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Foley catheter, its insertion and Function

How CPR Procedure Is Performed? I CPR (Cardiopulmonary Resuscitation)

#brainaneurysm Welcome to our channel Power of Knowledge. In this video you will learn about cerebral aneurysms, its causes, symptoms and treatment. A brain aneurysm also known as a cerebral aneurysm or intracranial aneurysm, is a bulge or ballooning in a blood vessel in the brain. brain aneurysms form and grow because blood flowing through the blood vessel puts pressure on a weak area of the vessel wall. This can increase the size of the brain aneurysm. If the brain aneurysm leaks or ruptures, it causes bleeding in the brain, known as a hemorrhagic stroke. Symptoms of cerebral aneurysm: Most brain aneurysms that haven't ruptured don't cause symptoms. This is especially true if they're small. Brain aneurysms may be found during imaging tests that are done for other conditions. However, a ruptured aneurysm is a very serious condition, typically causing a severe headache. And if an unruptured aneurysm presses against brain tissue or nerves, it may cause pain and other symptoms. Causes of cerebral aneurysm: Brain aneurysms are caused by thinning artery walls. Aneurysms often form at forks or branches in arteries because those areas of the vessels are weaker. Although aneurysms can appear anywhere in the brain, they're most common in arteries at the base of the brain. Prevention of Cerebral aneurysm: In many cases, brain aneurysms can't be prevented. But there are some changes you can make to lower your risk. They include quitting smoking if you smoke. Also work with your health care provider to lower your blood pressure if it's high. Treatment of Cerebral aneurysm: Brain aneurysm is treated by brain surgery. #brainaneurysm #BulgeInBrain

in this video we will discuss that what causes twist in female ovaries? Ovaries play a vital role in the female reproductive system. However, in ovarian torsion, the ovaries can become twisted around their supporting ligaments, causing a blockage in blood flow and resulting in painful swelling. The risk of ovarian torsion is higher in females with unstable ovaries, which can be caused by two main factors: neoplasm or cyst formation. Neoplasm refers to a benign cancer where ovarian tissues start to divide abnormally, forming a tissue mass known as neoplasm. On the other hand, if an egg cannot be released from a normal follicle or if the follicle does not disappear after ovulation, it can become filled with fluid and enlarge, forming a sac-like structure called a cyst. Symptoms of ovarian torsion include intense pain in the lower abdomen and inflammation in the peritoneum membrane due to the blocked blood supply and dying ovarian tissues. To diagnose ovarian torsion, an ultrasound is commonly performed. Surgery is the preferred treatment for ovarian torsion. During the procedure, the twisted ovary is untwisted, and if the ovarian tissues have died, they may need to be removed, and in some cases, the fallopian tubes as well. #OvarianTorsion #TwistedOvary #OvaryRotation adnexal torsion

#alcoholfree #alcohol Alcohol damages all our body organs, such as the stomach, small intestine, liver, brain, heart, and kidneys, etc. After consuming alcohol, approximately 20% of it is absorbed in our stomach. This stimulates the production of more gastric juices, which can then damage the stomach lining, leading to stomach ulcers. The other 80% of alcohol is absorbed from the small intestine into the bloodstream. In the small intestine, alcohol also causes slow food movement and bloating. When alcohol enters the bloodstream, it dilates blood vessels, causing the heart to beat quickly and leading to a heart attack. Moreover, high blood pressure increases blood flow to the skin, causing excessive heat loss and dehydration. In the brain, alcohol constricts brain tissue, increasing the chances of bleeding and blood clots, which can be life-threatening. Alcohol affects brain functions such as speech, balance, judgment, and memory by secreting dopamine and serotonin. The liver is responsible for breaking down waste materials in our bodies. Alcohol breakdown in the liver produces carbon monoxide, damaging liver cells and depleting oxygen levels, leading to hypoxic hepatitis, a life-threatening condition. Alcohol also causes fat buildup in the liver, resulting in fatty liver disease, bleeding, swelling, and inflammation. This can lead to a slowing production of blood clotting factors, causing chronic liver inflammation. The kidneys' function is to filter blood, and proper blood flow and hydration are crucial for their function. Alcohol abuse causes constant heat loss from the skin, leading to dehydration. Increased blood flow to the kidneys can damage kidney cells, leading to the accumulation of wastes in the blood and an imbalance of electrolytes like sodium and potassium, which can lead to kidney failure. Alcohol inhibits the processes that produce protein in our muscles, resulting in muscle weakness and cramping. Additionally, alcohol interferes in the production of Vitamin D, which strengthens bones by aiding calcium absorption. Low calcium levels in the bones due to alcohol's interference result in bone thinning and an increased risk of fractures. Treatment for alcoholics is available in recovery centers in every country, where they receive appropriate care. Medications like naltrexone, Acamprosate, and disulfiram can also help control the pleasant feelings associated with alcohol. #alcohol #alcoholfree

