This document discusses various clinical procedures including oxygen therapy, central venous therapy, electrocardiography, and pulse oximetry. It provides details on the purpose, indications, delivery systems or principles, nurse responsibilities, documentation, and considerations for each procedure. Common procedures like administering oxygen via nasal cannula or mask, inserting central venous lines, performing electrocardiograms, and monitoring pulse oximetry are explained.
2020 parm 2223 u5 introduction to central venous access and Infusion PumpsRobert Cole
This document provides an overview of central venous access devices and infusion devices. It describes different types of central lines including PICCs, tunneled lines, implanted ports, and non-tunneled lines. It discusses indications for central access and principles for accessing devices. The document also reviews various infusion devices like gravity infusion, volumetric pumps, syringe pumps, PCA pumps, and elastomeric pumps.
HEMODYNAMICS MONITORING IN CRITICALLY ILL PATIENTS: ASSESSMENT OF FLUID STATU...Bassel Ericsoussi, MD
Invasive methods are well accepted, but there is increasing evidence that these methods are neither accurate nor effective in guiding therapy
An accurate and non-invasive measurement of CO is the best method of cardiovascular assessment
The document provides information on central venous catheterization at the femoral and internal jugular sites. It begins by listing the learning objectives, which include describing anatomical landmarks, indications and complications for CVCs. It then covers the anatomy of the femoral and internal jugular sites, including diagrams labeling key structures. Indications, contraindications and common complications are defined. The use of ultrasound guidance to assist with CVC placement is discussed, noting recommendations from governing bodies and its benefits in reducing complications.
This document provides information about a central venous catheter (CVC) insertion workshop focusing on the right internal jugular vein. It discusses indications and contraindications for CVC placement, possible complications, common sites for insertion, and summarizes a study comparing infection rates between sites. It also reviews surface anatomy of insertion sites, ultrasound basics including machine settings and imaging planes. The document outlines the Seldinger technique for CVC insertion and provides an equipment list with images of required supplies.
2014 02 CVC in the EC_REFRESHER COURSE Danny Castro
This document provides an overview and refresher on central venous catheterization procedures for pediatric patients. It outlines the objectives of learning how to combine ultrasound guidance with landmark techniques for femoral catheter placement. It reviews femoral anatomy, indications and contraindications for catheterization, potential complications, and how to select an appropriately sized catheter. The document emphasizes following a checklist and bundle for sterile technique when performing ultrasound-guided femoral central line insertions in pediatric patients.
This document discusses various clinical procedures including oxygen therapy, central venous therapy, electrocardiography, and pulse oximetry. It provides details on the purpose, indications, delivery systems or principles, nurse responsibilities, documentation, and considerations for each procedure. Common procedures like administering oxygen via nasal cannula or mask, inserting central venous lines, performing electrocardiograms, and monitoring pulse oximetry are explained.
2020 parm 2223 u5 introduction to central venous access and Infusion PumpsRobert Cole
This document provides an overview of central venous access devices and infusion devices. It describes different types of central lines including PICCs, tunneled lines, implanted ports, and non-tunneled lines. It discusses indications for central access and principles for accessing devices. The document also reviews various infusion devices like gravity infusion, volumetric pumps, syringe pumps, PCA pumps, and elastomeric pumps.
HEMODYNAMICS MONITORING IN CRITICALLY ILL PATIENTS: ASSESSMENT OF FLUID STATU...Bassel Ericsoussi, MD
Invasive methods are well accepted, but there is increasing evidence that these methods are neither accurate nor effective in guiding therapy
An accurate and non-invasive measurement of CO is the best method of cardiovascular assessment
The document provides information on central venous catheterization at the femoral and internal jugular sites. It begins by listing the learning objectives, which include describing anatomical landmarks, indications and complications for CVCs. It then covers the anatomy of the femoral and internal jugular sites, including diagrams labeling key structures. Indications, contraindications and common complications are defined. The use of ultrasound guidance to assist with CVC placement is discussed, noting recommendations from governing bodies and its benefits in reducing complications.
This document provides information about a central venous catheter (CVC) insertion workshop focusing on the right internal jugular vein. It discusses indications and contraindications for CVC placement, possible complications, common sites for insertion, and summarizes a study comparing infection rates between sites. It also reviews surface anatomy of insertion sites, ultrasound basics including machine settings and imaging planes. The document outlines the Seldinger technique for CVC insertion and provides an equipment list with images of required supplies.
2014 02 CVC in the EC_REFRESHER COURSE Danny Castro
This document provides an overview and refresher on central venous catheterization procedures for pediatric patients. It outlines the objectives of learning how to combine ultrasound guidance with landmark techniques for femoral catheter placement. It reviews femoral anatomy, indications and contraindications for catheterization, potential complications, and how to select an appropriately sized catheter. The document emphasizes following a checklist and bundle for sterile technique when performing ultrasound-guided femoral central line insertions in pediatric patients.
