This document discusses extravasation, which is the unintentional leakage of drugs or substances out of blood vessels into surrounding tissue. It describes different types of extravasations based on the properties of the leaked substance. It identifies numerous risk factors for extravasation related to patients, medications, devices, clinicians and procedures. Symptoms and a grading system for extravasations are provided. The document outlines extensive guidelines for the prevention, assessment, management and treatment of extravasations with various antidotes and approaches depending on the substance extravasated. It emphasizes the importance of education for patients and clinicians to prevent and properly handle extravasations.
Management of Extravasations of Chemotherapy
1) Extravasation occurs when chemotherapy drugs leak into the surrounding tissues rather than entering the vein, and can cause damage ranging from mild skin reactions to severe tissue necrosis, depending on the drug.
2) Drugs are classified as vesicants, irritants, inflammitants, or neutrals based on their propensity to cause tissue damage. Vesicants like doxorubicin are most likely to cause damage.
3) Risk of extravasation is higher for fragile veins, elderly or ill patients, and irritating/vesicant drugs. Signs include pain, swelling, discoloration at the injection site.
4)
Extravasation is the accidental leakage of intravenous drugs into surrounding tissues from a vein. This can cause immediate pain and inflammation and potentially tissue damage or necrosis depending on the drug. The risk of extravasation is between 0.1-6% for peripheral lines and 0.26-4.7% for central lines. Drugs are classified based on their damage potential from vesicants, which can cause blistering, to exfoliants, irritants, inflammitants and neutrals. Management involves stopping the infusion, aspirating drug if possible, and then treatments ranging from dispersing and diluting for non-DNA binding vesicants to localizing and neutralizing for DNA binding vesicants. Prevention
An extravasation occurs when a vesicant solution is inadvertently administered into surrounding tissue instead of the vein. Signs and symptoms include pain, swelling, skin tightness, and discoloration at the IV site. Initial signs may be subtle but can progress to skin necrosis, blistering, and permanent damage if not properly managed. To manage an extravasation, the infusion must be stopped immediately, the drug withdrawn from the cannula, and the limb elevated. Further treatment depends on the drug involved and extent of damage. Proper training, assessment of competence, and documentation are important for preventing extravasation complications.
This document discusses guidelines for managing chemotherapy extravasations. It begins with a case study where a patient experienced an anthracycline extravasation during breast cancer treatment. Initial management was performed but the patient required further invasive treatment and experienced ongoing complications. The document then defines extravasation and discusses prevalence, pathophysiology, risk factors, extent of tissue damage classification of cytotoxic drugs, and potential complications. It provides guidance on preventing extravasations through proper staff training, patient education, cannulation site selection, verifying intravenous access, and monitoring for signs of extravasation. The document concludes with general treatment instructions if an extravasation occurs, including components of an extravasation kit and use of heat or cold applications.
1) Extravasation occurs when a drug escapes into the extravascular space through vessel leakage or direct infiltration, potentially causing tissue damage or necrosis.
2) Symptoms of extravasation appear within 30 minutes to 12 hours and range from skin irritation to tissue damage, depending on the type of drug (irritant or vesicant).
3) Risk factors for extravasation include drug properties, patient factors like vein availability, and environmental factors. Proper prevention, recognition, and management are needed to minimize risks of extravasation.
Safe administration & preparation of cancer chemotherapy by irene weruKesho Conference
This document provides information on safe administration and preparation of cancer chemotherapy. It discusses the hazards of anticancer medicines and outlines various safety considerations for personnel, patients, and the environment. Specific guidelines are presented for reconstitution, administration, storage, spill management, oral drug handling, and waste disposal. The importance of patient safety is emphasized, and factors to consider for individual patients are described. Medication errors can occur at various stages, so communication and information sharing need to be standardized. Overall, strict protocols and protective measures are necessary when working with hazardous chemotherapy drugs.
Safe iv cannulation (prevention of iv thrombophlebitis)Chaithanya Malalur
A basic introduction to applying an intravenous canula. A note on commonly accessible veins, purpose of IV cannulation, materials & procedure, after care, complications & management
Management of Extravasations of Chemotherapy
1) Extravasation occurs when chemotherapy drugs leak into the surrounding tissues rather than entering the vein, and can cause damage ranging from mild skin reactions to severe tissue necrosis, depending on the drug.
2) Drugs are classified as vesicants, irritants, inflammitants, or neutrals based on their propensity to cause tissue damage. Vesicants like doxorubicin are most likely to cause damage.
3) Risk of extravasation is higher for fragile veins, elderly or ill patients, and irritating/vesicant drugs. Signs include pain, swelling, discoloration at the injection site.
4)
Extravasation is the accidental leakage of intravenous drugs into surrounding tissues from a vein. This can cause immediate pain and inflammation and potentially tissue damage or necrosis depending on the drug. The risk of extravasation is between 0.1-6% for peripheral lines and 0.26-4.7% for central lines. Drugs are classified based on their damage potential from vesicants, which can cause blistering, to exfoliants, irritants, inflammitants and neutrals. Management involves stopping the infusion, aspirating drug if possible, and then treatments ranging from dispersing and diluting for non-DNA binding vesicants to localizing and neutralizing for DNA binding vesicants. Prevention
An extravasation occurs when a vesicant solution is inadvertently administered into surrounding tissue instead of the vein. Signs and symptoms include pain, swelling, skin tightness, and discoloration at the IV site. Initial signs may be subtle but can progress to skin necrosis, blistering, and permanent damage if not properly managed. To manage an extravasation, the infusion must be stopped immediately, the drug withdrawn from the cannula, and the limb elevated. Further treatment depends on the drug involved and extent of damage. Proper training, assessment of competence, and documentation are important for preventing extravasation complications.