#HipReplacement #ArthritisTreatment #JointHealth Welcome to our channel Power of Knowledge. In this video You will be able to learn about the medical procedure used for damage or arthritic hip joint called hip replacement surgery. Here is the script of the video. Superpath Hip Replacement "The Superpath hip replacement is a surgical procedure where a patient's damaged or diseased hip joint is replaced with a metal joint. This procedure offers more benefits compared to traditional hip replacement. In conventional hip replacement, a large incision is made on the hip, and the joint is dislocated, causing damage to many muscles. This results in a longer recovery time, and the protective coating around the hip joint, known as the hip capsule, is also damaged. However, in Superpath hip replacement, a small 3-inch incision is made on the side of the hip, and the joint is replaced without any dislocation. Before understanding this procedure, let's briefly look at hip anatomy. The hip joint is located between our thigh bone and pelvic, also known as the hip bone. It is a ball-and-socket joint that allows movement in almost every direction. The rounded end of the thigh bone fits into a socket-like region in the pelvic bone, called the acetabulum. Sometimes, with age or due to conditions like arthritis or injury, this joint can become damaged, leading to stiffness and pain that disrupts daily activities. Doctors may initially recommend medicines and stretching exercises, but if there is no improvement, hip replacement surgery is suggested. Now, let's see how the Superpath hip replacement is performed. During the surgery, the patient is positioned on the side with a slight angle, and general anesthesia is administered. The patient's leg is then bent at a 45-degree angle. The surgeon makes a 3-inch incision on the side of the hip. After the incision, without damaging any muscles, the surgeon retracts them to the side. Following this, the surgeon cuts and opens the hip capsule to expose the hip joint. The surgeon then cuts and removes the head part of the femur bone. Next, the surgeon rounds the acetabulum socket and fits metal sockets into it. A metal rod is inserted into the femur bone with a ball joint on the head. The surgeon then fits the metal ball joint into the socket and checks the joint movement by moving the leg. If the surgeon is satisfied with the fit, the hip capsule is stitched and closed. Finally, layer by layer, the surgeon sews up and applies a bandage. Superpath hip replacement surgery is complete, and because no major muscles are damaged, most patients are able to walk within a few hours after surgery. That's all for today; we'll see you in our next video. Until then, thank you for Watching #HipReplacement #OrthopedicSurgery #JointReplacement #TotalHipArthroplasty #Orthopedics #HipImplant #JointHealth #SurgicalProcedure #HipRehabilitation #OrthopedicRecovery #ArthritisTreatment #OrthopedicCare #JointPainRelief #HipSurgeryRecovery #OrthopedicProcedures

#pneumonia Welcome to our video on Aspiration Pneumonia, Aspiration pneumonia is a serious lung infection that occurs when food particles or liquid accidentally enter the windpipe. It is also known as anaerobic pneumonia because oxygen depletion in the lungs creates an anaerobic condition. When food particles or liquid enter our lungs, they get trapped in the air sacs known as alveoli. Sometimes, if there are bacteria or pathogens present in these particles or liquid, such as streptococcus pneumonia, they can cause infection. This leads to aspiration pneumonia. Our immune system perceives these food particles, liquid, or bacteria as invading materials and tries to kill them, resulting in inflammation at the site containing the particles. As a consequence, food particles, dead cells, and liquid accumulate in the alveoli, causing fluid buildup. This fluid then triggers irritation and coughing. Aspiration pneumonia is more common in people with a weak defense system or those who suffer from impaired coughing. There are many reasons for impaired coughing, including throat cancer, excessive alcohol consumption, esophagus disorders, the use of sedative drugs, anesthesia, and others. Signs and symptoms of aspiration pneumonia include the presence of colored mucus, sounds coming from the chest, shortness of breath, fatigue, a slight blue tint to the skin, and excessive sweating. Treatment for aspiration pneumonia often involves providing highly humidified oxygen. For those who have difficulty eating, a tube is inserted through the nose into the stomach, and liquid-based food is given. Additionally, antibiotics are administered to kill the bacteria." #pneumonia

