.

Treatment

The first step in treatment is to determine the cause or type of stroke. A CT scan or MRI must first be done to rule out hemorrhagic stroke. Hemorrhagic stroke treatment often requires surgery to evacuate blood and stop the bleeding.
The gold standard at present for treatment of ischemic stroke is t-PA (tissue plasminogen activator). At this time, t-PA must be given within 3 hours after the onset of stroke symptoms. This is why it is essential that older adults seek treatment immediately when symptoms begin. Only about 3 – 5% of people reach the hospital in time to be considered for this treatment (ASA, 2012d). t-PA may be effective for a select group of patients after the 3-hour window (up to 4.5 ½ hours), and this treatment window has been approved in Canada (Heart and Stroke Foundation of Canada, 2009). The major side effect of t-PA is bleeding. t-PA is not effective for all patients, but may reduce or eliminate symptoms in over 40% of those who receive it at the appropriate time (Higashida, 2005). Other, much less common procedures such as angioplasty, laser emulsification, and mechanical clot retrieval may be options for treatment of acute ischemic stroke.
To prevent recurrence of thromboembolic stroke, medications such as aspirin, ticlopidine (Ticlid), clopidogrel (Plavix), dipyridamole (Persantine), heparin, warfarin (Coumadin), and enoxaparin (Lovenox) may be used to prevent clot formation. Once the stroke survivor has stabilized, the long process of rehabilitation begins. Each stroke is different depending on location and severity, so persons may recover with little or no residual deficits or an entire array of devastating consequences.
The effects of stroke vary, and some persons may recover with no residual effects. But more often, stroke survivors may have problems that include hemiplegia or hemiparesis (paralysis or weakness on one side of the body), visual and perceptual deficits, language deficits, emotional changes, swallowing dysfunction, and bowel and bladder problems. Ninety percent of all dysphagia (swallowing problems) results from stroke (White, O’Rourke, Ong, Cordato, & Chan, 2008).

Poststroke Rehabilitation

Rehabilitation after a stroke focuses on several key principles. These include maximizing functional ability, preventing complications, promoting quality of life, encouraging adaptation, and enhancing independence. Rehabilitation emphasizes the survivor’s abilities, not disabilities, and helps him or her to work with what he or she has while acknowledging what was lost.
Stroke survivors go through a unique recovery process. This model shows the process of stroke recovery where forward progress after stroke lead to acceptance and adaptation:

If significant functional impairments are present, evaluation for transfer to an intensive acute inpatient rehabilitation program is recommended. Inpatient rehabilitation units offer the survivor the best opportunity to maximize recovery, including functional return. An interdisciplinary team of experienced experts, including nurses, therapists, physicians, social workers, and psychologists, will help the survivor and the family to adapt to the changes resulting from the stroke. Outcomes for geriatric stroke survivors are enhanced by intensive rehabilitation programs, whether offered in rehabilitation units or in skilled nursing facilities (Duraski, Denby, Danzy & Sullivan, 2012; Jett, Warren, & Wirtalla, 2005).
A large amount of teaching is often done by stroke rehabilitation nurses who work with older survivors and their families. These include knowing the warning signs of stroke and how to activate the emergency response system in their neighborhood, managing high blood pressure, understanding what medications are ordered as well as how often to take them and why, the importance of regular doctor visits, preventing falls and making the home environment safe, available community education and support groups, and the necessity of maintaining a therapeutic regimen and lifestyle to decrease the risk of complications and recurrent stroke. All survivors will need assistance in re-integrating into the community. This is generally begun in the rehabilitation setting.

Save

Save

According to the CDC, nearly 800,000 persons in the United States have a stroke each year. This is about one every 4 minutes, resulting in over 130,000 deaths annually. Stroke is simply defined as an interruption to the blood supply to the brain and is caused by a clot or hemorrhage. It can be a devastating problem for survivors, resulting in changes in mobility, cognition, speech, swallowing, bowel and bladder, self-care, and general functioning to varying degrees.  Some people recover completely after a stroke, but others experience lifelong challenges.

The good news is that there is hope and quality of life after stroke. In my research with stroke survivors, I discovered 6 phases that survivors reported as they made the journey through rehabilitation towards recovery. These steps can be used to see where a person is in the recovery process, help us understand how they may be feeling, and help guide the way we interact with them.

Agonizing:  In this first phase of the process, stroke survivors are in shock over what has happened to them. They can’t believe it, and may even deny the warning signs of stroke. The important task during this time is survival from the stroke itself.  Call 911 if you see the warning signs of facial droop, arm weakness, or speech difficulties.

