Can External Counterpulse Treat Atrial Fibrillum?
External counterpulse could not be used directly to treat AF. Atrial flutter was a relatively serious cardiac disorder. It required the use of drugs to control the heart rate and anticoagulated drugs to slow down the heart rate and prevent the occurrence of embolisms. At present, the most invasive and effective treatment method was considered to be radio frequency ablations. External Counterpulse was a non-invasive and painless physiotherapy used to treat various ischamic diseases. Although patients with AFL could still benefit from external counterpulse treatment, it was not a means of treating AFL. Read more exciting novels for free
Can External Counterpulse Treat Brain Stroke?
External counterpulse had a treatment effect on cerebral stroke. External counterpumping was an external auxiliary circulation device. Its mechanism was similar to the South-to-North Water Diversion. It drove blood flow back to the upper body by non-invasive and consecutive compression of the human buttocks and lower limbs in sync with the heart cycle, replenishing the insufficient blood supply of the heart and other parts, and promoting the opening of the cardiovascular and cardiovascular arteries, thereby improving cerebral asphyxia and promoting the recovery of nerve cell function. It could increase the amount of blood returning to the heart and the cardiac output, so that the brain could maintain a high level of cerebral infusion, so that the brain tissue could get more blood supply during the contraction and relaxation period, thus improving the cerebral tissue's lack of oxygen and metabolism, promoting the recovery of brain cell function, and achieving the purpose of treating cerebral stroke. It was a good supplementary means in addition to drugs and stent in the treatment of cerebral stroke. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
External Counterpulse for Heart Failure?
External counterpulse can be used to treat heart failure. External counterpumping plays a role in regulating blood flow shear stress, improving blood vessel membrane function, suppressing inflammation, anti-plaque and other patho-physiological mechanisms. It increases the amount of blood returning to the heart of the coronaries, improves the balance of oxygen and blood supply in the heart muscle, and improves the pre-and afterload of the heart, thus relieving the symptoms of heart failure. In 2002, the Food and Drug Administration of the United States had explicitly approved the use of external counterpumping for the treatment of heart failure. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
External Counterpulse Device User's Manual
The instructions for using the External Counterpulsating Device were as follows: 1. Equipment preparation: Check whether the external counterpump can work normally, ensure that the accessories are complete, and place the equipment in a dry and dust-free environment. 2. Conduit installation: Accurately connect the tube to the treatment instrument. The other end of the tube is connected to the treatment belt on the patient's thigh or buttocks. The size and tightness of the treatment belt need to be adjusted according to the patient's body size and comfort. 3. " Adjusting parameters: Set appropriate treatment parameters, such as the strength and frequency of counterpulse, according to the patient's weight, height, age, and other conditions, as well as the doctor's suggestions. 4. Start treatment: Start the treatment after completing the parameters. During the treatment, the patient's heart rate, blood pressure and other physiological indicators should be monitored in real time. If the patient feels uncomfortable, the treatment should be stopped immediately. 5. End of treatment: When the treatment is over, turn off the equipment, remove the tube and treatment belt from the patient, and clean and disinfect the equipment for the next use. It should be noted that the operation of the external counterpulsing device required professional medical personnel to ensure the safety and effectiveness of the treatment. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
What is the meaning of an external counterpulse treatment instrument?