This document discusses guidelines for managing chemotherapy extravasations. It begins with a case study where a patient experienced an anthracycline extravasation during breast cancer treatment. Initial management was performed but the patient required further invasive treatment and experienced ongoing complications. The document then defines extravasation and discusses prevalence, pathophysiology, risk factors, extent of tissue damage classification of cytotoxic drugs, and potential complications. It provides guidance on preventing extravasations through proper staff training, patient education, cannulation site selection, verifying intravenous access, and monitoring for signs of extravasation. The document concludes with general treatment instructions if an extravasation occurs, including components of an extravasation kit and use of heat or cold applications.
1) Extravasation occurs when a drug escapes into the extravascular space through vessel leakage or direct infiltration, potentially causing tissue damage or necrosis.
2) Symptoms of extravasation appear within 30 minutes to 12 hours and range from skin irritation to tissue damage, depending on the type of drug (irritant or vesicant).
3) Risk factors for extravasation include drug properties, patient factors like vein availability, and environmental factors. Proper prevention, recognition, and management are needed to minimize risks of extravasation.
Safe administration & preparation of cancer chemotherapy by irene weruKesho Conference
This document provides information on safe administration and preparation of cancer chemotherapy. It discusses the hazards of anticancer medicines and outlines various safety considerations for personnel, patients, and the environment. Specific guidelines are presented for reconstitution, administration, storage, spill management, oral drug handling, and waste disposal. The importance of patient safety is emphasized, and factors to consider for individual patients are described. Medication errors can occur at various stages, so communication and information sharing need to be standardized. Overall, strict protocols and protective measures are necessary when working with hazardous chemotherapy drugs.
Safe iv cannulation (prevention of iv thrombophlebitis)Chaithanya Malalur
A basic introduction to applying an intravenous canula. A note on commonly accessible veins, purpose of IV cannulation, materials & procedure, after care, complications & management
Febrile neutropenia is a medical emergency for patients undergoing chemotherapy. Prompt administration of broad-spectrum antibiotics is crucial to prevent life-threatening infections from progressing. Risk stratification tools can help identify low-risk patients who may be treated as outpatients. Antibiotic and antifungal prophylaxis is recommended for high-risk patients to reduce mortality and infection rates. Persistent fever requires evaluation for invasive fungal infections and catheter removal if implicated in bloodstream infection.
CATHETER RELATED BLOOD STREAM INFECTIONAnil Kumar KM
This document discusses catheter-related bloodstream infections (CRBSIs). It covers the different types of intravenous devices used, risk factors for CRBSIs like site of insertion and duration of catheterization, common pathogens like coagulase-negative staphylococci, and methods for diagnosis. Treatment involves antibiotic therapy based on pathogen and sometimes removing the catheter. Prevention focuses on only catheterizing when necessary, following sterile technique for insertion and maintenance, and removing lines promptly. Monitoring and a central line bundle can help reduce CRBSIs.
Central Venous Access and Catheters. Their indications and contraindications, Different types of central catheters and their advantages and disadvantages, Technique of insertion, and Complications related to central venous lines.
The document outlines types of IV access including central and peripheral lines, defines a port-a-cath as an implanted device that allows easy access to veins, and describes the components, indications, contraindications, procedures for accessing and using a port-a-cath, potential complications, and patient education.
This document discusses catheter-related bloodstream infections (CRBSIs). It defines CRBSIs and describes different catheter types. CRBSIs are caused by pathogens migrating from the skin insertion site into the catheter or through direct contact. Common pathogens include staphylococci and candida. The document recommends a bundle of strategies to prevent CRBSIs, including education and training, maximal sterile barrier precautions, chlorhexidine skin antisepsis, securement devices, and antimicrobial catheters when infection rates remain high despite other measures. Regular assessment and performance improvement initiatives can help increase adherence to guidelines.
This document provides information and best practices for central and peripherally inserted central catheters (PICCs). It discusses indications for central lines, types of central lines including non-tunneled and PICCs, catheter placement and tips, dressing changes, flushing procedures, and documentation standards. The document emphasizes following Centers for Disease Control and Prevention guidelines to prevent infections, including using sterile technique and chlorhexidine for dressing changes and site access. It also stresses the importance of daily site assessments and prompt removal of unnecessary lines.
Central and PICC Line: Care and Best Practices Mary Larson
This document provides information and best practices for central and peripherally inserted central catheter (PICC) lines. It discusses indications for central lines, types of central lines including non-tunneled and PICC lines. Proper catheter dressing changes and flushing are outlined, including using chlorhexidine to cleanse the skin and flushing with saline before and after each use. Assessment of catheter sites and documentation standards are also reviewed.
The document discusses circumcision procedures for children at Ramayya Pramila Urology Hospital. The hospital applies dressings after circumcision that disconnect automatically within a few hours, making the postoperative recovery painless. Children are usually back to normal within 24 to 48 hours after the procedure due to the hospital's superior and compassionate care.
2. central venous access devices (cvads)ChartwellPA
Central venous catheters can be categorized into four groups based on their design: peripherally inserted central catheters, temporary central venous catheters, permanent tunneled central venous catheters, and implantable ports. It is the nurse's responsibility to understand the design, purpose, and care of each type of catheter and educate patients. PICC lines are long, flexible tubes inserted into a peripheral vein and threaded into the central circulation. They are commonly used for short or long-term therapies and have a lower risk of complications than other central lines. Implantable ports are implanted subcutaneously and consist of a portal body and catheter, providing vascular access without an external component.
