The document outlines 32 standards for nursing care of intensive care patients, including requirements that no patient be left without a nurse in attendance, each nurse be responsible for the full care of their assigned patient, and breaks be arranged to ensure safe patient coverage. It also provides rationales for the standards, which aim to ensure intensive patients receive close monitoring and care.
INITIAL ASSESSMENT OF TRAUMA PATIENTS....(INSPIRED FROM CTLS AND ATLS GUIDELI...Prerna Biswal
THIS PRESENTATION WAS MADE AT IMA HOUSE IN BHUBANESWAR,ODISHA, BY DR.NIBEDITA PANI,HOD ,DEPT. OF ANAESTHESIOLOGY AND DR.PRERNA BISWAL,PG,ANAESTHESIOLOGY,SCBMCH,CUTTACK,
The document outlines the steps of the Advanced Trauma Life Support protocol. It includes: 1) preparing equipment and summoning a trauma team, 2) performing triage on multiple casualties, 3) conducting a primary survey to address life threats like airway, breathing, circulation, disability and exposure, 4) providing resuscitation as needed, 5) using adjuncts like monitoring, IVs and diagnostics, 6) performing a full secondary survey and history, 7) using additional adjuncts, 8) continued re-evaluation of the patient, and 9) arranging for their definite care. The protocol aims to quickly identify and treat life threats in a trauma patient.
Approach to a trauma patient - Advanced Trauma Life SupportParthasarathi Ghosh
The document provides information on the Advanced Trauma Life Support (ATLS) approach to evaluating and managing trauma patients. It discusses the history and concepts of ATLS, including focusing first on treating life-threatening injuries in the order of airway, breathing, circulation, disability, and exposure (ABCDE). The summary describes the primary and secondary surveys in ATLS for initial assessment and management of trauma patients. It also highlights key components such as hemorrhage control, use of the FAST exam, and damage control resuscitation principles.
Assessment and management of major injuries and advancedKCMCOT
The document provides an overview of the Advanced Trauma Life Support (ATLS) program for assessing and managing major injuries. It describes the sequential approach of the primary and secondary surveys following the ABCDE mnemonic. The primary survey focuses on establishing airway, breathing, circulation, disability assessment and environmental control/exposure. Key injuries like tension pneumothorax require immediate attention. The secondary survey involves a full head-to-toe examination, repeated vital sign checks, and ordering of radiological tests. Special populations like children and the elderly require modified approaches. Hemorrhage control is crucial to manage circulation issues.
This document provides an overview of basic trauma life support. It defines trauma as any bodily injury caused by external energy sources. The primary survey involves a quick assessment of the patient's airway, breathing, circulation, disability, and exposure to identify life-threatening issues. The secondary survey involves a more focused physical exam and history to identify hidden injuries. Key skills covered include spinal immobilization, bleeding control techniques, wound management principles like RICE, and splinting. The overall goal is to rapidly identify and treat life-threatening injuries before transporting the patient to definitive care.
This document summarizes the evaluation process for trauma patients. It outlines the objectives, which are to understand injury mortality causes, identify assessment priorities, and establish management priorities. It then covers pre-hospital management including triage, assessment, immobilization and transfer to appropriate hospital levels. For hospital management, it details the primary survey to address life threats, resuscitation, secondary survey, monitoring, and definitive care. The primary survey focuses on the ABCDE approach to assess airway, breathing, circulation, disability and exposure.
planing and organization of Intensive Caresravindrajha10
The document provides guidelines for planning and organizing intensive care services. It defines intensive care as highly specialized care for critically ill patients requiring close monitoring and life support. A policy should be developed by a committee including anesthesia, surgery, nursing, and administration. This committee will decide the ICU type and size, staffing, facilities, policies, and organization. Physical planning includes optimal location, layout, bed space, and auxiliary areas. Staffing guidelines, types of ICUs based on services provided, and levels of ICU care from basic to tertiary are also outlined.
INITIAL ASSESSMENT OF TRAUMA PATIENTS....(INSPIRED FROM CTLS AND ATLS GUIDELI...Prerna Biswal
THIS PRESENTATION WAS MADE AT IMA HOUSE IN BHUBANESWAR,ODISHA, BY DR.NIBEDITA PANI,HOD ,DEPT. OF ANAESTHESIOLOGY AND DR.PRERNA BISWAL,PG,ANAESTHESIOLOGY,SCBMCH,CUTTACK,
The document outlines the steps of the Advanced Trauma Life Support protocol. It includes: 1) preparing equipment and summoning a trauma team, 2) performing triage on multiple casualties, 3) conducting a primary survey to address life threats like airway, breathing, circulation, disability and exposure, 4) providing resuscitation as needed, 5) using adjuncts like monitoring, IVs and diagnostics, 6) performing a full secondary survey and history, 7) using additional adjuncts, 8) continued re-evaluation of the patient, and 9) arranging for their definite care. The protocol aims to quickly identify and treat life threats in a trauma patient.
