It is the process of removing waste from the blood. Ppt would help to learn especially for Nursing students.
Hemodialysis, Peritoneal dialysis, Renal transplantation
1) A chest tube is a catheter inserted through the chest wall to drain fluid or air from the pleural space.
2) Chest tubes are used to treat pneumothorax, hemothorax, and pleural effusions by removing fluid/air and restoring negative pressure in the pleural space.
3) Chest drainage systems like the one, two, and three bottle systems maintain suction and prevent fluid/air from re-entering the chest through the use of valves and fluid seals.
Hemodialysis is a medical procedure that uses a machine to filter waste and excess fluid from the blood of patients with kidney failure or injury. During hemodialysis, the patient's blood is pumped through a dialyzer filter to remove toxins and regulate electrolyte and mineral levels before being returned. It helps control symptoms but is not a cure for kidney disease. Vascular access is required, either through an arteriovenous fistula, graft, or temporary catheter placed in the subclavian, jugular, or femoral vein. Precise regulation of dialysate solutions, blood flow rates, and treatment time is needed to safely remove waste while avoiding complications.
Peritoneal dialysis is a treatment for kidney failure that uses the lining of your abdomen, or belly, to filter your blood inside your body. Health care providers call this lining the peritoneum. A more convenient method of dialysis in home itself.
Thoracentesis is a procedure to drain excess fluid from the pleural space between the lungs and chest wall. It involves inserting a needle through the chest wall under local anesthesia to remove fluid for analysis or to relieve symptoms like shortness of breath. Precautions are taken before and during the procedure to monitor vital signs and breathing. After the procedure, the patient is observed for complications and a chest x-ray may be taken to evaluate the drainage.
This document discusses the basics of hemodialysis, including the main principles of diffusion, osmosis, filtration, and convection that hemodialysis is based on. It also describes the technique of hemodialysis, varieties of hemodialysis methods like conventional hemodialysis and online hemodiafiltration, and provides details on assessing hemodialysis treatment adequacy using Kt/V.
Peritoneal dialysis is a treatment for kidney failure that uses the peritoneum and peritoneal membrane to filter waste from the blood. It involves infusing dialysate into the peritoneal cavity, allowing it to dwell for a period of time to exchange wastes, and then draining the used dialysate. There are several types of peritoneal dialysis including continuous ambulatory peritoneal dialysis, automated peritoneal dialysis, and intermittent peritoneal dialysis. Nursing management involves assessing the patient pre and post dialysis, following sterile technique during the procedure, monitoring for complications, and educating the patient and family.
End-stage renal disease is a condition in which the kidneys no longer function normally and required excellent medical and nursing care for the managing this condition.
1) A chest tube is a catheter inserted through the chest wall to drain fluid or air from the pleural space.
2) Chest tubes are used to treat pneumothorax, hemothorax, and pleural effusions by removing fluid/air and restoring negative pressure in the pleural space.
3) Chest drainage systems like the one, two, and three bottle systems maintain suction and prevent fluid/air from re-entering the chest through the use of valves and fluid seals.
Hemodialysis is a medical procedure that uses a machine to filter waste and excess fluid from the blood of patients with kidney failure or injury. During hemodialysis, the patient's blood is pumped through a dialyzer filter to remove toxins and regulate electrolyte and mineral levels before being returned. It helps control symptoms but is not a cure for kidney disease. Vascular access is required, either through an arteriovenous fistula, graft, or temporary catheter placed in the subclavian, jugular, or femoral vein. Precise regulation of dialysate solutions, blood flow rates, and treatment time is needed to safely remove waste while avoiding complications.
Peritoneal dialysis is a treatment for kidney failure that uses the lining of your abdomen, or belly, to filter your blood inside your body. Health care providers call this lining the peritoneum. A more convenient method of dialysis in home itself.
Thoracentesis is a procedure to drain excess fluid from the pleural space between the lungs and chest wall. It involves inserting a needle through the chest wall under local anesthesia to remove fluid for analysis or to relieve symptoms like shortness of breath. Precautions are taken before and during the procedure to monitor vital signs and breathing. After the procedure, the patient is observed for complications and a chest x-ray may be taken to evaluate the drainage.
This document discusses the basics of hemodialysis, including the main principles of diffusion, osmosis, filtration, and convection that hemodialysis is based on. It also describes the technique of hemodialysis, varieties of hemodialysis methods like conventional hemodialysis and online hemodiafiltration, and provides details on assessing hemodialysis treatment adequacy using Kt/V.
Peritoneal dialysis is a treatment for kidney failure that uses the peritoneum and peritoneal membrane to filter waste from the blood. It involves infusing dialysate into the peritoneal cavity, allowing it to dwell for a period of time to exchange wastes, and then draining the used dialysate. There are several types of peritoneal dialysis including continuous ambulatory peritoneal dialysis, automated peritoneal dialysis, and intermittent peritoneal dialysis. Nursing management involves assessing the patient pre and post dialysis, following sterile technique during the procedure, monitoring for complications, and educating the patient and family.
End-stage renal disease is a condition in which the kidneys no longer function normally and required excellent medical and nursing care for the managing this condition.
Plasmapheresis is a blood purification procedure that involves removing plasma from the blood and returning blood cells to the body. It is used to treat various autoimmune diseases by removing pathogenic antibodies from the bloodstream. The plasmapheresis procedure separates plasma from blood cells using a cell separator machine, removes the plasma, and returns the blood cells to the body while discarding the extracted plasma. Potential risks include dizziness, nausea, and hypotension, while benefits are temporary reduction of antibody levels and symptom improvement.
Hemodialysis is a process that uses a dialyzer to remove wastes like urea from the blood and restore electrolyte balance and fluid levels. It is indicated for conditions like renal failure, acidosis, electrolyte imbalance, and fluid overload. Hemodialysis works through diffusion, osmosis, and ultrafiltration. Vascular access can be a catheter, arteriovenous fistula, or graft. Nursing considerations include pre, during, and post dialysis care to monitor for complications related to access or the dialysis machine itself.