This document provides information on the care and use of a chemoport or port-a-cath. A port-a-cath is a surgically implanted device that provides long-term intravenous access. It consists of a portal and catheter under the skin. The portal can be punctured repeatedly by a Huber needle to administer medications, blood draws, or IV fluids. The document outlines the proper procedures for accessing the port with a needle, locking it with heparin, taking blood samples, starting IV therapy, and removing the needle. It also lists equipment needed and potential complications to watch for like infection, occlusion, or skin breakdown.
This document discusses various inotropic drugs used to increase the contractility of the heart. It describes the mechanisms and indications for commonly used inotropes like dobutamine, dopamine, epinephrine, milrinone and digoxin. Precise dosing guidelines and dilution methods are provided for each drug. Potential side effects and nursing considerations are also summarized for safe administration of inotropic therapy.
This presentation discusses high-alert medications, which are drugs that carry an increased risk of harming patients if used incorrectly. It identifies common classes of high-alert medications like opioids, insulin, and anticoagulants. Case scenarios are presented to demonstrate potential harms from improper use. Strategies are described for safely monitoring high-alert medications through standardization, redundancy checks, protocols, and patient monitoring to minimize risks and make errors visible.
TURP is a procedure to relieve urinary symptoms from an enlarged prostate. It carries risks due to the elderly patient population and long duration. A thorough pre-op assessment helps determine anesthesia technique, with subarachnoid block preferred. Potential complications include hypotension, hemorrhage, bladder perforation, hypothermia, and the rare but serious TURP syndrome caused by excessive fluid absorption. Close monitoring is needed to rapidly identify and treat any issues.
Intercostal drainage tube insertion is an emergency as well as planned procedure. In emergency it is a one of the life saving procedures. That's why it is important to learn the anatomy and physiology behind insertion of ICD and what should be the ideal procedure and post procedure care.
This document discusses infiltration and extravasation which are complications of intravenous (IV) therapy. Infiltration occurs when IV fluid leaks into surrounding tissue due to improper catheter placement or dislodgement. Extravasation is when vesicant (toxic) drugs leak into tissue. Both can cause swelling, pain, and tissue damage. To prevent these complications, health care providers should select appropriate IV sites, use proper insertion technique, securely fix catheters, and monitor sites frequently. If complications occur, the IV should be removed and the site elevated, documented, and further treated based on symptoms and severity.
Using the Central Line Bundle
Hand Hygiene
Remove Unnecessary Lines
Use of Maximal Barrier Precautions
Chlorhexidine for Skin Antisepsis
Avoid femoral lines
Report CLABSI rates to the units
Celebrate success!!
This document discusses the history, genetics, pathophysiology, clinical manifestations, complications and management of sickle cell disease (SCD). Some key points:
- SCD results from a mutation in the beta-globin gene that causes abnormal hemoglobin S production. It is inherited in an autosomal recessive pattern.
- Clinical hallmarks include painful vaso-occlusive crises, acute chest syndrome, stroke and organ damage to lungs, kidneys and brain over time.
- Perioperative management aims to prevent SCD complications using strategies like preoperative screening, transfusion if needed, adequate analgesia and oxygenation, and prompt treatment of crises. Regional anesthesia does not appear to increase
This document discusses IV infiltration and extravasation. It defines these terms and describes signs and symptoms. It outlines categories of infiltration and extravasation and explains prevention, management, and treatment. Precautions are discussed for peripheral and central lines. High risk patients and detection methods are covered. General treatment includes stopping the infusion, aspirating residual drug, elevating the limb, and applying compresses. Management of specific non-chemo drug extravasations is also reviewed. The conclusion emphasizes the importance of prevention and successful treatment to avoid injury.
This document discusses various complications that can arise from intravenous (IV) therapy and their prevention and treatment. It covers complications like needlestick injury, phlebitis, infiltration, extravasation, infection, air embolism, and occlusion. For each complication, the summary provides the causes, signs and symptoms, nursing interventions, and preventive measures. The overall goal is to educate on safely managing IV therapy and preventing associated risks.
This document provides guidelines for preventing central line-associated bloodstream infections (CLABSIs). It defines central lines and CLABSIs, identifies risk factors and how infections occur. It describes signs of infection and interventions in a central line bundle to prevent CLABSIs, including strict hand hygiene, maximal barriers during insertion, chlorhexidine skin antisepsis, optimal site selection, and daily review of line necessity. The document provides guidance on insertion, dressing, line maintenance and care to optimize infection prevention.
Febrile neutropenia is a medical emergency for patients undergoing chemotherapy. Prompt administration of broad-spectrum antibiotics is crucial to prevent life-threatening infections from progressing. Risk stratification tools can help identify low-risk patients who may be treated as outpatients. Antibiotic and antifungal prophylaxis is recommended for high-risk patients to reduce mortality and infection rates. Persistent fever requires evaluation for invasive fungal infections and catheter removal if implicated in bloodstream infection.
CATHETER RELATED BLOOD STREAM INFECTIONAnil Kumar KM
This document discusses catheter-related bloodstream infections (CRBSIs). It covers the different types of intravenous devices used, risk factors for CRBSIs like site of insertion and duration of catheterization, common pathogens like coagulase-negative staphylococci, and methods for diagnosis. Treatment involves antibiotic therapy based on pathogen and sometimes removing the catheter. Prevention focuses on only catheterizing when necessary, following sterile technique for insertion and maintenance, and removing lines promptly. Monitoring and a central line bundle can help reduce CRBSIs.