This document provides guidelines for obtaining blood specimens from umbilical catheters in a neonatal intensive care unit. It outlines sterile technique and procedures to prevent blood loss and air bubbles when collecting samples from umbilical arterial catheters (UAC) and umbilical venous catheters (UVC). Steps include aspirating saline to clear the line, using a neutral stopcock position, carefully aspirating and injecting small amounts of blood, and flushing the line after to remove any residual blood and prevent clots. Nurses must monitor infants for signs of arterial spasm or embolism following the procedure.
The document discusses guidelines for central venous catheter care including proper insertion, maintenance, and removal techniques to ensure safe and effective intravenous therapy and reduce infections, with specific details provided for peripherally inserted central catheters and infusaports. Proper identification and care procedures are outlined for power ports that can be used for contrast dye injections.
The document discusses a catheterization laboratory or cath lab, which is an examination room in a hospital equipped with imaging equipment used to visualize the heart arteries and chambers. It describes a cath lab as a sterile unit similar to an operating theater, where procedures are performed under fluoroscopy using medical contrast dye. Common cath lab procedures listed include angiograms, angioplasty, stenting, pacemaker implantation and more. The document outlines the pre-procedure preparations, intra-procedure care, and post-procedure care in a cath lab.
Ultrasound confirmation of endotracheal tube placementSCGH ED CME
This document discusses using ultrasound to confirm endotracheal tube placement in emergency situations. It describes how ultrasound can be used to directly visualize the trachea and detect proper tube placement by seeing a single air-mucosal interface, or to indirectly visualize lung ventilation through pleural movement. Ultrasound is a fast, sensitive, and specific technique that does not require ventilation and can be helpful when other confirmation methods are unreliable or unavailable. However, it requires ultrasound skills and access to a machine, and is not intended to replace capnography and auscultation as the primary confirmation methods.
Fortis Memorial Research Institute is a large multi-specialty hospital. The document describes the catheterization lab (cath lab) workflow, including patient admission, financial counseling, coordination with insurance approvals, discharge process, and data record keeping. It provides tips to reduce turnaround times for procedures like sending insurance documents directly to the cath lab. The project involved learning the cath lab work flow, improving efficiency, and supporting patients and doctors.
This document provides information on central venous catheterization, including indications, contraindications, complications, techniques, and tips. It discusses the Seldinger technique for placement and locations for catheter insertion, including the internal jugular, subclavian, and femoral veins. Precautions are outlined for each approach. Ultrasound guidance is becoming standard to visualize the vein and compress it during insertion.
This document provides information on determining the rate of infusion for total parenteral nutrition (TPN). It discusses continuous vs. cyclic infusion, with cyclic being preferred for home patients. It emphasizes the importance of education for home TPN patients, including teaching them how to administer and monitor their TPN therapy safely. Key aspects covered include TPN preparation and infusion using pumps, as well as monitoring for potential complications.
This document provides an overview of vascular access including peripheral access, central venous access, and intraosseous infusion. It discusses tips for obtaining peripheral access as well as potential complications. Common sites for peripheral access are noted. Factors such as urgency, patient size, and vasculature are discussed in selection of catheter size and type. Reasons for central line placement include unstable conditions, prolonged IV therapy, and long-term access needs. Intraosseous infusion is described as an alternative when other access is unavailable. Blood products and transfusion reactions are also summarized.
This document discusses hemodynamic monitoring in the operating room and intensive care unit. It begins by explaining why monitoring is important to assess oxygen delivery and detect any inadequacies in perfusion. It then discusses what parameters can be monitored, such as cardiac output, oxygen delivery and consumption, and pressures. Finally, it covers how these parameters are monitored, through the use of arterial lines, central venous lines, and pulmonary artery catheters which can measure values like cardiac output, pressures, and derived measurements like systemic vascular resistance. Complications of these monitoring methods are also reviewed.
1) Bioreactance and non-invasive arterial pressure curve analysis require more validation, especially in critically ill patients.
2) Non-calibrated pulse contour analysis is unreliable in critically ill patients receiving vasopressors.
3) Transpulmonary thermodilution devices using techniques like PiCCO can provide valuable information to clinical questions regarding shock such as fluid management and contractility through measurements of extravascular lung water, pulmonary vascular permeability index, and cardiac function index.
This document discusses peripheral and midline intravenous catheters. It notes that peripheral catheters are appropriate for short term therapies under 7 days through superficial hand or arm veins. Midline catheters are inserted further up the arm and can remain in place for 1-4 weeks, providing less frequent site changes than peripheral catheters. The document reviews best practices for catheter insertion, stabilization, dressing, and flushing to promote safe and effective venous access.