Approach to a trauma patient - Advanced Trauma Life SupportParthasarathi Ghosh
The document provides information on the Advanced Trauma Life Support (ATLS) approach to evaluating and managing trauma patients. It discusses the history and concepts of ATLS, including focusing first on treating life-threatening injuries in the order of airway, breathing, circulation, disability, and exposure (ABCDE). The summary describes the primary and secondary surveys in ATLS for initial assessment and management of trauma patients. It also highlights key components such as hemorrhage control, use of the FAST exam, and damage control resuscitation principles.
Assessment and management of major injuries and advancedKCMCOT
The document provides an overview of the Advanced Trauma Life Support (ATLS) program for assessing and managing major injuries. It describes the sequential approach of the primary and secondary surveys following the ABCDE mnemonic. The primary survey focuses on establishing airway, breathing, circulation, disability assessment and environmental control/exposure. Key injuries like tension pneumothorax require immediate attention. The secondary survey involves a full head-to-toe examination, repeated vital sign checks, and ordering of radiological tests. Special populations like children and the elderly require modified approaches. Hemorrhage control is crucial to manage circulation issues.
This document provides an overview of basic trauma life support. It defines trauma as any bodily injury caused by external energy sources. The primary survey involves a quick assessment of the patient's airway, breathing, circulation, disability, and exposure to identify life-threatening issues. The secondary survey involves a more focused physical exam and history to identify hidden injuries. Key skills covered include spinal immobilization, bleeding control techniques, wound management principles like RICE, and splinting. The overall goal is to rapidly identify and treat life-threatening injuries before transporting the patient to definitive care.
This document summarizes the evaluation process for trauma patients. It outlines the objectives, which are to understand injury mortality causes, identify assessment priorities, and establish management priorities. It then covers pre-hospital management including triage, assessment, immobilization and transfer to appropriate hospital levels. For hospital management, it details the primary survey to address life threats, resuscitation, secondary survey, monitoring, and definitive care. The primary survey focuses on the ABCDE approach to assess airway, breathing, circulation, disability and exposure.
planing and organization of Intensive Caresravindrajha10
The document provides guidelines for planning and organizing intensive care services. It defines intensive care as highly specialized care for critically ill patients requiring close monitoring and life support. A policy should be developed by a committee including anesthesia, surgery, nursing, and administration. This committee will decide the ICU type and size, staffing, facilities, policies, and organization. Physical planning includes optimal location, layout, bed space, and auxiliary areas. Staffing guidelines, types of ICUs based on services provided, and levels of ICU care from basic to tertiary are also outlined.
This document discusses guidelines for planning and designing intensive care units (ICUs) in hospitals of different sizes and capabilities. It provides recommendations for the number of beds, equipment, staffing, location, and design of ICU rooms. Key recommendations include having 6-12 beds for general hospitals and 10-16 beds for tertiary hospitals, adequate monitoring equipment in each room, appropriate staffing ratios, and designing rooms to be at least 100 square feet per bed with flexibility to accommodate equipment and procedures. Proper planning of the nursing station, storage, and other support areas is also emphasized.
The document discusses the critical design considerations for an intensive care unit (ICU). An ICU is designed to care for critically ill patients needing close monitoring and life support. Key aspects addressed include the bed capacity of 8-12 beds, at least 100 square feet per patient, additional isolation rooms, a single entry/exit with emergency exits, proximity to key departments, and environmental controls for temperature, lighting, noise and infection prevention. Staffing should include doctors, nurses and other specialists to adequately care for the critically ill patients in the ICU.
The document outlines the Advanced Trauma Life Support (ATLS) protocol for treating trauma patients. It describes the 9 steps of ATLS as: 1) Preparation, 2) Triage, 3) Primary Survey (ABCDE), 4) Resuscitation, 5) Adjuncts to primary survey & resuscitation, 6) Secondary Survey, 7) Adjuncts to secondary survey, 8) Continued post-resuscitation monitoring & re-evaluation, and 9) Definitive care. The primary and secondary surveys involve a head-to-toe examination to identify life-threatening injuries and provide initial stabilization of airway, breathing, circulation, disability, and exposure.
The document provides guidance on pre-hospital management of patients with sudden collapse or trauma. It discusses assessing airway, breathing, circulation and disability (ABCD); obtaining a brief history; providing basic life support including CPR if needed; controlling hemorrhage; immobilizing injuries; and initiating intravenous fluids, oxygen, analgesics and antibiotics. Critical issues include inadequate airway, impaired ventilation, significant hemorrhage, abnormal neurological status or injuries to the head, neck or torso. The goal is to stabilize the patient and arrange safe emergency transport.