#cpr #HowtoperformCPR Welcome to our channelPower of knowledge. In this video you will learn about how to perform CPR to infants or Child. CPR stands for cardiopulmonary resuscitation. Infant and child CPR is an emergency technique used to help oxygen and blood flow in a baby or child when their heart and breathing have stopped. The CPR procedure includes chest compressions, which push blood from the heart through the body, and mouth-to-mouth breathing, which provides oxygen to the lungs to support circulation and oxygen levels. There are specific rules for resuscitating infants and children. Infants are those under 1 year old, and children follow different guidelines from age 1 up to a weight of 121 lbs. Around 50 to 65% of children requiring CPR are younger than 1 year old, with most of them being less than 6 months old. Here's a step-by-step guide for performing CPR on an infant or child in an emergency: Step 1: Check for responsiveness: Gently tap the infant or child's shoulder to see if they respond. If they don't respond, move to the next step and immediately call 911, or ask someone else to call. Step 2: Perform 30 chest compressions: Place the baby or child on their back on a flat, firm surface. For a baby, put both thumbs side by side at the center of the baby's chest, just below the nipple line. - Use both thumbs simultaneously to push down firmly and quickly. - Push the chest 1 to 1 ½ inches deep at a rate of 100 to 120 compressions per minute. - Allow the chest to return to its normal position after each compression. For a small child, use a one-handed CPR technique: - Position the heel of one hand at the center of the child's chest. - Push down firmly and quickly about 2 inches deep at a rate of 100 to 120 compressions per minute. Step 3: Provide 2 breaths: - Cover your mouth over the baby or child's lips and give a gentle breath for about 1 second. - Ensure that their chest rises with each breath. - Allow the air to escape before giving the next breath. Step 4: Continue with sets of 30 chest compressions and 2 breaths until: - You notice a clear sign of life or the medical team arrives. #cpr #HowtoperformCPR #CPRInAction

"Nasotracheal suction is a procedure in which sputum is sucked from the trachea using a suction device. This procedure is performed on those individuals who cannot clear their windpipe through coughing or any other means. Besides sputum, if water, blood, or any other particles enter the lungs, these particles can also be removed from the trachea through this procedure. It is essential to do this because these particles can create blockages, hindering the proper transport of oxygen in the lungs. Consequently, the oxygen levels in the body decrease, leading to the possibility of various complications. In medical terms, this condition is called hypoxia. Let's see how Nasotracheal suction is performed: First of all, the doctor will connect a tube to a suction pump and set the suction pressure. Then, a catheter is attached to the suction tube. The end of the catheter is moistened with water-soluble lubricants so that it can pass easily through the nasal route. The patient will be asked to breathe, and the catheter tube is carefully inserted through the nasal passage into the trachea. Once in place, sputum and other particles are suctioned from the trachea by turning on the suction pump. Suction should not last more than 10 to 15 seconds because prolonged suction can lead to decreased oxygen levels in the lungs, potentially causing hypoxia. If sputum is found in the right bronchiole, the patient's head is tilted to the left, guiding the catheter tube towards the right bronchiole for effective suction. Similarly, if sputum is found in the left bronchiole, the patient's head is moved to the right side, and the sputum is suctioned. After the procedure, the suction tube is slowly removed, and the patient will resume normal breathing." #NasotrachealSuctioning #TracheaTube

#ozempicweightloss #DiabetesTreatment #Type2Diabetes Welcome to our in-depth exploration of Ozempic drug therapy, a revolutionary treatment changing the landscape of Type 2 diabetes management. In this video, we'll unravel the science behind Ozempic, guiding you through its intricate workings, benefits, and impact on blood sugar control and weight loss. Ozempic offers a powerful solution for managing type 2 diabetes and improving overall health. So, let's dive right in and explore what Ozempic is all about. What is Ozempic? Ozempic is a prescription medication approved by the FDA to treat type 2 diabetes in adults. The active ingredient in Ozempic is semaglutide, which belongs to a group of drugs called GLP-1 receptor agonists. It works by helping your body produce more insulin, reducing sugar production in the liver, and slowing down food digestion to control blood sugar levels. How Does Ozempic Work? When you have type 2 diabetes, your body struggles to regulate blood sugar properly. Ozempic steps in to support your natural insulin production and improve the way your body handles sugar. By doing this, it helps lower blood sugar levels and reduces the risk of complications related to diabetes. Benefits of Ozempic: 1- Effective Blood Sugar Control: Studies have shown that Ozempic helps lower A1C levels significantly, which is a crucial measure of long-term blood sugar control. 2- Weight Loss: Many people using Ozempic experience weight loss as a bonus, making it beneficial for those looking to shed a few extra pounds. 3- Once-Weekly Dosing: Ozempic is administered as a once-weekly injection, making it convenient for people who prefer less frequent dosing. How to Use Ozempic: Using Ozempic is simple and easy. Your doctor or healthcare provider will show you the proper injection technique, and you'll be able to administer it yourself at home. It's usually injected under the skin of your stomach, thigh, or upper arm. Precautions and Side Effects: While Ozempic is generally well-tolerated, it's essential to be aware of potential side effects, including nausea, vomiting, and diarrhea. If you experience any concerning side effects or have questions, don't hesitate to consult your doctor. Lifestyle Tips: Ozempic is most effective when combined with a healthy lifestyle. Remember to follow a balanced diet, engage in regular physical activity, and monitor your blood sugar levels as recommended by your healthcare provider. Don't forget to like, subscribe, and hit the notification bell to stay updated on the latest in medical innovation. Feel free to leave your thoughts, questions, or experiences with Ozempic in the comments below, and let's foster a community of understanding and support! #Type2Diabetes #OzempicTherapy #DiabetesTreatment #BloodSugarControl #diabetesmedication #ozempicweightloss Transcript