Hemodialysis procedure dr. mohamed kamalFarragBahbah
This document discusses various types of vascular access for hemodialysis patients, including central lines, arteriovenous fistulas, and grafts. It notes that without adequate vascular access, hemodialysis efficiency is reduced and morbidity and mortality increase. Short-term catheters should only be used short-term, while long-term catheters require a plan for permanent access. Fistulas are the preferred permanent access but have high failure rates, especially in older patients and those with comorbidities. Early identification of failing fistulas allows for interventions like angioplasty and stent placement to salvage the access. Overall access-related problems account for half of hospitalizations in hemodialysis patients, emphasizing
The document discusses methods for assessing fluid responsiveness in patients with acute circulatory failure. It finds that the end-expiratory occlusion (EEO) test can predict fluid responsiveness except in patients with strong spontaneous breathing. The passive leg raising (PLR) test is reliable when pulse pressure variation cannot be used, but requires starting from a semi-recumbent position and monitoring cardiac output. Non-invasive measures like changes in end-tidal carbon dioxide may also assess PLR effects. Both EEO and PLR have limitations and cannot be used in all cases.
This document outlines updates made to pre-hospital protocols in Southwest Ohio. Key changes include:
- Creation of new protocols for advanced EMT scope of practice and use of EMS units as transport vehicles.
- Revisions to trauma, medical, pediatric and toxicological protocols based on new evidence and guidelines.
- Addition of protocols for push dose epinephrine, over-the-counter medications, submersion injuries, tranexamic acid and spinal immobilization.
- Revisions to airway management procedures emphasizing supraglottic airways and positioning for airway compromise.
Use of Vascular plugs in cardiovascular medicineSatyam Rajvanshi
Vascular plugs are increasingly being used for embolization procedures. They provide precise placement in target vessels and resist migration better than coils. Several types of vascular plugs are available for different vessel sizes and flow conditions. They can be used to occlude arteries, veins, and abnormal vascular connections for a variety of medical conditions, including hemorrhage, tumors, and congenital malformations. Vascular plugs offer advantages over coils such as faster procedure times, lower radiation exposure, and more effective occlusion. Continued innovations in plug design have expanded their applications in interventional procedures.
Central venous lines and their problemsSunil Agrawal
The document discusses central venous lines and their placement and complications. It describes how central venous lines can be placed in the internal jugular, subclavian, femoral, and umbilical veins using the Seldinger technique. Potential acute complications include hematoma, cellulitis, arterial puncture, pneumothorax, malposition, and air embolism. Chronic complications include infection and thrombosis. The document recommends using antimicrobial-impregnated catheters, avoiding antibiotic ointments, not scheduling routine catheter changes, and removing catheters when no longer needed to help prevent complications.
A biplane cath lab uses two x-ray imaging systems positioned at an angle to each other to capture images of the heart from two views simultaneously, allowing for faster and more efficient cardiac examinations and procedures like angiograms, stents, and pacemaker implants compared to a single plane system, though biplane systems have a higher cost.
A brief explanation about Non invasive blood pressure monitoring intra operatively and few fit bits about oxygen analyser, much useful for residents in anaesthesia
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.
The document discusses various methods of patient monitoring during anesthesia, including their purposes, advantages, and limitations. It covers monitoring vital signs, standards for basic anesthesia monitoring according to the ASA, techniques like non-invasive blood pressure monitoring, ECG, pulse oximetry, capnography, and invasive arterial line monitoring. Key aspects emphasized are integrating multiple monitoring methods to evaluate oxygenation, ventilation, and circulation.
Back to the Bedside: Internal Medicine Bedside Ultrasound ProgramAllina Health
David Tierney, MD. How bedside ultrasound is changing the practice of medicine and how Abbott Northwestern Hospital has become a national leader in integrating bedside ultrasound in its Internal Medicine Residency Program. "As internal medicine physicians, we are finding that everything we do with our hands, eyes and stethoscopes can be done a little better with ultrasound. That means our physical exam, which we consider our bread and butter, has more sensitivity and specificity. This gives us better diagnostic ability and results in earlier and more appropriate treatment."
This document outlines a stroke management protocol to standardize and expedite treatment for acute ischemic stroke patients. It discusses the importance of minimizing delays from symptom onset to treatment administration given the time-sensitive nature of stroke. The protocol details steps in the pre-hospital, emergency department, and in-hospital phases including rapid neurological assessment, imaging, criteria evaluation, and intravenous thrombolysis administration if eligible, with a goal of completing the entire process within 60 minutes or less. Adhering closely to established guidelines and protocols is emphasized to optimize outcomes for stroke patients.
This document provides guidelines for obtaining blood specimens from umbilical catheters in a neonatal intensive care unit. It outlines sterile technique and procedures to prevent blood loss and air bubbles when collecting samples from umbilical arterial catheters (UAC) and umbilical venous catheters (UVC). Steps include aspirating saline to clear the line, using a neutral stopcock position, carefully aspirating and injecting small amounts of blood, and flushing the line after to remove any residual blood and prevent clots. Nurses must monitor infants for signs of arterial spasm or embolism following the procedure.