Fantasizing:  In the second phase of the stroke process, the survivor may believe that the symptoms will all go away. Life will return to normal, and there is a sense of the problem being unreal. Time takes on a different meaning. The way to help is to gently help them recognize reality, and without taking away hope for recovery.

Realizing: This is the most important phase that signals a turn in the recovery process. This is when the survivor realizes that he/she may not fully recover from the effects of the stroke and that there is work to be done to rehabilitate and reclaim life. Common feelings during this phase of realizing are anger and depression. The way to help is to encourage the person to actively engage in rehabilitation. The real work of recovery is just beginning.

Blending: These last 3 phases in the process of stroke recovery may be occurring at much the same time. This is where the real work of adaptation to life after stroke begins. The survivor begins to blend his “old life” before stroke with his new life as a stroke survivor. He/she may start to engage in former activities even if it requires adaptations to be made. He/she will be actively engaged in therapy and finding new ways to do things. The way to help is to promote education. This is a time when survivors are most ready to learn how to adjust to life after stroke. Listen to your rehab nurses, therapists, and physician. Be active in the recovery process.

Framing: During this phase, the individual wants to know what caused the stroke. Whereas in the Agonizing phase they were asking “why me?”, now they need to the answer to “what was the cause?”  Stroke can be a recurring disorder, so to stop a subsequent stroke, it is important to know the cause. Interestingly, if the physician has not given the survivor a cause for the first stroke, patients often make up a cause that may not be accurate. Help the survivor to learn from the health care provider what the cause of his/her own stroke was. Then steps can be taken to control those risk factors.

Owning:  In this final phase of stroke recovery, the survivor has achieved positive adaptation to the stroke event and aftermath. The survivor has accomplished the needed grief work over the losses resulting from the stroke. He/she has realized that the effects may not go away and has made positive adjustments to his/her life in order to go on. Survivors in this phase have blended their old life with the new life after stroke and feel better about their quality of life. While they still may revisit the emotions of the prior phases at times, they have accepted life as a survivor of stroke and made good adjustments to any changes that resulted. They feel that they have a more positive outlook on life. At this point, survivors can use their experience to help others cope with life after stroke.

For more information about stroke recovery, visit www.seniorcarecentral.net and view Dr. Mauk’s model for stroke recovery.

Consider these facts about stroke from the American Stroke Association (2013): Be informed about stroke.

• Nearly 800,000 Americans annually suffer a new or recurrent stroke.
• A stroke occurs about once every 40 seconds. About every 4 minutes, someone dies of a stroke.
• Stroke is the 4th leading cause of death in the United States, killing more than 137,000 people a year.
• Risk of stroke death is higher for African American males and females than for whites. Females have a higher rate of death from stroke than males.
• In 2010, Americans paid about $73.7 billion for stroke-related medical costs and disability.

Stroke is simply defined as an interruption of the blood supply to the brain. It is most often caused by a clot that either originated in the brain or traveled from another part of the body. Warning signs of stroke include (National Stroke Association, 2013):
• Sudden weakness or paralysis, usually on one side of the body
• Sudden confusion, speaking or understanding
• Sudden changes in vision
• Sudden dizziness, incoordination, or trouble walking
• Sudden severe headache with no known cause

If you or someone you love experiences any of these symptoms, call 911 immediately. Do not delay. New medical treatments may be able to reverse the effects of stroke, but time is critical. Note the time that the symptoms started so that you can inform the medical professionals who are providing treatment.
The effects of stroke depend on the area of the brain that is damaged. Some common results of stroke are weakness or paralysis on one side of the body, difficulty walking or dressing oneself, aphasia, trouble eating or swallowing, bowel and bladder changes, cognitive changes such as memory problems, and emotional issues such as depression and mood swings. Stroke affects the entire family, so be sure to seek out resources and support in your community if a stroke has touched your family.

For stroke survivors, treatment in an acute rehabilitation facility with an interdisciplinary team approach is highly recommended and results in more positive outcomes. The rehabilitation team works together with the survivor and family to accomplish personal goals and achieve the highest level of function possible. Although some of the effects of stroke may be long-lasting or permanent, there is hope of continued progress and good quality of life after stroke.