Mr. R should be evaluated hourly as his MEWS score is 7 which is considered high. He needs urgent medical attention and critical care monitoring due to his unstable vital signs.
This document provides information about perioperative nursing care. It discusses types of surgeries, preoperative teaching and preparation, principles of sterile technique in the operating room, and anesthesia. Key points include identifying diagnostic, curative, palliative and cosmetic surgeries; emphasizing respiratory, cardiovascular and renal assessment preoperatively; explaining preoperative teaching goals and content; and outlining principles of sterile technique and regional anesthesia administration.
The document discusses trauma, including terminology, epidemiology, types of trauma, and the roles of trauma nurses. It outlines the ABCDE approach for primary and secondary trauma surveys, emphasizing airway, breathing, circulation, disability, and exposure. It stresses the importance of the golden hour for aggressive resuscitation to improve survival chances and restoring normal function. Trauma nurses play important roles as care providers, educators, and managers working to improve emergency healthcare and prevent injuries.
This document discusses the primary management of trauma patients. It begins with an introduction to trauma and principles of management. It then covers initial assessment using scoring systems like the Glasgow Coma Scale. The document details the ABCDE approach to the primary survey, covering airway management, breathing, circulation, disability and exposure. Specific injuries like pneumothorax are also discussed. Patient transport methods and intensive care unit monitoring are briefly mentioned.
This document discusses anesthesia and sedation procedures performed outside the operating room. It outlines common procedures that require anesthesia outside OR settings like radiology suites and ICUs. It also describes the challenges anesthesiologists face in these settings like unfamiliar environments, limited equipment and monitoring, and patient issues. Guidelines are provided for sedation versus general anesthesia based on the procedure and safety standards for monitoring, equipment, and discharge criteria when anesthesia is provided outside the traditional operating room.
This document provides an overview of the Approach to Trauma- Advanced Trauma Life Support (ATLS) program. It discusses the history and concepts of ATLS, which was created in 1976 to standardize trauma care. The document outlines the ABCDE approach to the primary and secondary trauma surveys, which are designed to rapidly identify and treat life-threatening injuries. It covers steps for airway management, breathing and ventilation support, circulation stabilization, disability assessment, and full patient exposure and monitoring. Adjunct procedures like IV access, imaging, and fluid resuscitation are also reviewed.
QUALITY AND SAFETY IMPROVEMENT EFFORTS OUTSIDE OPERATING ROOMPallavi Ahluwalia
This document discusses quality and safety improvement efforts for anesthesia provided outside the operating room (NORA). It outlines common NORA locations like radiology, endoscopy, intensive care, and lists challenges faced including unfamiliar surroundings, patient positioning issues, and lack of monitoring and recovery resources. Guidelines are presented for ensuring adequate space, equipment, monitoring and personnel to safely conduct NORA. Complications associated with NORA are reviewed along with tools like checklists and protocols to improve reliability and safety. Specific considerations for different NORA locations like radiology, MRI, and interventions are highlighted. The importance of adherence to standards, continuous quality improvement, and interdisciplinary communication are emphasized for enhancing NORA safety.
This document discusses Advanced Trauma Life Support (ATLS), a protocol for trauma care. It outlines the history and growth of ATLS since its introduction in 1988. While ATLS protocols align well with recommendations from reviews of trauma care, the document calls for strengthening ATLS training requirements and ensuring protocols fit current local practice. The future of ATLS would benefit from formal introduction into postgraduate medical education and commitment to ongoing skills retention.
This document discusses the design and facilities of a critical care unit. It classifies critical care patients into levels 1-3 based on the level of observation and intervention needed. It describes different types of ICUs including general medical/surgical units and specialized units. The design of an ICU should include controlled single entry/exit, isolation of patient traffic, and proximity to diagnostic facilities. An ideal ICU has 8-14 beds each with over 100 square feet of space. Staffing includes intensive care trained doctors, nurses at a 1:1 or 1:2 ratio, and other allied services. Environmental factors like temperature, lighting, noise control and cleanable/slip-resistant surfaces are also addressed.
The document outlines the objectives and concepts of the Advanced Trauma Life Support (ATLS) guidelines for assessing and managing trauma patients. It describes the primary and secondary survey process which follows the ABCDE approach. The primary survey focuses on airway, breathing, circulation, disability, and exposure to address immediate life threats. The secondary survey involves a full head-to-toe examination, history, and ordering of appropriate tests to identify all injuries. The document provides details on assessing and managing injuries in each area of the body according to ATLS protocols.