The document discusses guidelines for central venous catheter care including proper insertion, maintenance, and removal techniques to ensure safe and effective intravenous therapy and reduce infections, with specific details provided for peripherally inserted central catheters and infusaports. Proper identification and care procedures are outlined for power ports that can be used for contrast dye injections.
The document discusses a catheterization laboratory or cath lab, which is an examination room in a hospital equipped with imaging equipment used to visualize the heart arteries and chambers. It describes a cath lab as a sterile unit similar to an operating theater, where procedures are performed under fluoroscopy using medical contrast dye. Common cath lab procedures listed include angiograms, angioplasty, stenting, pacemaker implantation and more. The document outlines the pre-procedure preparations, intra-procedure care, and post-procedure care in a cath lab.
Ultrasound confirmation of endotracheal tube placementSCGH ED CME
This document discusses using ultrasound to confirm endotracheal tube placement in emergency situations. It describes how ultrasound can be used to directly visualize the trachea and detect proper tube placement by seeing a single air-mucosal interface, or to indirectly visualize lung ventilation through pleural movement. Ultrasound is a fast, sensitive, and specific technique that does not require ventilation and can be helpful when other confirmation methods are unreliable or unavailable. However, it requires ultrasound skills and access to a machine, and is not intended to replace capnography and auscultation as the primary confirmation methods.
Fortis Memorial Research Institute is a large multi-specialty hospital. The document describes the catheterization lab (cath lab) workflow, including patient admission, financial counseling, coordination with insurance approvals, discharge process, and data record keeping. It provides tips to reduce turnaround times for procedures like sending insurance documents directly to the cath lab. The project involved learning the cath lab work flow, improving efficiency, and supporting patients and doctors.
This document provides information on central venous catheterization, including indications, contraindications, complications, techniques, and tips. It discusses the Seldinger technique for placement and locations for catheter insertion, including the internal jugular, subclavian, and femoral veins. Precautions are outlined for each approach. Ultrasound guidance is becoming standard to visualize the vein and compress it during insertion.
This document provides information on determining the rate of infusion for total parenteral nutrition (TPN). It discusses continuous vs. cyclic infusion, with cyclic being preferred for home patients. It emphasizes the importance of education for home TPN patients, including teaching them how to administer and monitor their TPN therapy safely. Key aspects covered include TPN preparation and infusion using pumps, as well as monitoring for potential complications.
This document provides an overview of vascular access including peripheral access, central venous access, and intraosseous infusion. It discusses tips for obtaining peripheral access as well as potential complications. Common sites for peripheral access are noted. Factors such as urgency, patient size, and vasculature are discussed in selection of catheter size and type. Reasons for central line placement include unstable conditions, prolonged IV therapy, and long-term access needs. Intraosseous infusion is described as an alternative when other access is unavailable. Blood products and transfusion reactions are also summarized.
This document discusses hemodynamic monitoring in the operating room and intensive care unit. It begins by explaining why monitoring is important to assess oxygen delivery and detect any inadequacies in perfusion. It then discusses what parameters can be monitored, such as cardiac output, oxygen delivery and consumption, and pressures. Finally, it covers how these parameters are monitored, through the use of arterial lines, central venous lines, and pulmonary artery catheters which can measure values like cardiac output, pressures, and derived measurements like systemic vascular resistance. Complications of these monitoring methods are also reviewed.
1) Bioreactance and non-invasive arterial pressure curve analysis require more validation, especially in critically ill patients.
2) Non-calibrated pulse contour analysis is unreliable in critically ill patients receiving vasopressors.
3) Transpulmonary thermodilution devices using techniques like PiCCO can provide valuable information to clinical questions regarding shock such as fluid management and contractility through measurements of extravascular lung water, pulmonary vascular permeability index, and cardiac function index.
This document discusses peripheral and midline intravenous catheters. It notes that peripheral catheters are appropriate for short term therapies under 7 days through superficial hand or arm veins. Midline catheters are inserted further up the arm and can remain in place for 1-4 weeks, providing less frequent site changes than peripheral catheters. The document reviews best practices for catheter insertion, stabilization, dressing, and flushing to promote safe and effective venous access.
Hemodialysis procedure dr. mohamed kamalFarragBahbah
This document discusses various types of vascular access for hemodialysis patients, including central lines, arteriovenous fistulas, and grafts. It notes that without adequate vascular access, hemodialysis efficiency is reduced and morbidity and mortality increase. Short-term catheters should only be used short-term, while long-term catheters require a plan for permanent access. Fistulas are the preferred permanent access but have high failure rates, especially in older patients and those with comorbidities. Early identification of failing fistulas allows for interventions like angioplasty and stent placement to salvage the access. Overall access-related problems account for half of hospitalizations in hemodialysis patients, emphasizing
The document discusses methods for assessing fluid responsiveness in patients with acute circulatory failure. It finds that the end-expiratory occlusion (EEO) test can predict fluid responsiveness except in patients with strong spontaneous breathing. The passive leg raising (PLR) test is reliable when pulse pressure variation cannot be used, but requires starting from a semi-recumbent position and monitoring cardiac output. Non-invasive measures like changes in end-tidal carbon dioxide may also assess PLR effects. Both EEO and PLR have limitations and cannot be used in all cases.