I had always heard that kidney stones were the closest thing to labor pain and childbirth that a man could experience, but being a woman who had been through labor four times, I didn’t quite believe it or understand the comparison. That is, until the other day…

I was sitting at the computer writing and felt a pain like a muscle cramp in my right side. But, since I couldn’t recall having done anything strenuous the day before, I just figured I had been sitting too long in one spot. Moving around helped for a brief time until the pain returned, more intense and radiating from the right flank around my side and down to my groin. Hmmm….being a nurse I wondered what this could be so I tried the usual techniques as the pain intensified: Tylenol, the massage chair, walking, lying down, sitting up, and having the kids rub my back. Yikes, the pain that can only be described as an unrelenting, constant hurt of the greatest magnitude, a 12 on the pain scale of 1 – 10, which no positioning or over the counter pain medication can touch had me rolling on the floor and telling the kids to call Dad to come home from work now.

Yes, that was just the beginning of my kidney stone experience. In trying to explain the pain to my husband on the phone, he said I sounded so short of breath that he thought I was having a heart attack and called EMS. When they arrived, the pain had subsided and I was left to diagnose myself with a kidney stone, with which the paramedics agreed. But since the pain was completely gone, did I really need to go to the hospital and in an ambulance no less? On their recommendation, the answer was yes.

In the ER, the IV was started and a CAT scan done to confirm our suspicions. Having no history of kidney stones, I was surprised at this painful attack that came on with no warning at all.

The ER doctor came in to see us and said in a thick accent, “Well, you were right. In 5 – 7 days you will have a special delivery!” he laughed.

I glanced at my husband who had turned white and later told me he thought for a second, “you mean she’s having a baby?!” (which at 53 surely would have been some sort of miracle). My first thought was “5 – 7 days of this pain? Are you kidding me?” How will I survive?

Another painful bout came as I lay on the gurney, and four strong IV medications didn’t completely take away the pain. We were told the pain comes from the spasms of the ureter as the stone blocks the flow of urine and irritates the inflamed tissues. Who could imagine that a 2 mm stone the size of a grain of sand could cause so much discomfort? The word intractable pain had new meaning for me now and I wished I had been more sympathetic to people and patients with kidney stones.

They sent us home with a urine strainer and prescriptions for Flomax and a combination of anti-inflammatories and pain medications. Another attack in the car and all I could do was writhe in pain and pray for relief. My husband kept repeating, “I hope I never get one of those”. It is the type of pain that one would do almost anything to stop but that nothing relieves short of passing the stone.

As I took my pain pills, strained my urine, and drank copious amounts of water to help the delivery along, I had time to reflect on the age old debate of kidney stone pain being akin to labor and childbirth. Having some experience in the childbirth area, I still found no way to compare the two in terms of what hurts more, but here were my reflections:

Labor pains were more predictable and increased with intensity as you moved towards the goal of delivery. Kidney stone pain, on the other hand, was unpredictable and had the most intense pain with every bout.

Doctors can predict when the baby will be delivered by closeness of contractions, and examining cervical dilation and effacement. Kidney stone delivery is much less predictable.
If your baby is too big to be delivered vaginally or there are complications, a C-section can be performed. And if your kidney stone is too big to pass, you may have laser treatment to break up the stones or major surgery to retrieve them. Both can mean painful recoveries.

There are medications they can give you for labor and delivery. You can even get an epidural, which I never had, but am told they can make the experience much less painful. But the kidney stone pain didn’t seem to be completely obliterated by anything short of passing it.

In comparing types of pain, I guess I can see where men would say they come close to labor pain with a kidney stone, but 10 hours of back labor was equally as bad, and having your OB doctor turn your baby internally prior to a natural birth still rates as the #1 pain I have ever had (but at least it was over quickly).

And last, but most significantly, with labor and childbirth you expect and usually earn a wonderful, lasting, happy surprise at the end of the process, where you hold your newborn in your arms and experience the glory of motherhood, quickly forgetting the pain that was endured to have your bundle of joy. Whereas, at the end of your kidney stone passing, you collect a little grain of something that goes into a plastic container for the urologist to later analyze and you can’t believe how much that little devil hurt to get out. You may experience relief and joy at the passing, but there are lifestyle modifications to make to try to avoid it ever happening again, and still without the assurance that it can be prevented, so unlike the conception process. Who, having had one kidney stone, would ever make plans to have another?

Fortunately, my stone did not take 7 days to pass and was gleefully collected in a matter of hours.

So, my answer to the question of which is more painful, a kidney stone or labor and delivery, is a simple one: they cannot be compared. It’s like apples and oranges. Different types of pain, but both extremely intense, though the kidney stone is much more unpleasant because the outcome is not a lasting joy for the rest of your life. Since every person experiences pain differently, no one could really answer this question anyway because pain is a subjective experience.

For me, given the choice between labor and a kidney stone, I pick labor. Childbirth is definitely more fun and with rewards that last a lifetime.