Central Venous Access and Catheters. Their indications and contraindications, Different types of central catheters and their advantages and disadvantages, Technique of insertion, and Complications related to central venous lines.
The document outlines types of IV access including central and peripheral lines, defines a port-a-cath as an implanted device that allows easy access to veins, and describes the components, indications, contraindications, procedures for accessing and using a port-a-cath, potential complications, and patient education.
This document discusses catheter-related bloodstream infections (CRBSIs). It defines CRBSIs and describes different catheter types. CRBSIs are caused by pathogens migrating from the skin insertion site into the catheter or through direct contact. Common pathogens include staphylococci and candida. The document recommends a bundle of strategies to prevent CRBSIs, including education and training, maximal sterile barrier precautions, chlorhexidine skin antisepsis, securement devices, and antimicrobial catheters when infection rates remain high despite other measures. Regular assessment and performance improvement initiatives can help increase adherence to guidelines.
This document provides information and best practices for central and peripherally inserted central catheters (PICCs). It discusses indications for central lines, types of central lines including non-tunneled and PICCs, catheter placement and tips, dressing changes, flushing procedures, and documentation standards. The document emphasizes following Centers for Disease Control and Prevention guidelines to prevent infections, including using sterile technique and chlorhexidine for dressing changes and site access. It also stresses the importance of daily site assessments and prompt removal of unnecessary lines.
Central and PICC Line: Care and Best Practices Mary Larson
This document provides information and best practices for central and peripherally inserted central catheter (PICC) lines. It discusses indications for central lines, types of central lines including non-tunneled and PICC lines. Proper catheter dressing changes and flushing are outlined, including using chlorhexidine to cleanse the skin and flushing with saline before and after each use. Assessment of catheter sites and documentation standards are also reviewed.
The document discusses circumcision procedures for children at Ramayya Pramila Urology Hospital. The hospital applies dressings after circumcision that disconnect automatically within a few hours, making the postoperative recovery painless. Children are usually back to normal within 24 to 48 hours after the procedure due to the hospital's superior and compassionate care.
2. central venous access devices (cvads)ChartwellPA
Central venous catheters can be categorized into four groups based on their design: peripherally inserted central catheters, temporary central venous catheters, permanent tunneled central venous catheters, and implantable ports. It is the nurse's responsibility to understand the design, purpose, and care of each type of catheter and educate patients. PICC lines are long, flexible tubes inserted into a peripheral vein and threaded into the central circulation. They are commonly used for short or long-term therapies and have a lower risk of complications than other central lines. Implantable ports are implanted subcutaneously and consist of a portal body and catheter, providing vascular access without an external component.
This document provides information on the care and use of a chemoport or port-a-cath. A port-a-cath is a surgically implanted device that provides long-term intravenous access. It consists of a portal and catheter under the skin. The portal can be punctured repeatedly by a Huber needle to administer medications, blood draws, or IV fluids. The document outlines the proper procedures for accessing the port with a needle, locking it with heparin, taking blood samples, starting IV therapy, and removing the needle. It also lists equipment needed and potential complications to watch for like infection, occlusion, or skin breakdown.
This document discusses various inotropic drugs used to increase the contractility of the heart. It describes the mechanisms and indications for commonly used inotropes like dobutamine, dopamine, epinephrine, milrinone and digoxin. Precise dosing guidelines and dilution methods are provided for each drug. Potential side effects and nursing considerations are also summarized for safe administration of inotropic therapy.
This presentation discusses high-alert medications, which are drugs that carry an increased risk of harming patients if used incorrectly. It identifies common classes of high-alert medications like opioids, insulin, and anticoagulants. Case scenarios are presented to demonstrate potential harms from improper use. Strategies are described for safely monitoring high-alert medications through standardization, redundancy checks, protocols, and patient monitoring to minimize risks and make errors visible.
TURP is a procedure to relieve urinary symptoms from an enlarged prostate. It carries risks due to the elderly patient population and long duration. A thorough pre-op assessment helps determine anesthesia technique, with subarachnoid block preferred. Potential complications include hypotension, hemorrhage, bladder perforation, hypothermia, and the rare but serious TURP syndrome caused by excessive fluid absorption. Close monitoring is needed to rapidly identify and treat any issues.
Intercostal drainage tube insertion is an emergency as well as planned procedure. In emergency it is a one of the life saving procedures. That's why it is important to learn the anatomy and physiology behind insertion of ICD and what should be the ideal procedure and post procedure care.
This document discusses infiltration and extravasation which are complications of intravenous (IV) therapy. Infiltration occurs when IV fluid leaks into surrounding tissue due to improper catheter placement or dislodgement. Extravasation is when vesicant (toxic) drugs leak into tissue. Both can cause swelling, pain, and tissue damage. To prevent these complications, health care providers should select appropriate IV sites, use proper insertion technique, securely fix catheters, and monitor sites frequently. If complications occur, the IV should be removed and the site elevated, documented, and further treated based on symptoms and severity.
Using the Central Line Bundle
Hand Hygiene
Remove Unnecessary Lines
Use of Maximal Barrier Precautions
Chlorhexidine for Skin Antisepsis
Avoid femoral lines
Report CLABSI rates to the units
Celebrate success!!