#iud #birthcontrol The intrauterine device (IUD) is a flexible T-shaped device that is inserted into the female uterus for birth control purposes. There are two types of intrauterine devices. The IUD is 99% effective in preventing pregnancy and has a birth control range of 3 to 10 years. Hence, it is considered very effective for birth control. The IUD is inserted into the uterus via a long, thin tube, and there is a string tied at the end of the IUD. This string helps during the removal of the IUD, as it can be pulled through from the uterus. Copper-coated IUDs cause minor inflammation in the uterus, which kills sperms that may enter the uterus through the inflammatory response. Additionally, this copper-coated IUD prevents embryo implantation in the uterus. It is effective for birth control for 5 to 10 years before being removed. On the other hand, hormonal IUDs release progestin hormone after being inserted into the uterus. Progestin thickens the mucus in the cervix region, preventing sperm from entering the uterus. Furthermore, progestin thins the uterine endometrial lining, making it difficult for the egg to implant in the uterus. Hormonal IUDs are effective in birth control for up to three years before removal. One of the biggest advantages of an IUD is that it can be removed at any time, allowing the female to become pregnant again. #iud #intauterinedevice #birthcontrol

#Appendix #Appendectomy #appendicitis Sure, let's whip up a description for your YouTube video that not only captures the essence of your content but also plays the SEO game. We'll pepper it with the right keywords to give it some zing, making it a hit with both viewers and search algorithms. Here we go! "Are you feeling a sharp pain in your abdomen? It might be more than just a stomach ache! In this informative video, we dive deep into the subject of an inflamed appendix and appendicitis, unraveling the mysteries of this perplexing condition. Appendicitis, or inflammation in the appendix, can be a real pain in the gut, literally. Your appendix, a finger-like tube at the cecum region of the large intestine, might seem like a useless vestigial organ, but don't be fooled! Some studies show that it plays a role in boosting our immune system. Plus, it's home to useful bacteria that aid in digestion. But what happens when things go wrong? Fecal particles or infections can block the appendix, preventing mucus from escaping. This leads to an inflamed appendix, causing severe abdominal pain, fever, vomiting, and nausea. Right-sided abdominal pain? That's a major red flag for appendicitis. Using CT scans or ultrasounds, doctors can diagnose this pesky condition. But beware, appendicitis is a medical emergency! If left untreated, the appendix may rupture, leading to life-threatening complications. The solution? An appendectomy, a surgical procedure to bid farewell to the problematic appendix. #appendicitis #Appendix #Appendectomy

#filariasis #LymphaticFilariasis Welcome to our channel Power of knowledge. In this video you will learn about Elephantiasis, Cause of Elephantiasis, Symptoms and Elephantiasis and Treatment Of Elephantiasis. So, What is Elephantiasis? Elephantiasis, also known as lymphatic filariasis, is a rare parasitic disease that spreads to humans through mosquito bites. If a mosquito carries a specific parasite called a roundworm, this roundworm can be transmitted to humans when the mosquito bites them. Once in the human body, the roundworm matures and begins to damage the lymphatic system. This leads to the blockage of lymph nodes in the lymphatic system, causing swelling and severe pain at the infection site. Now, let's understand how elephantiasis develops. Some roundworms complete their life cycle in both humans and mosquitoes. However, since roundworms complete their larval stage in mosquitoes, they do not harm the mosquitoes themselves. When a mosquito carrying roundworms bites a human, these roundworms migrate from the bloodstream into the lymphatic system, where they grow and reach adulthood. In the lymphatic system, lymph nodes are responsible for removing waste and toxins, including germs, from our body. If adult roundworms multiply and block these lymph nodes, they prevent the removal of waste, leading to the accumulation of waste in the lymph nodes. This causes inflammation and swelling in the lymph nodes. When this swelling becomes physically visible, it is referred to as elephantiasis. Symptoms: Roundworms primarily damage lymph nodes in our arms, legs, and genital areas, leading to swelling in these regions, which can be quite painful. In some cases, if roundworms produce microfilariae in the initial stages of their life cycle, these microfilariae can accumulate in the lungs, causing inflammation. This inflammation results in symptoms such as coughing, wheezing, and breathing difficulties. Diagnosis and Treatment: Elephantiasis is diagnosed through blood and serum tests, which detect the presence of microfilariae in the blood or antibodies against them. The treatment of elephantiasis involves supportive therapy, such as maintaining good hygiene, proper wound care, and physiotherapy exercises. In addition, some anti-parasitic drugs like diethylcarbamazine, mectizan, and albendazole are administered to kill microfilariae in the blood. #LymphaticFilariasis #filariasis