This document outlines updates made to pre-hospital protocols in Southwest Ohio. Key changes include:
- Creation of new protocols for advanced EMT scope of practice and use of EMS units as transport vehicles.
- Revisions to trauma, medical, pediatric and toxicological protocols based on new evidence and guidelines.
- Addition of protocols for push dose epinephrine, over-the-counter medications, submersion injuries, tranexamic acid and spinal immobilization.
- Revisions to airway management procedures emphasizing supraglottic airways and positioning for airway compromise.
Use of Vascular plugs in cardiovascular medicineSatyam Rajvanshi
Vascular plugs are increasingly being used for embolization procedures. They provide precise placement in target vessels and resist migration better than coils. Several types of vascular plugs are available for different vessel sizes and flow conditions. They can be used to occlude arteries, veins, and abnormal vascular connections for a variety of medical conditions, including hemorrhage, tumors, and congenital malformations. Vascular plugs offer advantages over coils such as faster procedure times, lower radiation exposure, and more effective occlusion. Continued innovations in plug design have expanded their applications in interventional procedures.
Central venous lines and their problemsSunil Agrawal
The document discusses central venous lines and their placement and complications. It describes how central venous lines can be placed in the internal jugular, subclavian, femoral, and umbilical veins using the Seldinger technique. Potential acute complications include hematoma, cellulitis, arterial puncture, pneumothorax, malposition, and air embolism. Chronic complications include infection and thrombosis. The document recommends using antimicrobial-impregnated catheters, avoiding antibiotic ointments, not scheduling routine catheter changes, and removing catheters when no longer needed to help prevent complications.
A biplane cath lab uses two x-ray imaging systems positioned at an angle to each other to capture images of the heart from two views simultaneously, allowing for faster and more efficient cardiac examinations and procedures like angiograms, stents, and pacemaker implants compared to a single plane system, though biplane systems have a higher cost.
A brief explanation about Non invasive blood pressure monitoring intra operatively and few fit bits about oxygen analyser, much useful for residents in anaesthesia
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.
The document discusses various methods of patient monitoring during anesthesia, including their purposes, advantages, and limitations. It covers monitoring vital signs, standards for basic anesthesia monitoring according to the ASA, techniques like non-invasive blood pressure monitoring, ECG, pulse oximetry, capnography, and invasive arterial line monitoring. Key aspects emphasized are integrating multiple monitoring methods to evaluate oxygenation, ventilation, and circulation.
Back to the Bedside: Internal Medicine Bedside Ultrasound ProgramAllina Health
David Tierney, MD. How bedside ultrasound is changing the practice of medicine and how Abbott Northwestern Hospital has become a national leader in integrating bedside ultrasound in its Internal Medicine Residency Program. "As internal medicine physicians, we are finding that everything we do with our hands, eyes and stethoscopes can be done a little better with ultrasound. That means our physical exam, which we consider our bread and butter, has more sensitivity and specificity. This gives us better diagnostic ability and results in earlier and more appropriate treatment."
This document outlines a stroke management protocol to standardize and expedite treatment for acute ischemic stroke patients. It discusses the importance of minimizing delays from symptom onset to treatment administration given the time-sensitive nature of stroke. The protocol details steps in the pre-hospital, emergency department, and in-hospital phases including rapid neurological assessment, imaging, criteria evaluation, and intravenous thrombolysis administration if eligible, with a goal of completing the entire process within 60 minutes or less. Adhering closely to established guidelines and protocols is emphasized to optimize outcomes for stroke patients.
Pleuroscopy, also known as medical thoracoscopy, is a minimally invasive procedure that allows visualization of the pleural space using viewing and working instruments. It enables diagnostic and therapeutic procedures such as pleural biopsy and talc insufflation for pleurodesis. Pleuroscopy has a diagnostic yield of 90-95% and is indicated when routine cytology and closed needle biopsy fail to determine the cause of a pleural effusion. It is a safe procedure that is performed by pulmonologists using local anesthesia. Complications are rare but can include pain, hypoxemia, hemorrhage, and injury to organs.
The document provides guidance on recognizing and managing acutely ill hospitalized patients. It discusses that patients may deteriorate in the hospital and outlines a systematic approach to assessment using the ABCDE (Airway, Breathing, Circulation, Disability, Exposure) mnemonic. Certain patients are more at risk of problems, such as the elderly, those with chronic conditions, or those not responding to treatment. The assessment involves looking at, listening to, and feeling signs for each component of ABCDE. Any abnormalities should prompt seeking immediate help. Oxygen therapy and monitoring are important for treating problems found.