This document discusses the history, genetics, pathophysiology, clinical manifestations, complications and management of sickle cell disease (SCD). Some key points:
- SCD results from a mutation in the beta-globin gene that causes abnormal hemoglobin S production. It is inherited in an autosomal recessive pattern.
- Clinical hallmarks include painful vaso-occlusive crises, acute chest syndrome, stroke and organ damage to lungs, kidneys and brain over time.
- Perioperative management aims to prevent SCD complications using strategies like preoperative screening, transfusion if needed, adequate analgesia and oxygenation, and prompt treatment of crises. Regional anesthesia does not appear to increase
This document discusses IV infiltration and extravasation. It defines these terms and describes signs and symptoms. It outlines categories of infiltration and extravasation and explains prevention, management, and treatment. Precautions are discussed for peripheral and central lines. High risk patients and detection methods are covered. General treatment includes stopping the infusion, aspirating residual drug, elevating the limb, and applying compresses. Management of specific non-chemo drug extravasations is also reviewed. The conclusion emphasizes the importance of prevention and successful treatment to avoid injury.
This document discusses various complications that can arise from intravenous (IV) therapy and their prevention and treatment. It covers complications like needlestick injury, phlebitis, infiltration, extravasation, infection, air embolism, and occlusion. For each complication, the summary provides the causes, signs and symptoms, nursing interventions, and preventive measures. The overall goal is to educate on safely managing IV therapy and preventing associated risks.
This document provides guidelines for preventing central line-associated bloodstream infections (CLABSIs). It defines central lines and CLABSIs, identifies risk factors and how infections occur. It describes signs of infection and interventions in a central line bundle to prevent CLABSIs, including strict hand hygiene, maximal barriers during insertion, chlorhexidine skin antisepsis, optimal site selection, and daily review of line necessity. The document provides guidance on insertion, dressing, line maintenance and care to optimize infection prevention.
Many people suffer from venous disease. A good percentage of them are having superficial venous disease. Mostly these diseases are neglected due to ignorance or lack of awareness. Here is a brief description on management of superficial venous disease.
This document discusses guidelines for managing chemotherapy extravasations. It begins with a case study where a patient experienced an anthracycline extravasation during breast cancer treatment. The initial management was performed locally but required further invasive treatment and ongoing care. Two years later, the patient still experiences pain and limited mobility in the affected area. The document then defines extravasation and discusses prevalence, pathophysiology, risk factors, extent of tissue damage classification of cytotoxic drugs, prevention strategies, signs and symptoms, general treatment instructions, and components of an extravasation kit. It provides guidance on applying heat or cold to the affected area depending on the type of chemotherapy agent extravasated.
CVAD Management, Care and Maintenance (Radiology Nursing)Sarah Cox
Central venous access devices (CVADs) require careful management to prevent complications. There are two main types of CVADs - external and internal. External devices are short-term while internal devices like ports can remain for years. Proper infection control including hand hygiene is essential to prevent catheter-related bloodstream infections. Nurses must regularly assess the CVAD site and dressing and know how to properly access, flush, and secure the device. Occlusions and tip migration are potential complications that require monitoring and troubleshooting.
The document discusses improving safety in dialysis units. It identifies that 10% of hospital patients experience preventable safety incidents and 60% of equipment-related incidents are due to improper usage. The document then analyzes safety incident data from dialysis units in England and Wales and identifies common incident types, including failures of dialysis techniques and equipment. It provides recommendations to improve safety, such as ensuring proper sanitary environment and hand hygiene practices, staff training, and documenting patient information.
This document provides guidance on peripheral intravenous cannula care and assessment. It discusses appropriate sites for cannula insertion in adults and pediatrics. Ongoing care includes using aseptic technique for dressing changes and flushes. Signs of complications like infiltration or phlebitis should be monitored using the Visual Infusion Phlebitis Score. Removal criteria and potential complications are also outlined. Proper cannula care and assessment is important for newly graduated nurses who may lack hands-on experience starting peripheral lines.
The document provides an overview of basic IV therapy and central vascular access devices. It describes peripheral and central venous anatomy, different types of central venous access devices, and considerations for vein and catheter selection. Complications associated with peripheral IVs and central lines are discussed, along with nursing care, maintenance, and documentation.
This document provides recommendations for best practices regarding central venous access devices (CVADs). It discusses site selection, safety protocols to prevent infection, skin antisepsis techniques, tip placement confirmation, dressing selection and changes, device securement, flushing and locking protocols, assessing and treating occlusion, minimizing blood withdrawal, and references to support the recommendations. The goal is to provide effective vascular access care and improve patient outcomes while reducing complications.
Prevention of Central Line Associated Blood Stream Infection (CLABSI )[compa...drnahla
This document discusses the prevention of central line-associated bloodstream infections (CLABSI). It covers:
1. The burden of CLABSI, including mortality rates between 4-20% and annual costs ranging from $296 million to $2.3 billion in the US.
2. The epidemiology of CLABSI pathogens, with coagulase-negative staphylococci being the most common cause at 37%.
Nosocomial infections are an important cause of additional morbidity, prolonged hospitalization, mortality, and increased costs. They are most common in pediatric and neonatal intensive care units. The major types of nosocomial infections include catheter-related bloodstream infections, urinary tract infections, ventilator-associated pneumonia, and surgical site infections. Transmission occurs primarily through healthcare workers' hands. Effective prevention relies on good hand hygiene, limiting unnecessary device use, and implementing a multimodal infection control program with surveillance, education, and performance feedback.