#hemorrhoids #hemorrhoidtreatment Welcome to our channel Power of Knowledge, In this video we will discuss about the one of the popular treatment option for hemorrhoids called rubber band ligation. Rubber Band Ligation is a safe and effective way to treat hemorrhoids without the need for surgery. Hemorrhoids are swollen blood vessels in the rectum or anus that can cause pain, itching, and bleeding. If you're struggling with painful hemorrhoids, consider talking to your doctor about this simple and quick procedure. What is Rubber Band Ligation? Rubber Band Ligation is a non-surgical treatment for hemorrhoids. It involves placing a tiny rubber band around the base of the hemorrhoid, cutting off its blood supply. This causes the hemorrhoid to shrink and eventually fall off, usually within a few days. The Procedure: During the procedure, a doctor will gently insert a special tool called a ligator into the rectum to place the rubber band around the hemorrhoid. You might feel a mild sensation, but it's generally not painful. The whole process only takes a few minutes. The rubber band blocks the blood flow to the hemorrhoid, which leads to its gradual shrinking. As the hemorrhoid diminishes in size, you'll experience less pain, itching, and discomfort. After the Treatment: After Rubber Band Ligation, you may feel some minor discomfort or a feeling of fullness in the rectum. But don't worry, this is normal and will improve within a day or two. You can resume your regular activities almost immediately. Thanks for watching #hemorrhoidtreatment #hemorrhoids Music

#AED Welcome to our channel, In this video you will learn about automated external Defibrillation and find out that how to perform Defibrillation. Automated external defibrillators (AEDs) are portable, life-saving devices designed to treat people experiencing sudden cardiac arrest, a medical condition in which the heart stops beating suddenly and unexpectedly. The combination of CPR and early defibrillation is effective in saving lives when used in the first few minutes following a collapse from sudden cardiac arrest. What Are AEDs? AEDs are a type of computerized defibrillator that automatically analyzes the heart rhythm in people who are experiencing cardiac arrest. When appropriate, it delivers an electrical shock to the heart to restore its normal rhythm. The AED system includes accessories, such as a battery and pad electrodes, that are necessary for the AED to detect and interpret a person's heart rhythm and deliver an electrical shock if one is needed. #AED #AutomatedExternalDefibrillatorUse

#brainaneurysm Welcome to our channel Power of knowledge. In this video you will learn about cerebral aneurysms, its causes, symptoms and treatment. A brain aneurysm also known as a cerebral aneurysm or intracranial aneurysm, is a bulge or ballooning in a blood vessel in the brain. brain aneurysms form and grow because blood flowing through the blood vessel puts pressure on a weak area of the vessel wall. This can increase the size of the brain aneurysm. If the brain aneurysm leaks or ruptures, it causes bleeding in the brain, known as a hemorrhagic stroke. Symptoms of cerebral aneurysm: Most brain aneurysms that haven't ruptured don't cause symptoms. This is especially true if they're small. Brain aneurysms may be found during imaging tests that are done for other conditions. However, a ruptured aneurysm is a very serious condition, typically causing a severe headache. And if an unruptured aneurysm presses against brain tissue or nerves, it may cause pain and other symptoms. Causes of cerebral aneurysm: Brain aneurysms are caused by thinning artery walls. Aneurysms often form at forks or branches in arteries because those areas of the vessels are weaker. Although aneurysms can appear anywhere in the brain, they're most common in arteries at the base of the brain. Prevention of Cerebral aneurysm: In many cases, brain aneurysms can't be prevented. But there are some changes you can make to lower your risk. They include quitting smoking if you smoke. Also work with your health care provider to lower your blood pressure if it's high. Treatment of Cerebral aneurysm: Brain aneurysm is treated by brain surgery. #brainaneurysm #BulgeInBrain