Bone marrow aspiration is a procedure where a needle is inserted into the bone marrow to obtain a tissue sample. It is used to diagnose or stage diseases like leukemia, multiple myeloma, and lymphoma. The nurse's roles include preparing equipment aseptically, assisting the doctor during the procedure, monitoring the client's vital signs, and observing the client post-procedure to check for complications like bleeding or infection.
Bronchoscopy is a technique used to visualize the inside of the airways for diagnostic and therapeutic purposes using a bronchoscope. There are two main types - rigid and flexible fiber optic. Rigid bronchoscopy is used for diagnostic purposes such as finding the cause of cough or hemoptysis, or therapeutically to remove foreign bodies or secretions. It requires general anesthesia. Flexible fiber optic bronchoscopy provides magnification and illumination to examine smaller airways and can be performed at the bedside under topical anesthesia. Both types aim to diagnose lung abnormalities or collect samples but rigid bronchoscopy carries more risks such as injury or hemorrhage.
An aneurysm is a localized bulging or ballooning of the wall of an artery. It occurs when the arterial wall weakens, causing it to widen abnormally. The two main types are saccular aneurysms, which are spherical bulges, and fusiform aneurysms, which elongate a portion of the artery. Aneurysms can enlarge over time and rupture, causing life-threatening hemorrhage. Risk factors include atherosclerosis, infection, smoking, hypertension, and genetic conditions. Diagnosis involves physical exam and imaging tests. Treatment depends on the location and size of the aneurysm but may involve open or endovascular surgical repair to prevent rupture.
Kidney transplantation provides better long-term survival and quality of life than dialysis for patients with end-stage renal disease. While the first successful kidney transplants were between twins in 1954, transplantation techniques and anti-rejection drugs have improved outcomes over decades. Living donors are preferred as they offer reduced rejection rates and improved graft survival, though deceased donors also help many patients. Preemptive transplantation before dialysis starts provides the best results, but early transplantation once on dialysis also benefits patients.
Thoracentesis (thor-a-sen-tee-sis) is a procedure that is done to remove a sample of fluid from around the lung.
The lung is covered with a tissue called the pleura. The inside of the chest is also lined with pleura.
The space between these two areas is called the pleural space.
This space normally contains just a thin layer of fluid, however, some conditions such as pneumonia, some types of cancer, or congestive heart failure may cause excessive fluid to develop (pleural effusion).
Thoracentesis, also known as pleural fluid analysis, is a procedure in which a needle is inserted through the back of the chest wall into the pleural space (a space that exists between the two lungs and the anterior chest wall) to remove fluid or air.
Pleural fluid analysis is the microscopic and chemical lab analysis of the fluid obtained during thoracentesis.
IndDiagnostic: determination of pleural effusion etiology (e.g. transudative versus exudative) usually requires the removal of 50 to 100mL of pleural fluid for laboratory studies. Most new effusions require diagnostic thoracentesis, an exception being a new effusion with a clear clinical diagnosis (e.g. CHF) with no evidence for superimposed pleural space infection
Therapeutic: reduce dyspnea and respiratory compromise in patients with large pleural effusions. This is typically achieved by removing a much larger volume of fluid compared to the diagnostic thoracentesis
ications
This document provides information on intercostal tube insertion and the nursing responsibilities associated with chest drainage systems. It defines an intercostal tube as a drainage tube inserted into the pleural cavity to remove air, blood, or fluid. Tubes can range from 6 to 40 French in size. Chest tubes are used to drain the pleural space after procedures like pneumothorax, hemothorax, thoracotomy, or chest trauma. The document outlines the principles of chest drainage systems, types of systems, the insertion procedure, post-care for the patient and equipment, and the nurse's ongoing responsibilities in monitoring the system.
Atelectasis is the collapse or closure of the lungs caused by the absence of air in parts of the lung. It develops when alveoli become airless and collapse. Common causes include obstruction of the airways, diminished lung expansion, retained secretions, altered breathing patterns during anesthesia or sedation, and compression of the lungs. Symptoms may include cough, difficulty breathing, and low oxygen levels. Treatment focuses on removing obstructions and secretions through techniques like suctioning, chest physiotherapy, and bronchodilators to reinflate the lungs. More severe cases may require procedures like bronchoscopy or mechanical ventilation.
Cystoscopy and uretroscopy are examinations of the bladder and upper urinary tract respectively. Cystoscopy involves inserting a cystoscope through the urethra to examine the bladder. Similarly, uretroscopy uses a uretroscope to examine the ureters and kidneys. Reasons for these procedures include urinary issues like infections, blood in the urine, or abnormal growths. Patients may experience mild side effects after like burning during urination but risks are low. Both procedures provide important diagnostic information.
This document provides information about blood transfusion, including its definition, purposes, components, blood grouping and cross matching, types of transfusions, general instructions, and complications. Blood transfusion involves collecting blood from a donor and administering it to a recipient. It can be used to treat anemia, restore blood volume after hemorrhaging, and provide antibodies or clotting factors. Blood components include whole blood, packed red blood cells, plasma, platelets, and cryoprecipitate. Cross matching must ensure compatibility of blood types and Rh factor. Potential complications include acute and delayed hemolytic reactions, circulatory overload, and infections.
The CVP catheter is an important tool used to assess right ventricular function and systemic fluid status. Normal CVP is 2-6 mm Hg. CVP is elevated by : overhydration which increases venous return.