This protocol outlines guidelines for inserting, maintaining, and removing peripheral vascular devices (PVDs). It aims to standardize practices to improve patient care. The document defines relevant terms and lists indications for PVD insertion, such as blood sampling or IV medication administration. Contraindications are also noted, such as inserting a device in an injured extremity. Equipment, patient preparation, insertion procedure, maintenance including dressing changes, and removal are described. The goal is to provide standards for proper PVD care while allowing for clinical judgement in individual cases.
Deep vein thrombosis (DVT) is a blood clot that forms inside a vein, usually in the leg veins. If not treated, the clots can break off and travel to other parts of the body. Risk factors include genetic factors, immobilization, surgery, cancer, and oral contraceptives. Symptoms may include leg swelling and pain. Treatment involves blood thinners to prevent clot growth and embolism. Proper prophylaxis including mechanical methods and anticoagulants depends on the type of surgery and patient risk factors. Care must be taken with neuraxial procedures and indwelling catheters.
- Short-term catheters should only be used for acute dialysis or limited hospital use. Non-cuffed femoral catheters are only for bed-bound patients.
- Long-term catheters should be used with a plan for permanent access and prefer those capable of high flow rates. Choice depends on local experience and goals.
- Long-term catheters should avoid the same side as a maturing arteriovenous access, if possible.
1. There are three main types of vascular access for hemodialysis in children: tunneled catheters, arteriovenous fistulas, and arteriovenous grafts.
2. It is important to educate children with declining kidney function about their vascular access options and the importance of vein preservation for potential future access.
3. The choice of vascular access depends on multiple patient-specific factors and a dedicated vascular access clinic can help increase use of arteriovenous fistulas and decrease use of catheters.
The document provides information on intravenous medication administration, including indications, maintenance, fluid resuscitation, signs of volume depletion, rate of repletion, modes of administration, calculating flow rates, drug dosages, peripheral IV catheter insertion procedure, equipment, complications, and personal safety for healthcare workers. The key points are intravenous access is used for medication and fluid administration or blood collection, careful calculation of flow rates and drug dosages is important, and local complications like hematoma, thrombosis, and phlebitis can be prevented through proper technique.
This document provides guidance on intravenous cannulation. It discusses the indications for IV cannulation including fluid replacement, medication administration, blood transfusions, and monitoring. The key steps for cannulation are outlined, including preparing the patient, identifying a suitable vein, inserting the cannula at a 10-30 degree angle, securing the cannula with a dressing, and documenting the procedure. Potential complications from cannulation like infection, infiltration of fluids, thrombosis, and extravasation are also summarized.
This document discusses intravenous (IV) therapy and peripheral IV access. It covers topics such as site selection, device selection, infusion therapy, peripheral IV catheter insertion and care, complications of venipuncture, and hands-on training. Specific details are provided on caring for and maintaining peripheral IV catheter insertion sites, including appropriate skin antiseptics and dressings. Complications during IV insertion like puncturing an artery, hitting a nerve, and hematomas are described. Additional complications discussed include infiltration, extravasation, phlebitis, and paravasation of chemotherapy drugs.
This document discusses central venous access devices (VADs) used for long-term intravenous treatment. It describes different types of VADs including short-term central venous catheters, peripherally inserted central catheters, tunneled catheters, and totally implanted ports. It discusses factors in choosing a device, risks of complications, and techniques to reduce complications like ultrasound guidance and appropriate catheter size and position. Placement site, patient characteristics, and device care can affect risks of mechanical issues, infections, thrombosis, and extravasation injuries.
Histololgy of Female Reproductive System.pptxAyeshaZaid1
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.
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
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TEST BANK For Community Health Nursing A Canadian Perspective, 5th Edition by...Donc Test
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Dealing with extravasation
1. Dr.Rajni Sharma
Mahamana Pandit Madan Mohan
Malviya Cancer Centre, Varanasi
Department of Atomic Energy,
Government of India
Dealing with Extravasation
2. The unintentional instillation or
leakage of a drug or substance
out of a blood vessel into
surrounding tissue.
Extravasation:
4. Risk factors:
Patient related risk factors:
small and/or fragile veins (e.g. elderly and children)
hard and/or sclerosed veins
limited vein availability (due to lymph node dissection, lymphedema
obesity in which peripheral access is difficult
patient movement
predisposition to bleeding, increased vascular permeability or coagulation abnormalities
altering sensory perception that may impair patient’s ability to detect sensory changes at the
site of administration
diseases with impaired or altered circulation (e.g. advanced diabetes, Raynaud syndrome,
superior vena cava syndrome)
impaired communication (e.g. non-English speaking patients, patients with communication
difficulties, sedation, young children)
disseminated skin disease (e.g. eczema, or psoriasis).
5. Medication/ infusion related risk factors:
Drug related risk factors:
vesicant potential of drug
multiple vesicants within a treatment protocol
concentration of drug
volume of drug administered
chemical properties of drug (e.g. pH or osmolarity).
6. Device and access related risk factors:
high flow pressure (e.g. infusion pump)
long infusion period
repeated use of the same vein for vesicant administration
multiple attempts at cannulation
unfavourable cannulation site
choice of equipment (e.g. cannula choice, size, steel “butterfly” needle)
inadequate dressing or poor fixation of central venous access device (CVAD) or intravenous
cannula (IVC)
deeply implanted port, leading to wrong placement of needle or dislodgement of needle
backflow secondary to fibrin sheath or thrombosis in CVAD
CVAD damage, breakage or separation
displacement or migration of CVAD catheter from the vein.