Cost Effectiveness Procedures in cathlab: Tips and TricksIsman Firdaus
1) The document discusses strategies for improving cost effectiveness in cardiac catheterization labs in Indonesia under the country's universal health coverage program. It analyzes costs based on procedures, devices, hospitalization, and remuneration.
2) Several strategies are proposed, including standardizing devices and implants for UHC patients, clinical pathways to standardize length of stays, and using national formularies. Teamwork, physician champions, and data-driven management are emphasized.
3) Metrics like door-to-balloon times for STEMI patients are discussed as important for monitoring performance and outcomes. Overall the document focuses on balancing clinical needs with budget constraints of Indonesia's universal health coverage.
Medical Services at a Glance 1001231108 - revised (1).pptxshivamrai800423
This document provides an overview of medical services provided by Central Coalfields Limited (CCL) in Jharkhand, India. It details that CCL operates 19 hospitals and 63 dispensaries with a total of 892 beds and over 600 doctors and paramedical staff. The document specifically outlines the facilities and services available at CCL's Central Hospital in Gandhinagar, including 203 beds, specialized clinics and diagnostic services, ICUs, operation theaters, and more. It also discusses initiatives related to patient care, community health, education, and upcoming improvement projects.
Laparoscopy in gynaecology presented by drs igbodike emeka philip and dr rotimiigbodikeobgyn
This slide will be helpful if the presentation revolves around laparoscopy in gynaecological practice. Kindly like , clip and share the slide. it is free!
This document provides an introduction to respiratory therapy, discussing oxygen therapy, lung expansion therapy, and intubation. It outlines the objectives of oxygen therapy, indications for its use, and types of low-flow oxygen delivery methods. Lung expansion therapy aims to increase lung volume and is demonstrated through incentive spirometry. Intubation establishes an artificial airway and is described through orotracheal intubation, involving assembling equipment, positioning the patient, visualizing the glottis, inserting the tube, and confirming proper placement. Hands-on demonstrations are provided for various respiratory therapy techniques.
Why not to work as a Cardiologist in Africa?Toomas Särev
Toomas Särev was invited by Dan Lindblom in 2009 to work as a consultant cardiologist at the Salam Centre for Cardiac Surgery in Khartoum, Sudan run by the humanitarian NGO Emergency. The Salam Centre performs over 300 cardiac surgeries per year, mostly for valvular heart disease, with a low 30-day mortality rate of 2.81%. Särev's work involved clinical duties in areas like the ICU, catheterization lab, and outpatient clinics. He also helped with challenges like managing patients with advanced valvular disease and pulmonary hypertension. Särev learned that complex health projects are feasible in Africa with outstanding clinical results by optimizing local resources.
This document discusses vascular access considerations for therapeutic apheresis. It outlines options for vascular access including peripheral veins, central venous catheters, arteriovenous fistulas/grafts, and venous access ports. The appropriate type of access depends on factors like the apheresis procedure, treatment frequency and duration, and the patient's vascular anatomy. Proper selection and maintenance of vascular access is important to ensure adequate blood flow rates and minimize complications.
Hergen Buscher is an Intensivist from St Vincent's hospital in Sydney. He has extensive experience with ECMO, in both veno-venous and veno-arterial contexts. Listen to this talk he gave on the most recent developments in ECMO and where things are heading.
This talk was given live in September 2014 for an Intensive Care Network (ICN) NSW meeting.
Go to www.intensivecarenetwork.com for more.
This document provides an overview of extracorporeal membrane oxygenation (ECMO), including its history, modes, components, indications, contraindications, and complications. ECMO is an effective technique for providing emergency circulatory and respiratory support. It works by draining venous blood, oxygenating it through an artificial lung, and returning it to the circulation. There are two main modes - venoarterial (VA) ECMO which supports both heart and lung function, and venovenous (VV) ECMO which only supports lung function. Proper anticoagulation, volume management, and treatment of potential complications like bleeding, infection and circuit failures are important for safe ECMO management.
The document discusses point-of-care testing (POCT) in outpatient departments. It defines POCT as medical diagnostic testing performed close to patients and outside clinical laboratories. Key benefits of POCT include faster results and feedback to patients, enabling timely treatment. Specific POCT tests mentioned include complete blood count, blood gases, glucose, CRP, lipid profiles, and urine tests. Challenges of POCT include ensuring quality and appropriate use. The document argues POCT can help reduce unnecessary antibiotic prescription by providing rapid white blood cell counts for pediatric patients.
This document discusses the nursing role in airway management. It emphasizes that nurses must ensure all patients have a patent airway and assess using ABCs of CPR. It also outlines important considerations like deterioration of consciousness compromising the airway, signs of obstruction, and techniques and devices for opening and maintaining a clear airway. The document provides guidance on indications for advanced airway devices, checklists for equipment, and the importance of teamwork in effective airway management.