External counterpulse treatment equipment was an instrument that worked by using air sacs wrapped around the buttocks and lower limbs of the human body. During the relaxation period of the heart, the device exerted external pressure on the human body to drive the blood from the lower limbs and buttocks back to the main artery, thereby increasing the blood supply and oxygen supply to the heart, reducing blood stickiness, improving the blood circulation, reducing Platelet assemble, and reducing the level of tromboxane, thus achieving the purpose of improving blood vessel function and blood circulation. At the same time, it could also improve the shape and function of the blood vessel's inner cells, repair the blood vessel's inner layer damage, and suppress the occurrence and development of stiffening. It could also play a role in blood vessel health care, reduce the risk of heart attack, and reduce the occurrence of heart attack. Through the technique of monitoring and regulating the heart, the device inflated and pressured the air sacs that wrapped the calves, thighs, and buttocks from bottom to top during the cardiac distension, so that the blood from the lower body would flow back to the upper body and increase the blood flow of the important organs (heart, brain, kidneys, eyes, ears, etc.). Before the cardiac distension, the air sacs would quickly deflate, and the blood vessels of the pressed limbs would suddenly relax. The peripheral circulatory resistance would decrease, and the resistance of the blood ejected from the heart chambers would decrease, reducing the oxygen consumption of the heart muscle. This process could be repeated over and over again, which could greatly increase the blood flow in the coronaries and the brain. It was conducive to opening up and establishing collateral circulation, promoting the reconstruction of blood vessels around the ischaemia-stricken area, and giving play to the effect of green living beings. It could also increase the production of vasodilating substances in the body, and at the same time, reduce the constricting substances in the body. It could improve the condition of blood vessels in the long run and continuously improve blood supply. This was a non-invasive, non-side-effect, and painless physiotherapy instrument independently developed by our country to treat the whole body's ischaenia. It was a combination of prevention, treatment, and rehabilitation. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Can heart failure patients do external counterpulse?
Patients with chronic heart failure (heart function class I -III) could receive external counterpulse. External counterpulsating could play a role in regulating blood flow shear stress, improving blood vessel membrane function, suppressing inflammation, anti-plaque and other patho-physiological mechanisms. It could increase the amount of blood returning to the heart of the coronaries, improve the balance of oxygen and blood supply in the heart muscle, and improve the pre-and afterload of the heart, thus relieving the symptoms of heart failure. However, patients with moderate to severe incompetence of the carotid valve, carotid dissection and tumor-like distension, and fresh venous emboli in the veins of the lower limbs were not suitable for external counterpulse treatment. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Is Counterpulse therapy harmful to the body?
Counterpulse therapy had certain dangers and could cause complications. Take external counterpump therapy (abdominal balloon counterpump) as an example. The main harm was that there might be complications such as lower limb ischaenia, large blood vessel branch obstruction, wound infection, pseudohemorrhage formation, acute cholecystectomy, and chopstick reduction. Lower limb ischaenia was a common complication, which was related to factors such as cardiac output, large diameter of the stent, damage to the inner membrane, and blood clot. If there was a situation of limb distant ischaenia, the balloon should be pulled out immediately to repair the blood vessel and remove the clot in the blood vessel. If necessary, the balloon should be re-placed in other positions. Occlusion of large blood vessel branches such as subclavian artery, superior mesentery artery, or kidney artery may cause distant ischaenia. However, the external counterpulse was a non-invasive, painless, and side-effect physical therapy. It was a combination of prevention, treatment, and rehabilitation. It was known as "passive exercise." <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
What are the prescriptions for external application of Chinese medicine to treat varices?
What is the normal value of the abdominal counterpulse pressure?
The normal value of the carotid counterpulse pressure is usually 60 - 89 mm <anno data-annotation-id ="9999c445 - 4440 - 4490 - 9999 - 99999999999999"> mm </anno>. Counterpulse pressure refers to the change in pressure produced when the balloon in the artery is inflated during the heart's relaxation period, and also refers to the relaxation pressure. They should rest for more than 15 minutes before the measurement, and should not drink stimulating drinks such as strong tea and coffee before the measurement. At the same time, they should maintain a stable mood and avoid excessive tension and stress. If the counterstroke pressure is lower than 60 mm, it may indicate the presence of heart failure, and can be treated with drugs such as flurasemide tablets and hydrogen thiazide tablets under the guidance of a doctor; if it is higher than 89 mm, it may be high blood pressure, and can be treated with drugs such as nifedipine tablets and amodipine besilate tablets under the guidance of a doctor. In case of abnormal counterpulse pressure, they should go to the cardiovascular department of the hospital in time and actively cooperate with the treatment. In daily life, they should pay attention to light diet, avoid high-salt, high-oil, high-fat food, control weight, exercise appropriately, and avoid smoking and drinking. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
What is the meaning of 'atrial never ending story'?