This document provides information about cystoscopy and urethroscopy procedures. It defines cystoscopy as an examination of the inside of the bladder using a cystoscope, which is a thin instrument with a lens and light. Urethroscopy examines the inside of the upper urinary tract including the ureters and renal pelvis using a ureteroscope. Cystoscopy and urethroscopy can be performed rigidly or flexibly to evaluate issues like blood in the urine, infections, or abnormalities. The document outlines the procedures and anatomy of the urinary tract and discusses common reasons for requiring cystoscopy or urethroscopy like stones, tumors, or blockages.
Dialysis is a technique where substances move across a semipermeable membrane from the blood into a dialysate solution. It has evolved historically from early Roman baths for removing urea to the modern use of hemodialysis machines and peritoneal dialysis. Dialysis works through diffusion, osmosis, and ultrafiltration to remove waste and excess fluid for patients with renal failure or other indications. Complications can include infections, hypotension, and various electrolyte abnormalities for both hemodialysis which uses an external machine, and peritoneal dialysis which uses the peritoneal membrane.
This document discusses pulmonary embolism (PE), which occurs when a blood clot forms in the lungs. It defines PE, lists risk factors like immobilization and oral contraceptive use, and describes the two main types - thrombotic and non-thrombotic. Signs and symptoms include dyspnea, tachypnea, and hypoxemia. Diagnostic tests include D-dimer, CT scans, ventilation-perfusion scans, and angiograms. Treatment involves anticoagulants like heparin and warfarin to prevent further clotting. Nursing care focuses on monitoring for complications, managing pain and anxiety, and educating patients about anticoagulant therapy and risk reduction.
Hemodialysis is a process used to remove waste and excess fluid from the blood of patients with kidney failure. During hemodialysis, blood is pumped out of the body and into a dialyzer, where it passes through a semi-permeable membrane that removes toxins and fluid before returning clean blood to the body. Key aspects of hemodialysis include diffusion of wastes out of the blood, osmosis which removes excess water, and ultrafiltration of water under pressure. Patients typically require hemodialysis treatments lasting 4 hours, 3 times per week, either at a dialysis center or at home. Lifestyle management and monitoring for complications are important for patients on chronic hemodialysis
This PPT gives an idea to MBBS students about the Type of fluids, Calculating the daily requirements as well as the drop rate to be used in day today clinical practice.
The document discusses the kidneys and dialysis. It describes the kidneys' location and functions, including filtering the blood and regulating electrolytes. It then explains dialysis as a technique used when the kidneys fail, involving diffusion and osmosis across a semipermeable membrane. It provides details on hemodialysis and peritoneal dialysis, including procedures, equipment, complications, and lifestyle considerations for patients undergoing chronic dialysis.
Blood component therapy involves the intravenous administration of whole blood or blood components like red blood cells, platelets, or plasma to treat medical conditions. It is used to increase blood volume, oxygen carrying capacity, clotting factors, and fight infections. Potential complications include hemolytic transfusion reactions, allergic reactions, circulatory overload, and infectious disease transmission. Nurses are responsible for safely administering transfusions and monitoring for adverse reactions.
Dialysis is a technique used to remove waste and excess fluid from the blood when the kidneys are failing. It works by using a semi-permeable membrane to allow substances to move from the blood into a dialysis solution. The main types of dialysis are hemodialysis, which uses a machine to filter blood outside the body, and peritoneal dialysis, which uses the peritoneal membrane in the abdomen. Proper care of dialysis access sites and following treatment protocols are important for patient safety and health.
In medicine, dialysis is the process of removing excess water, solutes, and toxins from the blood in people whose kidneys can no longer perform these functions naturally. This is referred to as renal replacement therapy.
Plasmapheresis is a blood purification procedure that involves removing plasma from the blood and returning blood cells to the body. It is used to treat various autoimmune diseases by removing pathogenic antibodies from the bloodstream. The plasmapheresis procedure separates plasma from blood cells using a cell separator machine, removes the plasma, and returns the blood cells to the body while discarding the extracted plasma. Potential risks include dizziness, nausea, and hypotension, while benefits are temporary reduction of antibody levels and symptom improvement.
Hemodialysis is a process that uses a dialyzer to remove wastes like urea from the blood and restore electrolyte balance and fluid levels. It is indicated for conditions like renal failure, acidosis, electrolyte imbalance, and fluid overload. Hemodialysis works through diffusion, osmosis, and ultrafiltration. Vascular access can be a catheter, arteriovenous fistula, or graft. Nursing considerations include pre, during, and post dialysis care to monitor for complications related to access or the dialysis machine itself.
Bone marrow aspiration is a procedure where a needle is inserted into the bone marrow to obtain a tissue sample. It is used to diagnose or stage diseases like leukemia, multiple myeloma, and lymphoma. The nurse's roles include preparing equipment aseptically, assisting the doctor during the procedure, monitoring the client's vital signs, and observing the client post-procedure to check for complications like bleeding or infection.
Bronchoscopy is a technique used to visualize the inside of the airways for diagnostic and therapeutic purposes using a bronchoscope. There are two main types - rigid and flexible fiber optic. Rigid bronchoscopy is used for diagnostic purposes such as finding the cause of cough or hemoptysis, or therapeutically to remove foreign bodies or secretions. It requires general anesthesia. Flexible fiber optic bronchoscopy provides magnification and illumination to examine smaller airways and can be performed at the bedside under topical anesthesia. Both types aim to diagnose lung abnormalities or collect samples but rigid bronchoscopy carries more risks such as injury or hemorrhage.
An aneurysm is a localized bulging or ballooning of the wall of an artery. It occurs when the arterial wall weakens, causing it to widen abnormally. The two main types are saccular aneurysms, which are spherical bulges, and fusiform aneurysms, which elongate a portion of the artery. Aneurysms can enlarge over time and rupture, causing life-threatening hemorrhage. Risk factors include atherosclerosis, infection, smoking, hypertension, and genetic conditions. Diagnosis involves physical exam and imaging tests. Treatment depends on the location and size of the aneurysm but may involve open or endovascular surgical repair to prevent rupture.