Welcome to our channel Demystifying science. In this Video you will learn about Cyanosis also called Blue baby syndrome. Blue baby syndrome or cyanosis is a condition where the skin color turns blue or purple. It is most commonly found in newborn babies and results from defects in the heart, lungs, or blood. Hemoglobin is a blood protein that carries fresh oxygen from the lungs to the body cells, where the cells utilize that oxygen. When there is enough oxygen bound to hemoglobin in our blood, the blood color appears bright red. In contrast, in cyanosis patients, some defect prevents oxygen from reaching the body cells, and those cells that lack or have less oxygen cause the skin color to turn blue or purple. Causes of Blue Baby Syndrome: There are several reasons for blue baby syndrome, often related to the heart and lungs, as well as certain blood abnormalities. Heart Defects: These are often due to genetic disorders like Down's syndrome, Turner syndrome, Noonan syndrome, and Marfan's syndrome. Also known as congenital heart diseases, they include: - Reversed blood circulation from the right ventricle (opposite to normal). - Smaller left side of the heart. - Abnormal attachment of the aorta and veins between the heart and lungs. - Thickening of the right ventricle wall. - Absence of the pulmonary valve or the presence of only one artery. Lung Defects: These include respiratory distress syndrome, lung edema, accidental aspiration or choking, and obstruction of the upper respiratory tract. Hemoglobin Abnormalities: Methemoglobinemia, either due to genetic disorder or drug-induced, can also cause cyanosis. Other Causes of Blue baby syndrome: Additional reasons for cyanosis may include heart failure or circulatory shock leading to improper blood pumping, constriction of skin capillaries, or the occurrence of thrombosis or embolism. Symptoms of Blue Baby Syndrome: In blue baby syndrome, the skin turns blue or purple. Other critical symptoms include fatigue, weight loss, rapid heartbeat, and breathing issues. Treatment Options for Cyanosis While there is no specific treatment for cyanosis, improvements can be made to the patient's health by treating heart conditions. Additionally, certain drugs can be prescribed to compensate for the lack of oxygen. Conclusion Blue baby syndrome is a complex and serious condition that requires a deep understanding of its causes and symptoms. Though specific treatments may be lacking, proper medical care and management of underlying conditions can bring relief and health improvements to affected individuals. Thanks for watching #BluebabyDisease

#xray #ctscan Welcome to our channel, power of knowledge In this video you will learn about CT Scan and working of CT scan. A computerized tomography (CT) scan combines a series of X-ray images taken from different angles around your body and uses computer processing to create cross-sectional images (slices) of the bones, blood vessels and soft tissues inside your body. CT scan images provide more-detailed information than plain X-rays do. In CT, the X-ray beam moves in a circle around the body. This allows many different views of the same organ or structure and provides much greater detail. The X-ray information is sent to a computer that interprets the X-ray data and displays it in two-dimensional form on a monitor. Newer technology and computer software makes three-dimensional images possible. CT scans may be performed to help diagnose tumors, investigate internal bleeding, or check for other internal injuries or damage. CT can also be used for a tissue or fluid biopsy. Watch the video for detailed learning #ctscan #xray #WorkingOfCTScan

#BrainSurgery #braintumor #Craniotomy Ready to dive into the fascinating world of awake brain surgery? 🧠 Buckle up as we take you on an eye-opening journey through the realm of craniotomies, brain surgery, and more! In this captivating video, we're delving deep into the realm of awake brain surgery, also known as awake craniotomy. 🏥✨ Brace yourself for an inside look at the intricate procedure that involves performing surgery on the brain while the patient is awake and responsive. Yes, you read that right – it's like something out of a sci-fi movie, but it's real-life medicine at its finest! 🔪🩺 From craniotomies to craniectomies, we'll break down the nitty-gritty details of these surgical techniques. Wondering about brain tumor surgery? 🌌 We've got you covered! You'll get front-row access to understanding how these skilled surgeons remove brain tumors, giving patients a new lease on life. But wait, there's more! Ever heard of VP shunt surgery? 💡💉 We're peeling back the layers to show you how this ingenious procedure helps manage conditions like hydrocephalus, providing relief and improving the quality of life for those in need. And for the truly curious minds, we're even touching on the intriguing concept of head transplant surgery. 🤯🔗 While still in the realm of research, the very thought of such an advanced procedure raises ethical questions and pushes the boundaries of what modern medicine can achieve. Whether you're a medical enthusiast, a curious soul, or just someone seeking jaw-dropping insights, this video is your golden ticket! 🎟️🌈 Join us as we demystify these incredible surgical feats, unravel the mysteries of brain surgery, and explore the innovative techniques that shape the future of medical science. Hit that play button, like, and subscribe to our channel for more mind-boggling content. 🎥👍 Let's embark on this mind-bending journey together! Don't miss out – because knowledge is power, and we're here to empower you with the most intriguing medical stories of our time. Keywords: awake brain surgery, craniotomy, craniectomy, brain surgery, craniotomy surgery, brain tumor surgery, VP shunt surgery, head transplant surgery #Craniotomy #Craniectomy #BrainSurgery #braintumor #Awakebrainsurgery #Awakesurgery