It could potentially refer to a story related to the atrium (in a building or an anatomical context) that is unending. Maybe it's a creative concept about an atrium that has a continuous or infinite narrative associated with it, like an ever - evolving tale of events that take place within or are related to that atrium.
A Self-narrative Story of a Patient with Atrial Fibrilating
My Journey to Atrial Fibrilacy I never thought that I would be entangled with the disease of AF. In the past, I lived a seemingly ordinary but comfortable life. However, all of this changed completely when I noticed the abnormality in my heart. At first, it was just a vague feeling that his heart was no longer beating rhythmically. I observed myself for a week, hoping to get lucky, but the situation didn't improve. With an uneasy feeling, I walked into the Cardiology Department of the provincial tertiary Grade A hospital. After the specialist listened to my description and examined me with a stethoscope, he asked me to do an electrocardiogram. When I saw the words " Atrial Fibrilacy," my heart was filled with confusion and fear. This strange illness was like a haze that suddenly enveloped my life. The doctor's reaction was very calm. He just told me to go home and observe to see if my heart could recover on its own. I was puzzled at that time. Don't you need medicine for this illness? The doctor told me that there was no medicine. I was full of doubts, but I could only listen and go home. However, my heart was always uneasy, and my family started to help me ask around. His younger sister heard that her colleague had this disease before. She said that she could only perform surgery, which was called radio frequency ablations, and there was a certain rate of relapse. I searched online and got the same answer. In those three months, I spent every day in unease. Not only did my condition not get better, but it got worse. Dizziness, chest tightness, and short of breath became my daily routine. The soles of my feet felt like they were stepping on cotton, and my stomach felt like there was a stone pressing down on it. My face, calves, and feet began to swell, and I would wake up at night from choking in my breath. My mental state was getting worse and worse, and I could only lie in bed all day. When I came to the hospital again, after a comprehensive examination, I was diagnosed with heart failure. This undoubtedly made things worse. After I was hospitalized, a young doctor took care of my illness. He told me that surgery could cure the disease, but I was worried that I was too old to get off the operating table, so I refused. It was only then that I learned that there was a drug called propafenone tablets that could treat irregular heartbeats. Moreover, af could also cause blood clots, which required long-term use of anticoagulators to prevent it. I tried to use medicine to control the disease, but it was like a naughty demon, always coming out to cause trouble from time to time. Sometimes, I feel like I've already controlled it, but if I'm a little tired, such as moving my luggage upstairs or walking around a lot at work, the af will attack again. This made me very depressed. I felt like I was groping in the dark and couldn't find a way to really get rid of the disease. My 12-hour work every day was like torture in prison, and the noise outside the sentry box made my symptoms even more obvious. Every morning at around 1 am, I would be awakened by some kind of induction in my body, and then I would have an attack of AF. After the outbreak, he basically couldn't sleep in the second half of the night and didn't have the energy to work during the day. I tried to stop the attack by getting up and exercising, but it wasn't a solution. Due to the frequent relapse of my illness, I had no choice but to resign. But the leader didn't believe me and thought that I wanted to jump ship. I had to go through a lot of trouble to get a medical certificate from the hospital before I was able to resign. When I got home, the strange thing was that the illness did not act up for many days. This made me realize that this illness had a lot to do with my mood and environment. I also learned a lot during my fight against AF. Some people chose surgery because they thought that this could block the randomly transmitting nerves in the lung veins and stop the randomly active heart muscle cells. However, surgery was not omnipotent. Some people would feel discomfort after surgery. It might be because although the surgery mechanically interfered with the cells of the local disease point, it might have an impact on the meridians, Qi, blood, and vitality mentioned by traditional Chinese medicine. As for myself, I'm still looking for the most suitable treatment method for myself. I'm constantly exploring between drug control and life recuperation, hoping that one day I can really get rid of the entanglement of the disease. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>