Kidney transplantation provides better long-term survival and quality of life than dialysis for patients with end-stage renal disease. While the first successful kidney transplants were between twins in 1954, transplantation techniques and anti-rejection drugs have improved outcomes over decades. Living donors are preferred as they offer reduced rejection rates and improved graft survival, though deceased donors also help many patients. Preemptive transplantation before dialysis starts provides the best results, but early transplantation once on dialysis also benefits patients.
Thoracentesis (thor-a-sen-tee-sis) is a procedure that is done to remove a sample of fluid from around the lung.
The lung is covered with a tissue called the pleura. The inside of the chest is also lined with pleura.
The space between these two areas is called the pleural space.
This space normally contains just a thin layer of fluid, however, some conditions such as pneumonia, some types of cancer, or congestive heart failure may cause excessive fluid to develop (pleural effusion).
Thoracentesis, also known as pleural fluid analysis, is a procedure in which a needle is inserted through the back of the chest wall into the pleural space (a space that exists between the two lungs and the anterior chest wall) to remove fluid or air.
Pleural fluid analysis is the microscopic and chemical lab analysis of the fluid obtained during thoracentesis.
IndDiagnostic: determination of pleural effusion etiology (e.g. transudative versus exudative) usually requires the removal of 50 to 100mL of pleural fluid for laboratory studies. Most new effusions require diagnostic thoracentesis, an exception being a new effusion with a clear clinical diagnosis (e.g. CHF) with no evidence for superimposed pleural space infection
Therapeutic: reduce dyspnea and respiratory compromise in patients with large pleural effusions. This is typically achieved by removing a much larger volume of fluid compared to the diagnostic thoracentesis
ications
This document provides information on intercostal tube insertion and the nursing responsibilities associated with chest drainage systems. It defines an intercostal tube as a drainage tube inserted into the pleural cavity to remove air, blood, or fluid. Tubes can range from 6 to 40 French in size. Chest tubes are used to drain the pleural space after procedures like pneumothorax, hemothorax, thoracotomy, or chest trauma. The document outlines the principles of chest drainage systems, types of systems, the insertion procedure, post-care for the patient and equipment, and the nurse's ongoing responsibilities in monitoring the system.
Atelectasis is the collapse or closure of the lungs caused by the absence of air in parts of the lung. It develops when alveoli become airless and collapse. Common causes include obstruction of the airways, diminished lung expansion, retained secretions, altered breathing patterns during anesthesia or sedation, and compression of the lungs. Symptoms may include cough, difficulty breathing, and low oxygen levels. Treatment focuses on removing obstructions and secretions through techniques like suctioning, chest physiotherapy, and bronchodilators to reinflate the lungs. More severe cases may require procedures like bronchoscopy or mechanical ventilation.
Cystoscopy and uretroscopy are examinations of the bladder and upper urinary tract respectively. Cystoscopy involves inserting a cystoscope through the urethra to examine the bladder. Similarly, uretroscopy uses a uretroscope to examine the ureters and kidneys. Reasons for these procedures include urinary issues like infections, blood in the urine, or abnormal growths. Patients may experience mild side effects after like burning during urination but risks are low. Both procedures provide important diagnostic information.
This document provides information about blood transfusion, including its definition, purposes, components, blood grouping and cross matching, types of transfusions, general instructions, and complications. Blood transfusion involves collecting blood from a donor and administering it to a recipient. It can be used to treat anemia, restore blood volume after hemorrhaging, and provide antibodies or clotting factors. Blood components include whole blood, packed red blood cells, plasma, platelets, and cryoprecipitate. Cross matching must ensure compatibility of blood types and Rh factor. Potential complications include acute and delayed hemolytic reactions, circulatory overload, and infections.
The CVP catheter is an important tool used to assess right ventricular function and systemic fluid status. Normal CVP is 2-6 mm Hg. CVP is elevated by : overhydration which increases venous return.
This document provides information about cystoscopy and urethroscopy procedures. It defines cystoscopy as an examination of the inside of the bladder using a cystoscope, which is a thin instrument with a lens and light. Urethroscopy examines the inside of the upper urinary tract including the ureters and renal pelvis using a ureteroscope. Cystoscopy and urethroscopy can be performed rigidly or flexibly to evaluate issues like blood in the urine, infections, or abnormalities. The document outlines the procedures and anatomy of the urinary tract and discusses common reasons for requiring cystoscopy or urethroscopy like stones, tumors, or blockages.
Dialysis is a technique where substances move across a semipermeable membrane from the blood into a dialysate solution. It has evolved historically from early Roman baths for removing urea to the modern use of hemodialysis machines and peritoneal dialysis. Dialysis works through diffusion, osmosis, and ultrafiltration to remove waste and excess fluid for patients with renal failure or other indications. Complications can include infections, hypotension, and various electrolyte abnormalities for both hemodialysis which uses an external machine, and peritoneal dialysis which uses the peritoneal membrane.
This document discusses pulmonary embolism (PE), which occurs when a blood clot forms in the lungs. It defines PE, lists risk factors like immobilization and oral contraceptive use, and describes the two main types - thrombotic and non-thrombotic. Signs and symptoms include dyspnea, tachypnea, and hypoxemia. Diagnostic tests include D-dimer, CT scans, ventilation-perfusion scans, and angiograms. Treatment involves anticoagulants like heparin and warfarin to prevent further clotting. Nursing care focuses on monitoring for complications, managing pain and anxiety, and educating patients about anticoagulant therapy and risk reduction.