The document provides information about the Post Anesthesia Care Unit (PACU):
1) The PACU is where patients recover from anesthesia and surgery and are monitored until stable for discharge.
2) The PACU bridges the period from return of consciousness to cardiovascular stability.
3) Standards for PACUs include monitoring patients, staffing requirements, policies for admission and discharge, and guidelines for managing common postoperative complications.
non operating room anaesthesia -TIVA for MRIMushabShazid
The document describes the case of a 4.5 year old girl with Sotos syndrome who requires anesthesia for an MRI. She has a history of recurrent seizures. The anesthesia plan involves total intravenous anesthesia with propofol infusion to maintain spontaneous ventilation during the MRI. Special considerations for non-operating room anesthesia and MRI suites are discussed, including challenges related to equipment, monitoring and environment.
This document discusses pediatric day surgery (PDS) and day case laparoscopic surgery (DCLS) at Apollo Children's Hospital in Chennai, India. It provides details on: the history and increasing use of PDS; patient selection criteria for DCLS; anesthesia and surgical protocols used; a retrospective analysis of 85 DCLS cases with no reported complications; and conclusions that DCLS can be performed safely without compromising patient care when a multidisciplinary team approach and clinical care pathway are followed.
This document discusses post-anesthesia care in the post-anesthesia care unit (PACU). The goals of care in the PACU are to maintain body system functions, restore homeostasis, alleviate pain and discomfort, prevent complications, and provide health teaching for discharge. Nurses assess patients' airway, breathing, circulation, thermoregulation, fluid volume, and provide interventions to promote safety, comfort and skin integrity.
This document discusses non-operating room anesthesia (NORA). It begins by defining NORA as anesthesia provided outside the operating room, such as in radiology, endoscopy suites, MRI, and dental clinics. It then outlines a three step approach to NORA involving thorough patient assessment, appropriate monitoring and anesthesia care, and post-procedure management. Several ASA guidelines for equipment and facilities in NORA locations are also reviewed. Complications associated with NORA and special considerations for procedures like X-rays, MRIs, and IV contrast administration are discussed. The document emphasizes choosing anesthesia techniques based on patient factors and needs for each specific non-operating room procedure.
Nursing management of critically ill patient in intensive care unitsANILKUMAR BR
Critical care nursing: it is the field of nursing with a focus on the utmost care of the critically ill (or) unstable patients.
Critically ill patients : critically ill patients are those who are at risk for actual (or) potential life threatening health problems.
Admission QGeneral appearance (consciousness)
Airway: Patency Position of artificial airway (if present)
Breathing: Quantity and quality of respirations (rate, depth, pattern, symmetry, effort, use of accessory muscles) Breath sounds Presence of spontaneous breathing.
Circulation and Cerebral Perfusion: ECG (rate, rhythm, and presence of ectopy) Blood pressure Peripheral pulses and capillary refill Skin, color, temperature, moisture Presence of bleeding Level of consciousness, responsiveness.
quick Check Assessment in CCU.
This document discusses guidelines for planning and designing intensive care units (ICUs) in hospitals of different sizes and capabilities. It provides recommendations for the number of beds, equipment, staffing, location, and design of ICU rooms. Key recommendations include having 6-12 beds for general hospitals and 10-16 beds for tertiary hospitals, adequate monitoring equipment in each room, appropriate staffing ratios, and designing rooms to be at least 100 square feet per bed with flexibility to accommodate equipment and procedures. Proper planning of the nursing station, storage, and other support areas is also emphasized.
The document discusses the critical design considerations for an intensive care unit (ICU). An ICU is designed to care for critically ill patients needing close monitoring and life support. Key aspects addressed include the bed capacity of 8-12 beds, at least 100 square feet per patient, additional isolation rooms, a single entry/exit with emergency exits, proximity to key departments, and environmental controls for temperature, lighting, noise and infection prevention. Staffing should include doctors, nurses and other specialists to adequately care for the critically ill patients in the ICU.
The document outlines the Advanced Trauma Life Support (ATLS) protocol for treating trauma patients. It describes the 9 steps of ATLS as: 1) Preparation, 2) Triage, 3) Primary Survey (ABCDE), 4) Resuscitation, 5) Adjuncts to primary survey & resuscitation, 6) Secondary Survey, 7) Adjuncts to secondary survey, 8) Continued post-resuscitation monitoring & re-evaluation, and 9) Definitive care. The primary and secondary surveys involve a head-to-toe examination to identify life-threatening injuries and provide initial stabilization of airway, breathing, circulation, disability, and exposure.