Endoscopic Techniques & Imaging Technologies in Surgical Diseases-Basic Princ...ankit0019
This document provides an overview of endoscopic techniques and imaging technologies used in surgical diseases. It discusses the history and components of endoscopy equipment. It describes various endoscopic procedures like upper GI endoscopy, colonoscopy, and endoscopic ultrasound. It also summarizes different imaging modalities like radiography, ultrasound, CT, and MRI and how they are used to diagnose and stage surgical conditions.
Disinvestment. Surgical disinvestment: endobronchial ultrasound for lung can...HTAi Bilbao 2012
Surgical disinvestment: endobronchial ultrasound for lung cancer diagnosis and staging.
A/Professor Richard King
Chair, Victorian Policy Advisory Committee on Technology
Department of Health, Victoria, Australia
ECO10 - Innovation, efficiency, dignity: the Liverpool Heart & Chest modelInnovation Agency
The Liverpool model focuses on improving patient experience and efficiency in the cath lab through a lounge model. Originally starting as a 5 patient lounge trial costing £3000, it has expanded to a 25 patient Holly Suite lounge with only 6 trolleys, offering patients amenities like beverages, massage, and internet access while waiting in their own clothes. Key aspects include interactive scheduling, staggered admissions, no fasting or recovery period, and same-day discharge. Divisional control and collaboration between the Holly Suite and cath lab have been keys to progress, with further developments planned like RFID tagging and an integrated digital system.
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2. WHY (ECHO) TECHNICIAN LED
CLINICS?
• Limited resources
• Very long wait lists for cardiology clinics
• Inefficient utilization of cardiology clinic times
• Limited funding
• More appropriate follow-up times (valve clinic)
• More timely access to echo
• More control over echo sessions
• Access to funding
3. CARDIOLOGY AUDIT JULY 2010
Echo Stats by Year
0
500
1000
1500
2000
2500
3000
3500
'00 '01 '02 '03 '04 '05 '06 '07 '08 '09 '10
Year
PatientNumbers
4. (ECHO) TECHNICIAN LED CLINICS
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service
5. (ECHO) TECHNICIAN LED
CLINICS
NELSON HOSPITAL
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service
6. (ECHO) TECHNICIAN LED CLINICS
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service
7. TECH LED EXERCISE
STRESS ECHOES
• 140 Exercise Stress Echoes annually
• One (afternoon) session per week
• One Echocardiographer
• One Physiology Technologist
• Cardiologist or Physician on the floor
8. TECH LED EXERCISE
STRESS ECHOES
• Echo review session
• Exercise Stress Echo and ETT reported by Cardiologist
and Echocardiographer*
• Echo findings verified
• Letter dictated
9.
10. TECH LED TOE
SERVICE
Who should perform TOE studies?
• Consultant cardiologists/anaesthetists/intensivists
• Specialist registrars in training
• Cardiac Technicians
Dr N Bunce – St George’s Hospital, London
11. TECH LED TOE
SERVICE
• Nelson Hospital
• No senior cardiology registrar
• Single TOE trained Cardiologist
• Senior Echocardiographer assisted in TOEs
last 16yrs
• Sign-off from Gastroenterologist, Cardiologists
• Approx 60-70 per annum
12. TECH LED TOE
SERVICE
• Nelson Hospital
• Non-sedated TOEs. Safe (85% TOEs St Georges non-sedated)
• Performed in Echo room
• RMO present
• Cardiologist on floor
• Sedated TOEs performed in CCU
13. (ECHO) TECHNICIAN LED CLINICS
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service
14. TECH LED GP ACCESS
TO ECHO
• Why GP access to Echo?