Hemodialysis is a process used to remove waste and excess fluid from the blood of patients with kidney failure. During hemodialysis, blood is pumped out of the body and into a dialyzer, where it passes through a semi-permeable membrane that removes toxins and fluid before returning clean blood to the body. Key aspects of hemodialysis include diffusion of wastes out of the blood, osmosis which removes excess water, and ultrafiltration of water under pressure. Patients typically require hemodialysis treatments lasting 4 hours, 3 times per week, either at a dialysis center or at home. Lifestyle management and monitoring for complications are important for patients on chronic hemodialysis
This PPT gives an idea to MBBS students about the Type of fluids, Calculating the daily requirements as well as the drop rate to be used in day today clinical practice.
The document discusses the kidneys and dialysis. It describes the kidneys' location and functions, including filtering the blood and regulating electrolytes. It then explains dialysis as a technique used when the kidneys fail, involving diffusion and osmosis across a semipermeable membrane. It provides details on hemodialysis and peritoneal dialysis, including procedures, equipment, complications, and lifestyle considerations for patients undergoing chronic dialysis.
Blood component therapy involves the intravenous administration of whole blood or blood components like red blood cells, platelets, or plasma to treat medical conditions. It is used to increase blood volume, oxygen carrying capacity, clotting factors, and fight infections. Potential complications include hemolytic transfusion reactions, allergic reactions, circulatory overload, and infectious disease transmission. Nurses are responsible for safely administering transfusions and monitoring for adverse reactions.
Dialysis is a technique used to remove waste and excess fluid from the blood when the kidneys are failing. It works by using a semi-permeable membrane to allow substances to move from the blood into a dialysis solution. The main types of dialysis are hemodialysis, which uses a machine to filter blood outside the body, and peritoneal dialysis, which uses the peritoneal membrane in the abdomen. Proper care of dialysis access sites and following treatment protocols are important for patient safety and health.
In medicine, dialysis is the process of removing excess water, solutes, and toxins from the blood in people whose kidneys can no longer perform these functions naturally. This is referred to as renal replacement therapy.
Dialysis is a treatment for people whose kidneys are failing. When you have kidney failure, your kidneys don't filter blood the way they should. As a result, wastes and toxins build up in your bloodstream. Dialysis does the work of your kidneys, removing waste products and excess fluid from the blood
This document discusses nursing management of patients undergoing hemodialysis. It begins with an introduction to hemodialysis, noting that it is an intermittent renal replacement therapy used to cleanse the blood and prevent death from kidney disease, though it does not cure the underlying condition. Next, it covers indications for hemodialysis, principles of how it works to remove waste via diffusion and ultrafiltration, necessary equipment, functions in removing waste and restoring electrolytes, and types of vascular access including catheters, shunts, fistulas, and grafts. Potential complications are also outlined along with nursing management responsibilities before, during, and after treatment to monitor the patient and machine, administer medications, assess the vascular access site
Hemodialysis is a treatment that removes waste and excess fluid from the blood through diffusion, osmosis and ultrafiltration across a semi-permeable membrane. It was first described in 1854 and modern hemodialysis was invented in 1943 using an external dialyzer. Vascular access for hemodialysis can be an arteriovenous fistula, graft or catheter placed in the internal jugular, subclavian or femoral veins. Proper care and monitoring of the access site is needed to prevent infections and maintain adequate blood flow. Nursing interventions focus on assessing the patient and access site, providing education, and preventing complications during and after hemodialysis treatments such as hypotension, nausea and infections.
This document provides an overview of chronic kidney failure (CKF), including its definition, classification, incidence, etiology, clinical presentation, investigations, management, complications, and references. Some key points include:
CKF is a progressive decrease in renal function over 3 months or more, leading to accumulation of waste and electrolyte abnormalities. Diabetes and hypertension are the leading causes of CKF. Treatment options for CKF include dialysis, renal transplant, or conservative management. Dialysis can be done through hemodialysis or peritoneal dialysis. Renal transplant provides the best outcomes for patients compared to long-term dialysis.
This document provides information about dialysis including hemodialysis and peritoneal dialysis. It defines dialysis as a procedure that substitutes for kidney function by filtering and cleaning the blood. It discusses the types of dialysis as well as the principles, indications, equipment, procedures, complications, nursing management and lifestyle considerations for patients undergoing hemodialysis or peritoneal dialysis.
This document discusses different types of vascular access for hemodialysis including arteriovenous fistulae (AVF), polytetrafluoroethylene grafts, and temporary and tunnelled dialysis catheters. It provides details on AVF maturation criteria, cannulation techniques, and care. Complications of fistulae and grafts like clotting, infection, and steal syndrome are outlined. The use of temporary catheters, characteristics of tunnelled catheters, and management of catheter malfunction are summarized.
Peripheral intravenous catheters are used to provide venous access for blood sampling, fluid administration, medications, and other purposes. They involve inserting a small gauge cannula into a superficial vein in the arm or hand. Central venous catheters are longer catheters placed into larger central veins to administer irritating or large volume substances. Proper techniques like using ultrasound guidance and the Seldinger technique aim to safely place the catheter and minimize complications like infection, bleeding, or injury to surrounding structures. Ongoing care of the insertion site and catheter is also important.
This document summarizes a seminar on dialysis presented by Mr. Amresh Kushwaha. It defines dialysis as an artificial process used to remove water and waste from the blood when the kidneys fail. It discusses the types of dialysis including hemodialysis and peritoneal dialysis. It covers the procedures, equipment, complications and nursing management for both types of dialysis.
INTRAVENOUS FLUID THERAPY jsvsb with babban mbsvkstAshishS82
This document provides information on intravenous fluid therapy including its purposes, types of IV fluids, methods of IV administration, and potential complications. The main purposes of IV therapy are to restore fluid volume lost from the body, meet patients' basic hydration and nutritional needs, prevent and treat shock, and administer medications. The three types of IV fluids are isotonic, hypotonic, and hypertonic solutions. Common methods of IV administration include large volume infusions, IV boluses, piggyback infusions, and mini infusion pumps. Potential complications include circulatory overload, infiltration, thrombophlebitis, infection, and air embolism. Careful monitoring of infusion rates and the patient's condition can help prevent complications.