The document provides guidance on pre-hospital management of patients with sudden collapse or trauma. It discusses assessing airway, breathing, circulation and disability (ABCD); obtaining a brief history; providing basic life support including CPR if needed; controlling hemorrhage; immobilizing injuries; and initiating intravenous fluids, oxygen, analgesics and antibiotics. Critical issues include inadequate airway, impaired ventilation, significant hemorrhage, abnormal neurological status or injuries to the head, neck or torso. The goal is to stabilize the patient and arrange safe emergency transport.
Mr. R should be evaluated hourly as his MEWS score is 7 which is considered high. He needs urgent medical attention and critical care monitoring due to his unstable vital signs.
This document provides information about perioperative nursing care. It discusses types of surgeries, preoperative teaching and preparation, principles of sterile technique in the operating room, and anesthesia. Key points include identifying diagnostic, curative, palliative and cosmetic surgeries; emphasizing respiratory, cardiovascular and renal assessment preoperatively; explaining preoperative teaching goals and content; and outlining principles of sterile technique and regional anesthesia administration.
The document discusses trauma, including terminology, epidemiology, types of trauma, and the roles of trauma nurses. It outlines the ABCDE approach for primary and secondary trauma surveys, emphasizing airway, breathing, circulation, disability, and exposure. It stresses the importance of the golden hour for aggressive resuscitation to improve survival chances and restoring normal function. Trauma nurses play important roles as care providers, educators, and managers working to improve emergency healthcare and prevent injuries.
This document discusses the primary management of trauma patients. It begins with an introduction to trauma and principles of management. It then covers initial assessment using scoring systems like the Glasgow Coma Scale. The document details the ABCDE approach to the primary survey, covering airway management, breathing, circulation, disability and exposure. Specific injuries like pneumothorax are also discussed. Patient transport methods and intensive care unit monitoring are briefly mentioned.
This document discusses anesthesia and sedation procedures performed outside the operating room. It outlines common procedures that require anesthesia outside OR settings like radiology suites and ICUs. It also describes the challenges anesthesiologists face in these settings like unfamiliar environments, limited equipment and monitoring, and patient issues. Guidelines are provided for sedation versus general anesthesia based on the procedure and safety standards for monitoring, equipment, and discharge criteria when anesthesia is provided outside the traditional operating room.
This document provides an overview of the Approach to Trauma- Advanced Trauma Life Support (ATLS) program. It discusses the history and concepts of ATLS, which was created in 1976 to standardize trauma care. The document outlines the ABCDE approach to the primary and secondary trauma surveys, which are designed to rapidly identify and treat life-threatening injuries. It covers steps for airway management, breathing and ventilation support, circulation stabilization, disability assessment, and full patient exposure and monitoring. Adjunct procedures like IV access, imaging, and fluid resuscitation are also reviewed.
QUALITY AND SAFETY IMPROVEMENT EFFORTS OUTSIDE OPERATING ROOMPallavi Ahluwalia
This document discusses quality and safety improvement efforts for anesthesia provided outside the operating room (NORA). It outlines common NORA locations like radiology, endoscopy, intensive care, and lists challenges faced including unfamiliar surroundings, patient positioning issues, and lack of monitoring and recovery resources. Guidelines are presented for ensuring adequate space, equipment, monitoring and personnel to safely conduct NORA. Complications associated with NORA are reviewed along with tools like checklists and protocols to improve reliability and safety. Specific considerations for different NORA locations like radiology, MRI, and interventions are highlighted. The importance of adherence to standards, continuous quality improvement, and interdisciplinary communication are emphasized for enhancing NORA safety.
This document discusses Advanced Trauma Life Support (ATLS), a protocol for trauma care. It outlines the history and growth of ATLS since its introduction in 1988. While ATLS protocols align well with recommendations from reviews of trauma care, the document calls for strengthening ATLS training requirements and ensuring protocols fit current local practice. The future of ATLS would benefit from formal introduction into postgraduate medical education and commitment to ongoing skills retention.
This document discusses the design and facilities of a critical care unit. It classifies critical care patients into levels 1-3 based on the level of observation and intervention needed. It describes different types of ICUs including general medical/surgical units and specialized units. The design of an ICU should include controlled single entry/exit, isolation of patient traffic, and proximity to diagnostic facilities. An ideal ICU has 8-14 beds each with over 100 square feet of space. Staffing includes intensive care trained doctors, nurses at a 1:1 or 1:2 ratio, and other allied services. Environmental factors like temperature, lighting, noise control and cleanable/slip-resistant surfaces are also addressed.
The document outlines the objectives and concepts of the Advanced Trauma Life Support (ATLS) guidelines for assessing and managing trauma patients. It describes the primary and secondary survey process which follows the ABCDE approach. The primary survey focuses on airway, breathing, circulation, disability, and exposure to address immediate life threats. The secondary survey involves a full head-to-toe examination, history, and ordering of appropriate tests to identify all injuries. The document provides details on assessing and managing injuries in each area of the body according to ATLS protocols.