#Aed #HeartHealth #CardiacArrest Are you worried about the sudden, unforeseen risks of cardiac arrest? Look no further! In our latest video, we dive deep into the world of cardiac health, unraveling the mysteries of cardiac arrest, its signs, and the critical steps needed for immediate action. Cardiac arrest can strike without warning, and understanding its symptoms, causes, and prevention techniques is key to survival. In this must-watch video, we'll explore: Cardiac Arrest Symptoms: Recognizing early signs like chest pain, shortness of breath, fainting, and palpitations can make a world of difference. Causes of Cardiac Arrest: From coronary artery disease to congenital heart disorders, we'll discuss the underlying factors that may lead to this medical emergency. Treatment Options: Whether it's CPR, defibrillation, or medications, we'll guide you through the best treatment paths to save lives. Prevention Methods: Learn about heart-healthy lifestyles, routine check-ups, and other preventive measures to keep cardiac arrest at bay. Join us on this life-saving journey as we share expert insights, real-life stories, and practical tips to arm you with the knowledge to tackle cardiac arrest. Don't miss out on this essential guide to heart health – subscribe to our channel and stay informed. Together, let's beat cardiac arrest and live healthier, stronger lives! Keywords: Cardiac Arrest, Heart Health, Symptoms of Cardiac Arrest, Causes of Cardiac Arrest, CPR, Defibrillation, Heart Disease, Prevention of Cardiac Arrest, Treatment for Cardiac Arrest, Emergency Response If you like the video, hit the thumbs up and share it with your friends and family. Your heart will thank you! #CardiacArrest #HeartHealth #SaveLives #Aed Automatedexternaldefibrillator

#Uvula #cleftpalate The uvula is a mass of tissue located at the end of our soft palate in the mouth. It assists us in swallowing foods and liquids and prevents them from leaking out through the nose. In some people, either from birth, the uvula is very small or split into two parts. This condition is referred to as bifid uvula, and currently, 2% of the world's population is affected by it. Causes of Bifid Uvula Bifid uvula is primarily caused by a condition called submucosal cleft palate. Submucosal cleft palate is a condition where genetic mutations during fetal development cause the muscles in the roof of the mouth, or the mouth plate, not to develop properly. As a result, the uvula's development at the end of the soft palate in the mouth also doesn't progress correctly, leading to a small size or division into two parts. This is what is known as a bifid uvula. Besides submucosal cleft palate, environmental factors, or habits of the mother like smoking, alcohol abuse, and certain medications during fetal development, can also contribute to bifid uvula. Symptoms Most of the time, people with bifid uvula don't experience any symptoms. However, in some cases, difficulty swallowing food and liquids, leaking of food and liquids through the nose, and snoring can be symptoms caused by bifid uvula. Diagnosis and Treatment Because bifid uvula often doesn't produce noticeable symptoms, diagnosing it can be very challenging. This is why, in many people, the presence of bifid uvula is only discovered when diagnosing another condition. If the bifid uvula causes difficulty in speaking and eating and drinking, speech and feeding therapy may be recommended to the patient. However, in some cases, uvulectomy surgery to remove the bifid uvula might be carried out. Conclusion Bifid uvula, though a relatively rare condition, can have significant impacts on those it affects. With a better understanding of its causes, symptoms, diagnosis, and treatment, we can take the necessary steps to provide appropriate care and support. #bifiduvula #Uvula #Bifid #cleftpalate #powerofknowledge