• New A Fib guidelines
• New NICE heart failure guidelines
• Free up cardiology OPD clinics
• Faster access to results
• Empower GPs
• Greater control over echo sessions
• Meet a demand
• Access to appropriate funds
15. TECH LED GP ACCESS
TO ECHO
• Initially thought access limited to 3 areas
• Murmurs (new)
• A Fib
• ? LV function
16. TECH LED GP ACCESS
TO ECHO
• Access limited to 2 areas
• Murmurs (new)
• A Fib
• *
17. TECH LED GP ACCESS
TO ECHO
• Audit 2 month period Oct/Nov ’09 likely referrals
• 14 likely GP referrals/month, estimate doubled to 28 likely referrals
per month
• Jan-April ’10 trial period with covering letter to GP
with echo result
• Up to 10 per month, estimate likely to double
• May ’10, GP education day. GPs notified
• Average 20 GP referrals per month
18. GP ACCESS TO ECHO
0
5
10
15
20
25
Jan Feb Mar Apr May June July Aug Sept
Year '10
Patientnumbers
GP referrals to Echo '10 GP Educ. day
GP educ. day
19. TECH LED GP ACCESS
TO ECHO
• Patient not seen by Cardiologist
• Limited to
• Murmurs (new)
• A Fib*
• Echo reviewed at cardiology review session
• Letter dictated by cardiologist to accompany echo report
20. (ECHO) TECHNICIAN LED CLINICS
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service
22. EchoValve Follow Up Patient
Cardiologist
OPD
•Follow up organised
•Results/letter to GP
•Results/letter to notes
TECH LED VALVE FOLLOW-UP CLINIC
TRADITIONAL PATIENT-FLOW
23. EchoValve Follow Up Patient
Cardiologist
OPD
•Follow up organised
•Results/letter to GP
•Results/letter to notes
Valve Follow Up Patient
Valve Clinic
Echo
QOL
B/P
ECG
•Follow up organised
•Results to GP
•Results to notes
Echo review
TRADITIONAL PATIENT-FLOW VS
VALVE CLINIC
24. REFERRAL TO VALVE CLINIC
• Initial enrolment into Valve Clinic made by the Cardiologist
• Assymptomatic mild, moderate and moderately-severe valve disease
• Aortic Stenosis
• Mitral Regurgitation
• Aortic Regurgitation
• Mitral Stenosis
• Tissue valve replacement
25. VALVE CLINIC
• Patient aware that they will not see the Cardiologist
• Echocardiogram
• Short QOL questionnaire
• B/P
• ECG
26. SHORT QOL QUESTIONNAIRE
Change in symptoms
• Presyncope/syncope yes/no
• Increased SOB yes/no
• Chest pain yes/no
• Palpitations yes/no
29. VALVE CLINIC FOLLOW UP
CRITERIA
Aortic Stenosis
•Mild Stenosis 3-5 year Valve Clinic followup
•Moderate Stenosis 1-2 year Valve Clinic followup
•Mod-severe Stenosis Needs cardiology OP review 6 month
Echo/Cardiologist followup
•Severe Stenosis Needs cardiology OP review 3-6 month
(assymptomatic) Echo/Cardiologist followup
30. VALVE CLINIC FOLLOW UP
CRITERIA
Mitral Regurgitation (MR)
•Mild MR 5 year Valve Clinic followup
•Mild-moderate MR 3 year Valve Clinic followup
•Moderate MR 2 year Valve Clinic followup
•Moderately-severe MR 1 year Valve Clinic followup
•Severe MR Needs cardiology OP review 3-6 month
Echo/Cardiologist followup
31. VALVE CLINIC FOLLOW UP
CRITERIA
•Patients remain in active follow-up in the Valve Clinic until the age of
80-85 years
• Valve lesion being followed
• Severity of valve lesion
• Patients discharged back to their GP
33. VALVE CLINIC RESULTS
• Feasible
• Absolutely feasible
• Echoes are not extra echoes
• Altered patient journey
• ‘Extra’ tests: ECG, B/P, QOL
34. VALVE CLINIC RESULTS
• Safe. No patient was admitted or seen acutely during
the period between Valve Clinic visits
35. VALVE CLINIC RESULTS
• Efficient
• Makes better use of Echo clinic times
• Makes better use of Cardiologist clinic times
• Fits department ethos on clinical efficiencies
37. VALVE CLINIC RESULTS
Nov ’06 to Sept ‘10: 715 pt visits
Valve Lesion Distribution
Aortic Stenosis
43%
MR
25%
AoVR
18%
AR
6%
MVR
6%
MS
1.5%
38. VALVE CLINIC RESULTS
Nov ’06 to Sept ‘10: 715 pt visits
• <20% of patient’s disease progressed to warrant formal Cardiologist
outpatient review
• >80% of patients entered into the valve clinic remain in active follow-up in
the valve clinic
39. VALVE CLINIC
• Hugely reduced impact on Cardiologist clinic times
• Reduced patient waiting times
• More timely follow up of chronic valve conditions
• More control over echo sessions
• Appropriate access to appropriate funding
• Proven to be a safe process in which to follow-up
valve lesions
40. CONCLUSION
Within the framework of tight clinical governance the
Echocardiographer Technician Led Valve Follow-up Clinic has
improved patient care.
Patient waiting times have reduced allowing tight, timely follow
up of chronic conditions.
In addition consultant clinic time has now been targeted towards
the higher risk patients.
41. VALVE CLINIC
REQUIREMENTS/TECH LED
CLINICS
• Competent Echocardiographer/s
• Technically and clinically*
• Echo database (‘no notes’ dept)
• 100% support from Cardiologists
• Understanding of Cardiology Department funding
streams
42. (ECHO) TECHNICIAN LED CLINICS
• Tech Led PFO echo clinic
• Tech Led Contrast (bubble) echo clinic
• Tech Led Aortic Stenosis clinic
• Tech Led Exercise Stress Echoes
• Tech Led TOE service
• Tech Led GP access to echo
• Tech Led Valve Follow-Up clinic
• Tech Led paediatric echo service