The document provides information about the Post Anesthesia Care Unit (PACU):
1) The PACU is where patients recover from anesthesia and surgery and are monitored until stable for discharge.
2) The PACU bridges the period from return of consciousness to cardiovascular stability.
3) Standards for PACUs include monitoring patients, staffing requirements, policies for admission and discharge, and guidelines for managing common postoperative complications.
non operating room anaesthesia -TIVA for MRIMushabShazid
The document describes the case of a 4.5 year old girl with Sotos syndrome who requires anesthesia for an MRI. She has a history of recurrent seizures. The anesthesia plan involves total intravenous anesthesia with propofol infusion to maintain spontaneous ventilation during the MRI. Special considerations for non-operating room anesthesia and MRI suites are discussed, including challenges related to equipment, monitoring and environment.
This document discusses pediatric day surgery (PDS) and day case laparoscopic surgery (DCLS) at Apollo Children's Hospital in Chennai, India. It provides details on: the history and increasing use of PDS; patient selection criteria for DCLS; anesthesia and surgical protocols used; a retrospective analysis of 85 DCLS cases with no reported complications; and conclusions that DCLS can be performed safely without compromising patient care when a multidisciplinary team approach and clinical care pathway are followed.
This document discusses post-anesthesia care in the post-anesthesia care unit (PACU). The goals of care in the PACU are to maintain body system functions, restore homeostasis, alleviate pain and discomfort, prevent complications, and provide health teaching for discharge. Nurses assess patients' airway, breathing, circulation, thermoregulation, fluid volume, and provide interventions to promote safety, comfort and skin integrity.
This document discusses non-operating room anesthesia (NORA). It begins by defining NORA as anesthesia provided outside the operating room, such as in radiology, endoscopy suites, MRI, and dental clinics. It then outlines a three step approach to NORA involving thorough patient assessment, appropriate monitoring and anesthesia care, and post-procedure management. Several ASA guidelines for equipment and facilities in NORA locations are also reviewed. Complications associated with NORA and special considerations for procedures like X-rays, MRIs, and IV contrast administration are discussed. The document emphasizes choosing anesthesia techniques based on patient factors and needs for each specific non-operating room procedure.
Nursing management of critically ill patient in intensive care unitsANILKUMAR BR
Critical care nursing: it is the field of nursing with a focus on the utmost care of the critically ill (or) unstable patients.
Critically ill patients : critically ill patients are those who are at risk for actual (or) potential life threatening health problems.
Admission QGeneral appearance (consciousness)
Airway: Patency Position of artificial airway (if present)
Breathing: Quantity and quality of respirations (rate, depth, pattern, symmetry, effort, use of accessory muscles) Breath sounds Presence of spontaneous breathing.
Circulation and Cerebral Perfusion: ECG (rate, rhythm, and presence of ectopy) Blood pressure Peripheral pulses and capillary refill Skin, color, temperature, moisture Presence of bleeding Level of consciousness, responsiveness.
quick Check Assessment in CCU.
Anesthesia carries risks that can lead to patient death or injury. Several factors contribute to risks in the operating room including equipment issues, patient health factors, human performance errors, and system failures. Some key errors that can cause severe harm are airway issues, medication errors, and procedure mistakes. Maintaining vigilance, checklists, standards, training, and learning from adverse events can help improve safety. Thorough documentation and review of incidents is important for quality assurance.
2018 ATLS PROTOCOL
FOCUSING ON THE PRIMORDIAL MANAGEMENT OF PT IN THE APPROACH OF IMPROVING TRAUMA PT MANAGEMENT AND REDUCING MORTALITY OF TRAUMA PT AT OUR RESPECTIVE HEALTH FACILITIES AS DOCTORS AND CLINICIANS WORKING IN THE EMERGENCY DEPARTMENT.
GIVEN THE NECESSARY EQUIPMENT AND FAVOURABLE AMBIENT WORKING ENVIRONMENT WE SHOULD BE ABLE TO OFFER OUR HUMANITY RACE QUALITY SERVICES BEARING IN MIND THAT LIFE COME FIRST AND ALL THE OTHER ATTRIBUTES IN LIFE FOLLOWS
The document discusses preoperative, intraoperative, and postoperative care for a patient undergoing surgery. In the preoperative stage, patients undergo assessments of their medical history and comorbidities, labs and tests are ordered to optimize the patient's health status, and the surgical plan is arranged. Intraoperatively, strict infection control protocols are followed and checklists are used to ensure safety. Postoperatively, patients are monitored, complications are prevented, and care is documented before discharge. The overall goal is to safely prepare the patient for surgery, perform the procedure, and provide care during recovery.