Renal Replacement Therapy for Kidney diseasesachintutor
Renal replacement therapy is therapy that replaces the normal blood-filtering function of the kidneys. It is used when the kidneys are not working well, which is called kidney failure and includes acute kidney injury and chronic kidney disease.
The document provides information on inserting and caring for peripheral IV lines and central venous catheters. It discusses choosing appropriate equipment, insertion sites, known complications, and general nursing care to minimize risks. Peripheral IVs are used for short-term therapy while central lines can be non-tunneled, tunneled, PICCs, or ports, depending on the anticipated length of treatment and patient's condition. Ongoing care includes dressing changes, flushing lines, and monitoring for complications like infection, phlebitis, occlusion or extravasation.
Percutaneous Drainage of Abscess and Post Operative CollectionsDr.Suhas Basavaiah
Ultrasound guided percutaneous drainage is an image guided minimally invasive procedure to treat accessible fluid collections. It has advantages over CT like real-time visualization and lack of radiation. The document outlines the patient preparation, equipment, techniques, post-procedure care and complications of this procedure. Percutaneous drainage is effective for treating many types of collections when performed carefully under imaging guidance using the correct technique and equipment.
Central Venous Access Devices Made Incredibly Easy!Cathy Lewis
Target audience: RNs during New Hire Orientation and nurses needing additional training on identifying, assessing, and maintaining central lines.
Developed in conjunction with subject matter experts (SMEs) from IV Team. Principles based on practice at this particular institution.
It is the removal of solutes and water from body across a semipermeable membrane (dialyzer)
care during and after the dialysis is very important to prevent the entry of pathogens in to the body.
Dialysis is a procedure that substitutes for kidney function by cleaning and filtering the blood. There are different types of dialysis used to treat both acute and chronic kidney failure. Hemodialysis is the most common method and involves using an artificial kidney machine to remove waste through diffusion, osmosis, and ultrafiltration across a semipermeable membrane. A vascular access such as a catheter, arteriovenous fistula, or graft is required to access the bloodstream during hemodialysis treatments. Complications can include infections, stenosis, thrombosis, and aneurysm formation if not properly cared for.
Common research design used in Nursing.
Types of Quantitative, Qualitative and mixed method nursing research design. its also further classify into experimental and non experimental research design
Introduction to Medical surgical nursingAnil patidar
- Medical-surgical nursing evolved from caring for adult patients in various settings to its own specialty as medicine and surgery advanced.
- The history of nursing in India dates back to 3000 BC in the Rigveda and King Ashoka established hospitals in 272 BC. Formal nursing training began in the mid-1800s with the establishment of training schools.
- In the late 1800s, the development of safer anesthetics allowed for longer surgeries and the need for specially trained nurses in surgical units. In the US, the first operating room nurse education was provided in 1876 and associations were formed in the 1900s to standardize practice and establish nursing as a profession.
This document discusses different types of experimental research designs. There are three main types of designs - pre-experimental, quasi-experimental, and true experimental. True experimental designs have the highest degree of control and involve manipulating the independent variable, using a control group, and random assignment to control for extraneous variables. Quasi-experimental designs manipulate the independent variable but lack either random assignment or a control group. Pre-experimental designs have the least control and do not use control groups or random assignment. Several examples of designs are provided within each category.
This document discusses the instillation of various drugs through different routes such as the eyes, ears, and nose. It defines instillation as introducing a liquid into a cavity drop by drop. It describes the purposes, types, and procedures for instilling eye drops to dilate the pupil, relieve eye pain or treat infections. The procedures for ear drop instillation to treat ear infections or reduce pain are also outlined. Finally, it discusses nasal instillation to relieve nasal congestion or treat sinus infections through decongestants or antimicrobial agents.
NAVIGATING THE HORIZONS OF TIME LAPSE EMBRYO MONITORING.pdfRahul Sen
Time-lapse embryo monitoring is an advanced imaging technique used in IVF to continuously observe embryo development. It captures high-resolution images at regular intervals, allowing embryologists to select the most viable embryos for transfer based on detailed growth patterns. This technology enhances embryo selection, potentially increasing pregnancy success rates.
STUDIES IN SUPPORT OF SPECIAL POPULATIONS: GERIATRICS E7shruti jagirdar
Unit 4: MRA 103T Regulatory affairs
This guideline is directed principally toward new Molecular Entities that are
likely to have significant use in the elderly, either because the disease intended
to be treated is characteristically a disease of aging ( e.g., Alzheimer's disease) or
because the population to be treated is known to include substantial numbers of
geriatric patients (e.g., hypertension).
PGx Analysis in VarSeq: A User’s PerspectiveGolden Helix
Since our release of the PGx capabilities in VarSeq, we’ve had a few months to gather some insights from various use cases. Some users approach PGx workflows by means of array genotyping or what seems to be a growing trend of adding the star allele calling to the existing NGS pipeline for whole genome data. Luckily, both approaches are supported with the VarSeq software platform. The genotyping method being used will also dictate what the scope of the tertiary analysis will be. For example, are your PGx reports a standalone pipeline or would your lab’s goal be to handle a dual-purpose workflow and report on PGx + Diagnostic findings.
The purpose of this webcast is to:
Discuss and demonstrate the approaches with array and NGS genotyping methods for star allele calling to prep for downstream analysis.
Following genotyping, explore alternative tertiary workflow concepts in VarSeq to handle PGx reporting.
Moreover, we will include insights users will need to consider when validating their PGx workflow for all possible star alleles and options you have for automating your PGx analysis for large number of samples. Please join us for a session dedicated to the application of star allele genotyping and subsequent PGx workflows in our VarSeq software.