7. Clinician related risk factors:
untrained or inexperienced staff in vascular
access and the management of antineoplastic
drugs
interruption or distractions during drug
administration.
8. Symptoms and signs
patient complains of burning, stinging, pain or discomfort
patient complains of thoracic pain
evidence of swelling, oedema, erythema, leakage at the site
absence of free flow of infusion
change in infusion flow i.e. slow or sluggish
loss of blood return or change in blood flow
increase in resistance when administering IV bolus drugs.
Late symptoms of an extravasation injury include inflammation,
induration and/or blistering.
9. Investigations:
Important assessment parameters include:
drug extravasated, dose, volume
position and size of injury
amount and type of exudate
presence of swelling, oedema
extent and spread of erythema
pain.
**Assessment should be ongoing to allow for the early detection and management of skin changes such as ulceration
and necrosis
10. Issues specific to CVAD extravasation
In the event of a suspected extravasation from a CVAD, imaging techniques such
as X-ray, CT or MRI may be performed.
Linogram/ portogram may be performed to ensure that there is no fracture in
the catheter of the CVAD
11. Grading:
GRADE Infusion site extravasation
I
Painless oedema
II
Erythema with associated symptoms (e.g. oedema, pain, phlebitis)
III
Ulceration or necrosis: severe tissue damage; operative intervention
IV
Life-threatening consequences; urgent intervention indicated
V
Death
12. MANAGEMENT:
Prevention : Multidisciplinary approach should be taken to
mitigate risks of extravasation.
Patient education
1. identify high risk patients
2. ensure there are no barriers to effective communication
3. educate patients and caretaker to monitor and immediately
report symptoms such as pain, burning, stinging, swelling, or
erythema during and after administration of cytotoxic drugs.
13. Clinician training:
do not inject against resistance
administration and management of antineoplastic
drugs by trained and accredited health professionals
insertion, access and management of CVADs and IVCs
by trained and accredited health professionals
ensure knowledge and access to current literature in
extravasation management
14. Appropriate vascular access
identify most appropriate site for IVC insertion
infusion sites should be selected in the following
order of preference: forearm (basilic, cephalic, and
median antebrachial), dorsum of hand, wrist,
antecubital fossae
avoid sites with sclerosis, thrombosis, scar formation
or previously irradiated areas
if venous access via an IVC proves difficult, or
inadequate, consider a CVAD.
15. Safety procedures
When accessing and before drug administration, ensure
patency of the CVAD or IVC by checking
1.for blood return
2.no resistance is felt when flushing with 0.9% sodium
chloride or other compatible fluid
3.intravenous infusion flows freely
Monitor the patient and CVAD or IVC site regularly for the
appearance of symptoms such as swelling, pain, erythema
or a change in the infusion rate
Flush with 10 to 20 mL of sodium chloride 0.9% or other
compatible fluid between different drug infusions, checking
for signs of extravasation.
16. Device selection:
do not use winged steel infusion devices for cannulation
(“butterfly” needles), flexible cannulas should be used
use the smallest adequate and appropriate size cannula
in the largest available vein
ensure the CVAD or IVC is stabilised and secure with a
transparent dressing to allow the site to be visualised
if unable to confirm patency of CVAD, do not proceed
without a full review of the CVAD and radiologic
confirmation of patency
if unable to confirm patency of IVC, insert a new IVC.
17. Vesicant administration:
administer vesicants via a newly inserted IVC
administer vesicant drugs before other antineoplastic drugs (unless
recommended otherwise by protocol)
if there is more than one vesicant drug, administer DNA binding drugs
followed by non DNA binding drugs e.g. anthracyclines followed by vinca
alkaloids
do not use infusion pumps to administer vesicants (unless recommended
otherwise by protocol or institutional guidelines)
for bolus injections, administer concurrently with a fast running infusion of
0.9% sodium chloride or other compatible fluid
for bolus injections, patency and blood return should be checked
regularly as per local institutional guideline
for infusions (mini bag), patency and blood return should be checked
regularly as per local institutional guidelines
18. It is recommended that an extravasation
kit containing instructions, materials and
antidotes, is kept in each patient care area where
chemotherapy is administered.
19.
20. In the event of an extravasation, regardless of
the nature of the drug, the initial steps are as
follows:
STOP the injection or intravenous
infusion immediately.
LEAVE the venous access device (VAD)
in place.
ASPIRATE any residual drug from the
VAD using a sterile syringe.
PLAN
21. •CALL for assistance - notify medical officer, pharmacist and/or a
senior nursing officer.
•COLLECT the extravasation kit.
•ASSESS the affected area for the presence of symptoms e.g.
erythema, swelling, burning, pain and TRACE the affected area
with a marker pen.
•PHOTOGRAPH the area.
•REMOVE the IV device or port needle. Do not apply pressure. If
a central line is in situ this should remain in position - refer to a
medical officer for further instructions.
•ELEVATE the limb if it provides comfort to a patient
•INITIATE appropriate drug specific management measures as
per protocol.
•ADMINISTER pain relief if indicated.
•REFER to a plastic surgeon or other specialist surgeon
(according to individual case and site of extravasation) if
clinically indicated.
23. Dimethyl sulfoxide (DMSO) 99% solution
is used in the management of amsacrine, dactinomycin, daunorubicin, doxorubicin, epirubicin,
idarubicin, mitomycin extravasation
should be applied as soon as possible after extravasation has occurred (ideally within 10–25
minutes)
DO NOT use with liposomal doxorubicin as application may cause release of active drug from
the liposomes
DO NOT apply DMSO 99% solution to wet skin as a chemical burn can result
side effects of DMSO 99% solution include itching, erythema, mild burning and a
characteristic 'garlic' breath odour.