Anesthetic risk, quality improvement and liability●๋•αηкιтα madan
This document discusses anesthesia risk and mortality. It provides estimates from various studies that anesthesia-related mortality rates range from less than 1 per 10,000 anesthetics to 1 per 1,560 anesthetics historically. Common complications discussed include nerve injuries, awareness during general anesthesia, eye/dental injuries, and postoperative cognitive dysfunction in elderly patients. Risk management strategies to minimize liability like adherence to standards of care, vigilance, documentation, and informed consent are also outlined.
This document summarizes guidelines for oxygen therapy in post-operative care. It recommends that oxygen therapy is an important part of recovery and can reduce post-operative complications. The summary outlines standards for best practice, such as all patients in recovery receiving oxygen according to local guidelines, and all high-risk patients who could benefit from post-operative oxygen being prescribed it and using it correctly. Audit indicators are proposed to measure adherence to these standards.
This document presents an evaluation of trauma by Dr. Amr Shaddad. It discusses the objectives of understanding types of trauma, the ATLS protocol, and signs of urological injury. The ATLS protocol is described in detail, outlining the primary and secondary surveys with their respective components of cABCDE and a head-to-toe evaluation. Signs of potential urological injuries from trauma to the kidneys, ureters, bladder, and urethra are also summarized. The presentation aims to educate on proper trauma evaluation and management according to established guidelines.
This document discusses guidelines and considerations for providing anaesthesia services in non-operating room areas (NORA) such as for MRI/CT scans. It notes special challenges in NORA including limited space, equipment issues, and unfamiliar environments. Key guidelines are outlined such as having proper patient monitoring, emergency equipment, and following pre-procedure evaluations. Specific anaesthetic drugs that can be used for moderate sedation are discussed, including propofol, benzodiazepines, dexmedetomidine, and ketamine. Hazards in the MRI environment like magnetic fields, acoustic noise, and restricted access are summarized. The document stresses the importance of patient safety, standards of care, and proper planning for NORA cases.
This document discusses postoperative complications and nursing management. It begins by outlining the objectives of identifying common postoperative complications and providing appropriate nursing care. It then describes various surgical classifications and methods. The main types and causes of postoperative complications are explained, including both minor and major complications involving different body systems. Finally, the document outlines the nursing assessment, planning, implementation and evaluation that should be conducted to manage postoperative patients, including monitoring vital signs, wound care, pain management, and health teaching.
Here are the triage categories I would assign to each patient based on the information provided:
1. 30 year old male with a compound fracture of left femur, bleeding significantly. Resp. rate 24. Cap. refill less than 2 sec. Alert and oriented.
Category: DELAYED
2. 44 year old male sitting up with chest pain without obvious injury. Resp. rate 24. Cap. refill less than 2 sec. Alert and oriented.
Category: DELAYED
3. 28 year old female with fracture of left wrist. Resp. rate 22. Cap. refill less than 2 sec. Alert and oriented. Decides she can walk after all.
Category: MINOR
The document outlines several parameters for assessing quality of care in the intensive care unit (ICU). It discusses objective criteria for ICU admission including vital signs, laboratory values, imaging results, ECG findings, and physical exam findings. It also describes the roles and responsibilities of nurses in the ICU in monitoring patients, administering treatments, and advocating for patients. Key indicators of quality that are mentioned include mortality rates, complication rates, length of stay, adherence to best practices, rates of errors and infections, staff satisfaction, and patient satisfaction.
There are numerous types of brain surgery. The type used is based on the area of the brain and the condition being treated.
Brain surgery is a critical and complicated process. The type of brain surgery done depends highly on the condition being treated.
Intracranial surgery refers to various medical procedures that involve repairing structural problems in the brain.
Craniotomy
A craniotomy involves making an incision in the scalp and creating a hole known as a bone flap in the skull. The hole and incision are made near the area of the brain being treated.
During open brain surgery, it is done to remove tumors, clip off an aneurysm, drain blood or fluid from an infection & remove abnormal brain tissue
Decompressive craniectomy
It is a neurosurgical procedure in which part of the skull is removed to allow a swelling brain room to expand without being squeezed. It is performed on victims of traumatic brain injury, stroke and other conditions associated with raised intracranial pressure.
Anesthesiologists must ensure patient safety during operations as anesthesia carries risks. Factors threatening safety include equipment issues, patient health conditions, and human factors like fatigue. Strategies to improve safety include thorough preoperative evaluations and planning, situational awareness during procedures, cross-checking observations, preparing for emergencies, enhancing teamwork, and learning from adverse events. Common errors involve airway issues, medication errors, and procedure mistakes, which can be avoided through vigilance, training, and following standards and guidelines. Quality assurance aims to improve care and minimize risks through documentation, safety training, and protocols for monitoring, handoffs, and responding to adverse events.