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Respiratory issues like asthma are the most sensitive issue that is affecting millions worldwide. It hampers the daily activities leaving the body tired and breathless.
The key to a good grip on asthma is proper knowledge and management strategies. Understanding the patient-specific symptoms and carving out an effective treatment likewise is the best way to keep asthma under control.
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Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
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2. Meaning
Is a process of removing waste and excess
water from blood and is used primarily
artificial replacement for lost kidney function
in people with renal failure
3. GOAL
To remove end products of protein metabolism
Maintain concentration of electrolyte
Correct acidosis
Remove excess fluid
4. Principles
Ultra filtration
Refers to removal of fluid from blood using
osmotic and hydrostatic pressure
Osmosis
Is the movement of fluids across a
semipermeable membrane from an area of
lower concentration of particle to higher
concentration of particles
5. Diffusion
Is the process
of passage of
articles from
area of higher
concentration
to area of
lower
concentration
7. HEMODIALYSIS
A process for removing metabolic waste
products or toxic substance from blood
stream.
8. Hemodialysis access
Acute dialysis catheter
Are non cuffed, non tunneled catheter
Used for immediate vascular access
Inserted in internal jugular vein or femoral vein
Maintain occlusive dressing over the catheter
insertion
Assess the insertion site for Hematoma, bleeding,
Catheter dislodgement
9. Subclavian vein catheter Femoral vein catheter
The catheter usually filled
with Heparin and copped to
maintain patency between
dialysis treatment
The catheter should not
uncapped
The catheter may be left in
place for up to 6 weeks if no
complications occurs
Assess the extremity for
circulation, temperature, and
pulse
Prevent Pulling or
disconnecting of the catheter
when giving care
Because the groin is not a
clean site, meticulous
perineal care is required
Use an Iv infusion pump or
controller which microdrip
tubing if heparin infusion
10. Internal Arterio venous fistula
Is a connection of artery and vein
Last longer
Radio cephalic, brachiocephalic, brachio
basilic
11. A permanent choice for client With CRF
requiring dialysis
The fistula is created surgically by
anastomosis of a large artery and large vein in
the arm
The flow of arterial blood into venous system
cause in the vein to become engorged (
Matured or developed)
12. Maturity is takes about 4-6 weeks,
depending on the client ability to do hand
flexing exercise such as ball squeezing,
which help fistula mature
Fistula is require to be mature before it can
be used because the engorged vein is
punctured with large bore needle for
dialysis
Subclavian or femoral catheters, peritoneal
dialysis or external arterio venous shunt
can be used for dialysis while fistula is
maturing or developing.
13. Advantages Disadvantages
• Fistula is internal, the risk
of cloting and bleeding
low
• It can used indefinitely
• Decreased incidence of
infection because of
internal
• Once healing has
occurred, no external
dressing is required
• The fistula allows freedom
of movement
• Can not used immediately
after insertion so
planning ahead for an
alternate access for
dialysis is important
• Needle insertion through
the skin is required for
dialysis
• Infiltration of the needles
during dialysis can occur
and cause hematomas
• An aneurysm can form in
the fistula
• CHF can occur from the
increased blood flow in
14. Arterial steal syndrome can develop in a client
with an internal arteriovenous fistula. In this
complication, too much blood is diverted to
the vein and arterial perfusion to the hand is
compromised
15. Arterio venous graft
The internal graft may be used for chronic
dialysis client who do not have adequate blood
vessels for the creation of a fistula
16. An arterial graft made of Gore- Tex or a bovine
(cow) carotid artery is used to create an
artificial vein for blood flow.
The procedure involves the anastomosis of an
artery and vein using artificial graft
The graft can be used 2 weeks after insertion
Complication of graft including clotting,
aneurysm and infection
17. Advantages Disadvantages
• Graft is internal, the risk of
cloting and bleeding low
• It can used indefinitely
• Decreased incidence of
infection because of internal
• Once healing has occurred,
no external dressing is
required
• The graft allows freedom of
movement
• Can not used immediately
after insertion
• Needle insertion through the
skin is required for dialysis
• Infiltration of the needles
during dialysis can occur and
cause hematomas
• An aneurysm can form in the
AV graft
• CHF can occur from the
increased blood flow in the
venous system
• Arterial steal syndrome can
develop
18. Teach the client that the extremity should not be used for
monitoring BP, Drawing blood, placing IV lines or
administering injections
Teach the client with an arteiovenous fistula hand fixing
exercise such as ball squeezing to promote graft maturity
Note the temperature and capillary refill of the extremity
Palpate pulse below fistula or graft, and monitor for hand
swelling as indication of ischemia
Monitor for clotting
› Complains of tingling or discomfort in the extremity
› Inability to palpate a thrill or auscultate a bruit over the fistula or
graft
Monitor for infection
19. Monitor lung and heart sound for sign of CHF
Notify the physician immediately if the sign of
clotting, infection or arterial steal syndrome
occure
To ensure the Patency, palpate for a thrill or
auscultate for a bruit over the fistula or graft.
Notify the physician if a thrill or bruit is
absent
20. Two Silastic cannulas are surgically inserted
into an artery and vein in the forearm or leg to
form an external blood path
The cannulas are connected to From a U
shape blood flows from the client’s artery
through the shunt into the vein
21. ADVANTAGES DISADVANTAGES
The external AV shunt
use immediately
No venipuncture is
necessary
Disconnection or
dislodgment of the
external shunt
Risk for Hemorrhage,
infection or clotting
Potential for skin erosion
around the catheter site
22. Avoid getting shunt wet
Wrap a dressing completely around the shunt and
keep it dry and intact
Keep cannula clamps at the bed side or attached
the arteriovenous disconnection
Teach the client that shunt extremity should not
use for monitoring BP, Drawing blood, Placing Iv
line and drug admini.