24. Hyaluronidase:
is the recommended antidote for the extravasation of vinblastine, vincristine,
vindesine, vinorelbine, vinflunine
acts by promoting the dispersion of extravasated drug
has been reported to produce positive outcomes for paclitaxel extravasation;
if used for a paclitaxel extravasation, no compress is recommended.
25. Dexrazoxane:
must be administered within 6 hours of an extravasation
has shown efficacy in preventing anthracycline wound formation
refer to institutional guidelines for obtaining and administration procedures
may cause additive myelosuppression effects with concomitant administration, patients
should therefore be closely monitored.
26. Cold compresses
The topical application of cold compresses is recommended for the management
of extravasation of drugs classed as vesicants, or irritants with vesicant properties,
with the exception of the vinca alkaloids (vinblastine, vincristine,
vindesine, vinorelbine, vinflunine) and oxaliplatin.
**In the case of an oxaliplatin extravasation, the use of a cold compress may
exacerbate sensory neuropathy.
27. Intermittent cooling is thought to:
•cause vasoconstriction, localising the
extravasation
•reduce local inflammation and pain
•decrease cellular uptake of drug.
Instructions for use:
•cover a cold pack with a waterproof covering
and place over the affected area
•leave for 15 to 20 minutes (no moisture
should come in contact with the patients skin)
•apply every 6 hours for 48 hours.
28. Warm compresses
Topical application of warm compresses is recommended for use in vinca alkaloid
(vinblastine, vincristine, vindesine, vinorelbine, vinflunine) extravasations because:
the application of warmth may decrease local drug concentration, increasing the
blood flow which results in enhanced resolution of pain and reabsorption of local
swelling
the application of cold has been shown in animal models to increase the risk of
tissue damage
the application of warmth has been reported to be synergistic with
hyaluronidase.
29. Instructions for use:
•cover a warm pack with a
waterproof covering and place over
the affected area
•leave for 15 to 20 minutes (no
moisture should come in contact with
the patient's skin)
•apply every 6 hours for 48 hours
•refer to your local institutional
guidelines on using warm packs.
30. Limb mobilisation
A study evaluating the efficacy of limb elevation post an infiltration injury found
that a 10 cm elevation of the extremity made no difference in the rate of fluid
reabsorption.
Movement should be encouraged to prevent adhesion of damaged areas to
underlying tissues.
Elevate the limb if it provides comfort to a patient.
31. Referral to a plastic surgeon or other specialist surgeon (according to
individual case and site of extravasation) is recommended.
Surgical intervention
32. Follow up care
Patient to monitor the affected area daily for any skin changes or breakdown, and to
notify medical team immediately of any changes.
Careful monitoring by a healthcare professional is recommended; the length of
monitoring should be at the advice of the medical officer, and will depend on the
cytotoxic drug extravasated and the clinical course of the injury. Consider daily or
second daily review for the first week, and then weekly until complete resolution of
symptoms.
It is important to note that early vesicant extravasation signs or symptoms can be
subtle, and not always evident until several days or weeks later. Regular patient
review is recommended.
Patients should be informed about the follow-up policy before leaving the treatment
area.
Take photographs at follow up appointments.
Community nurse or GP referral may be required for follow up care.
33. Patient Education
keeping the extremity still when receiving vesicant drugs or irritants with vesicant
properties via an IVC
immediately reporting any pain, swelling, redness, discomfort, burning or stinging.
measures for general management and reducing further damage:do not rub or scratch
the area
1. do not wear tight clothing on area
2. avoid occlusive dressing over the area
3. protect the area from sunlight
4. raise the affected arm on a pillow if it provides comfort
5. move/exercise the affected arm gently
6. do not use creams or lotions on affected area without speaking with your doctor or
nurse
34. •equipment required to care for the injury
•how to check the affected area daily and report
increase in pain or any skin changes (such as
change in colour, temperature or breakdown)
•how to monitor temperature and seek urgent
medical attention if temperature 38°C or higher
•contact numbers for during and after hours
•when to contact clinic or present to emergency
•dates and times of follow up appointments
•the importance of follow up.
35. REFERENCES:
Payne, AS et al. 2018. "Extravasation Injury from Chemotherapy and other non-
antineoplastic vesicants. In UpToDate (accessed 2019)
2
Mader, I., P. Furst-Weger,. et al. 2010. "Extravasation of Cytotoxic Agents: Compendium for
Prevention and Management." Version 2 Springer Wien New York
3
Perez Fidalgo, J.A., L. Garcia Fabregat, A. Cervantes, et al. 2012. "Management of
Chemotherapy Extravasation: ESMO-EONS Clinical Practice Guidelines". Ann Oncol 23
Suppl 7:vii167-173
4
Hospira Australia Pty Ltd. DBL Cisplatin Product Information, version 6.0. Date of most recent
amendment: 15 September 2017
5
Sauerland, C., C. Engelking, R. Wickham, et al. 2006. "Vesicant extravasation part I:
Mechanisms, pathogenesis, and nursing care to reduce risk." Oncol Nurs.Forum.
33(6):1134-1141.
Read abstract
6
Dougherty, L., Lister. 2007.The Royal Marsden Hospital Manual of Clinical Nursing Procedures.
7th Edition. Wiley-Blackwell.