#skinpigmentation #birthmark #melanin Birthmarks are unique marks that appear on our skin at birth or a few weeks after birth. They can vary in color, size, and shape and are often found on the face, neck, head, etc. Some birthmarks, like moles, fade over time, while others slowly progress and remain on our skin for life. Causes of Birthmarks The exact cause of birthmarks remains unknown, but understanding the types of birthmarks, including pigmented and vascular birthmarks, can help identify how they are formed. Pigmented Birthmarks Pigmented birthmarks result from an increase or decrease in the pigments that color our skin. Melanocyte cells in our skin produce a pigment called melanin, which gives color to the skin. If melanin production is disturbed for some reason, the affected area's skin color differs from the rest, called a pigmented birthmark. Notable causes of pigmented birthmarks include: - Accumulation of melanocytes in the skin. - Abnormal production of melanin pigment due to genetic mutation. - Trapping of melanocytes in the dermis layer. If an unknown reason causes more melanocytes in a skin area, it leads to increased melanin production, changing the skin color. If mutations occur in melanocytes' DNA, the melanin production in the affected area might increase or decrease, causing the skin color to become light or dark brown, leading to a birthmark appearance. Similarly, mutations in melanocytes during fetal development can prevent them from reaching the epidermis layer and trap them in the dermis layer, changing the affected areas' skin color and forming a birthmark. Vascular Birthmarks Vascular birthmarks are formed due to abnormalities in our blood vessels, such as Hemangiomas, salmon patches, and port wine stains. Hemangiomas: These birthmarks result from the abnormal development of arteries in our skin surface. Hemangiomas turn the skin red. Some scientists believe that proteins produced during placental growth make the skin's blood vessels abnormal, leading to hemangiomas. Salmon Patches: In some cases, small abnormal capillaries accumulate on the skin surface, turning the affected area red or pink. These birthmarks are called salmon patches. Port Wine Stains: Specific chemical signals in our blood control blood flow. Mutations in the genes of these chemicals can make the skin's blood flow abnormal, turning the skin red, leading to a birthmark known as a port wine stain. Treatment Pigmented Birthmarks: Usually, pigmented birthmarks fade over time, but in some cases, surgery may be required to remove them, such as giant moles. Vascular Birthmarks: Various methods treat vascular birthmarks, including cosmetic solutions like makeup, medicines, laser treatments, and surgery. Conclusion Birthmarks, though harmless, are a fascinating aspect of human biology. While the exact causes remain unknown, advancements in medicine provide insights and various treatment options for those who seek to understand or manage these distinctive skin features. #birthmarks #birthmark #skinpigmentation #melanin

#ReproductiveHealth #WomensHealth #FamilyPlanning In this comprehensive guide, we explore everything about progestin implant birth control. Discover how a progestin implant works and the procedure for inserting a progestin implant. Understand the benefits of progestin implants, potential side effects, and how they're changing the landscape of family planning. Compare the progestin implant with traditional birth control pills, and find out why this method is becoming a popular choice. Whether you're considering this contraceptive method or just curious about modern alternatives, this video covers: Progestin Implant Birth Control: An in-depth look at this revolutionary method. How Does a Progestin Implant Work?: A detailed explanation of the mechanism. Inserting a Progestin Implant: Step-by-step guidance on what to expect. Benefits of Progestin Implants: Discover why women are choosing this option. Progestin Implant Side Effects: A candid discussion on potential risks and considerations. Family Planning with Progestin Implants: How this method fits into today's family planning strategies. Progestin Implant vs Birth Control Pills: An insightful comparison. Join us as we delve into the world of progestin implants and how they're empowering women to take control of their reproductive health. #ProgestinImplant #BirthControlMethods #FamilyPlanning #PreventingPregnancy #WomensHealth #ReproductiveHealth #ModernBirthControl #ProgestinBirthControl #SafeContraception

Diarrhea: Symptoms, Causes And Treatments of Diarrhea #diarrheatreatment Welcome to our channel demystifying Science. In this video you will learn about a Disease called Diarrhea / Diarrhoea. So what is Diarrhea? Diarrhea means having a loose or watery stool (poop). It’s so common that most people flinch when they hear the word. The thought of thin, sickly-looking poop in the toilet bowl never stops feeling unpleasant. If you have diarrhea, not knowing what’s causing it or how long it’ll last only adds stress to the unpleasant feelings. The good news is that diarrhea is usually mild (only a few bathroom trips a day) and goes away within a few days. Symptoms and Causes of Diarrhea: What causes diarrhea? The main cause of diarrhea is a virus that infects your gut (gastroenteritis). What are the symptoms of diarrhea? The main sign of diarrhea is loose or watery stool. Other common symptoms include: Bloating or cramps in your belly. A strong and urgent need to poop. Nausea (upset stomach). How is diarrhea treated? Your provider may recommend treatments like: Antibiotics or anti-parasitics. These drugs kill infection-causing germs. Medications that treat chronic conditions. Treating underlying conditions that cause diarrhea, like inflammatory bowel disease (IBD) and IBS, can help. Probiotics. Probiotics introduce good bacteria into your gut to combat diarrhea. #diarrheatreatment

The Structure of DNA An exploration of the structure of deoxyribonucleic acid, or DNA