Monitor skin integrity
Auscultate bruit and palpate thrill although a
bruit not be heard with the shunt
23. Fibrin – white flecks noted in the tubing
Separation of Serum and cell
Thrill Absent on palpation
Coolness of the tubing or extremity
Tingling sensation at site or in extremity
24. Hemodialysis Apparatus
Dialyzer
Referred to as artificial kidney
Remove excess waste and fluid from blood
Made up of thin fibrous material fibers from a
semipermeble membrane which allows small
particles and liquid to pass through
25. Dialysate
The fluid and solute in a dialysis process that flow
through dialyzer do not pass through the
membrane and discarding along with removal
toxic substance
Composition : sodium chloride
Sodium bicarbonate
Sodium acetate
calcium chloride
Potassium chloride
30. Introduction of air into circulatory system
› Dyspnea, tachypnea, Chest Pain
› Hypotension
› Reduce oxygen saturation
› Cyanosis
› Anxiety
› Changes of sensorium
31. Interventions
Stop the hemodialysis
Turn the client on the left side, with head
down
Notify physician
Administer oxygen
Vital signs
32. A rapid changes in the composition of the
extracellular fluid occurs during hemodialysis
Solute are removed from the blood the faster than
from CSF and brain; fluid is pulled into the brain
causing cerebral edema
› Nausea, vomiting, Headache, Hypertension,
Restlessness and agitation , Muscle cramps, confusion,
Seizure
33. Slow or stop the dialysis
Notify the physician
Prepare the administre IV hypertonic saline
solution, albumin, or manitol if prescribed
34. An aluminium Toxicity from dialysate water
sources containing aluminum; also can occur
from ingestion of aluminum containing antacid
(phosphorus binders)
› Progressive neurological Impairment
› Mental Cloudiness
› Speech disturbance
› Muscle incoordination, bone pain, Seizure
35. Monitor for the sign of encephalopathy
Notify physician
Administering aluminum Chelating agents as
prescribed so that the aluminum is released
and dialyzed from the body
36. NURSING CARE
Weight and volume status : assess BP, weight
Remove restrictive clothing or jewelry from
arm
Avoid pressure on vascular site
Hand hygiene
Review laboratory records
Hold the medication
37. PERITONEAL DIALYSIS
The process uses the patient peritoneum in
abdomen as a membrane across which fluid
and dissolved substance are exchanged
from blood
38. Peritoneal membrane is large and porous,
allowing solutes and fluid to move via osmosis
from an area of higher concentration to lower
concentration in the dialyzing fluid.
The peritoneal cavity reach in capillaries
therefore it provides a ready access to the
blood supply.
40. Peritonitis
Recent abdominal surgery
Abdominal Adhesion
Other GI problems Such as Diverticulities
41. Procedure
preparation of patient
• Explain the procedure
• Baseline data's are recorded
• Patient is encourage to empty bowel and
bladder
• Broad spectrum antibiotic
42. A siliconized rubber catheter such as Tenckhoff
Catheter is surgically inserted into the client’s
Peritoneal cavity to allow infusion of dialysis fluid
The preferred Insertion site is 3 to 5 cm below
Umbilicus this area is relatively avascular and has
less fascial resistance
The catheter is tunneled under the skin, through
the fat and muscle tissue to the peritoneum; it is
stablize with inflatable Darcon cuffs in the muscle
and under skin
43. Over a period of 1 to 2 weeks following
insertion, fibroblast and blood vessels grow
around the cuffs, fixing the catheter in place
and providing an extra barrier against
dialysate leakage and bacterial invasion
If the client is scheduled fro transplant surgery
the peritoneal catheter may either be removed
of left in place if the need for dialysis is
suspected post transplantation.
44.
45. Preparing equipment (Dialysate solution)
The Solution is sterile
All Dialysis solution are prescribed by the
physician; the solution contain electrolytes
and minerals and has a specific osmolarity,
specific glucose concentration and other
medication additives as prescribed
The higher the glucose concentration, the
greater the hypertonicity and the amount of
fluid removed during a peritoneal dialysis
exchange
46. The higher glucose concentration, the grater
the hyper tonicity and the amount of fluid
removed during peritoneal dialysis exchange
Increasing the glucose concentration increases
the concentration of active particles that cause
osmosis, increase the rate of ultra filtration
and increases the amount of fluid removed
Heparin is added to prevent clotting
Insulin may added – if client is DM
47. Performing exchange
1. Infusion (fill)- dialysate infused by gravity
in to peritoneum
5-10 min is usually required to infuse
2. Dwell- time allow to diffusion and osmosis
3. Drainage- drain from peritoneal cavity by
gravity
48. TYPES
Continuous ambulatory peritoneal dialysis
(CAPD)
1.5 – 3 liter of diaysate fluid instilled in the
abdomen and left place for a prescribed
period of time
Solution drain by gravity flow
Use four dialysis cycle every 24 hours
50. COMPLICATION
• Fever , abdominal tenderness
• nauseaPeritonitis
• Displacement, obstruction, fluid
leakage
• Incomplete healing
Catheter
related
• Pain
• Hypotension
• Over hydration
Dialysis
related
51.
52. Kidney transplantation involves
transplanting a kidney from living donor or
deceased donor to recipient who have no
longer has renal function
53. A living donor is a person who is alive at the
time of donation and may or may be related
to recipient
A deceased or cadaveric transplant comes
from someone who has died and donated his
or her organ
54. Native kidney not usually removed
Transplant kidney is placed in the patient
iliac fossa anterior to iliac crest because it
allow for easier access to the blood supply
needed to perfuse kidney
55. Preoperative MGT
Complete physical examination of the donor
and recipient
Assess the bladder neck function
Patient must free from infection
Psychosocial evaluation
Hemodiaysis perform before prior to
transplantation
Consent
Dietary restriction