1.Mandatory guidelines for taking up the case of Exploratory laparotomy
2.What is the fluid of choice?
3. Is ABG mandatory?
4. What is sepsis? Septic shock? SIRS? Severe sepsis?
Antibiotic timming?
Co ordination among radio,surg and anesthesia
Can we keep normal saline?
Why RL preferred in ERAS
The document summarizes information and recommendations regarding the Covid-19 pandemic from the perspective of intensive care and critical care specialists. It provides worldwide case statistics and outlines anticipated critical care bed needs for a hospital. It also discusses ventilation strategies, the use of ECMO, guidelines from medical societies, PPE recommendations, management of shock, antibiotics, experimental drug treatments and ongoing clinical trials. The overall focus is on evaluating and treating critically ill Covid-19 patients from an intensive care perspective.
The document summarizes information and recommendations regarding the Covid-19 pandemic from the perspective of intensive care and critical care specialists. It provides worldwide case statistics and projections for hospital bed and ventilator needs in California. Guidelines are presented on testing, diagnosis, treatment strategies including ventilation, use of sedatives, ECMO, and experimental drugs. Risk stratification, PPE guidance, and management of complications like shock are also addressed. Clinical trials and the potential use of convalescent plasma are discussed.
The document summarizes information and recommendations regarding the Covid-19 pandemic from the perspective of intensive care and critical care specialists. It provides worldwide case statistics and projections for hospital bed and ventilator needs in California. Guidelines are presented on testing, diagnosis, treatment strategies including ventilation, use of sedatives, ECMO, and experimental drugs. Risk stratification, PPE guidance, and management of complications like shock are also addressed. Clinical trials and the potential use of convalescent plasma are discussed.
This document outlines the course objectives and content for a Post Anesthesia Care Unit (PACU) training course. The course objectives cover topics such as postoperative patient transportation and handover, PACU equipment, monitoring and roles, postoperative pain management, complications and their treatment. The document details the sessions that will cover these topics over 4 days. It also provides the assessment methods for the course and reference materials. The overall goal of the PACU training course is to educate medical professionals on providing safe and effective postoperative care to patients in the recovery phase after anesthesia and surgery.
Similar to Standards for ciritical care nurses (20)
Equipment used in critical care areas in Child Careamaramon
The document is a list of equipment owned by Mr. Amar Alim Mulla, who has an M. Sc. (N) degree and is a PhD scholar. The equipment includes a radiant warmer, phototherapy unit, suction machine, ambu bag and mask, weight machine, pulse oximeter, and infusion pump.
The document outlines 45 standards of care for critical care nurses, including requirements such as having a nurse in attendance for each patient at all times, taking full responsibility for patient care coordination, conducting frequent patient assessments and monitoring, and communicating changes in patient condition to physicians. The standards are intended to ensure optimal patient safety, monitoring, treatment and family support in the intensive care unit.
The document discusses the recommended staffing for a pediatric intensive care unit (PICU). It recommends that the PICU be led by a medical director with special training in pediatric critical care who is available full-time. Residents should provide 24-hour in-house coverage and be trained in resuscitation. The ideal nurse to patient ratio is 1:1 but no less than 1:3. Other recommended staff include respiratory therapists, technicians, clerks, physiotherapists, nutritionists, and social workers to properly care for critically ill children.
The document discusses the design and layout of a paediatric unit. It notes that paediatric intensive care units (PICUs) admit critically ill children or those at risk of critical illness who need extra nursing care. Key considerations in establishing a PICU include documenting local need, availability of trained staff and resources, and access to paediatric specialties. An ideal PICU location is near emergency and other pediatric departments to minimize patient transport. Sufficient space per patient bed is important along with areas for staff, storage, and other functions. A variety of medical equipment is also needed.
This document discusses the nutritional needs of critically ill children in the pediatric intensive care unit (PICU). It notes that malnutrition is common upon admission to the PICU and nutrition may deteriorate without attention. Resting energy expenditure estimates range from 37-62 kcal/kg/day but can be lower with organ failure. Ventilated children typically need 45 kcal/kg/day while requirements increase from 42 kcal/kg/day on day 1 to 50 kcal/kg/day on day 5 and 69 kcal/kg/day on day 12. The combination of enteral and parenteral nutrition has advantages like improved coverage of energy targets and protein-energy balance as well as presumed benefits such as maintaining gut function
This document does not contain any meaningful information to summarize. It consists of blank lines and the word "DOCUMENTATION" without any other context or details. The document concludes by thanking the reader but does not provide any essential facts that could be condensed into a brief, 3 sentence summary.
This document discusses neonatal resuscitation, post-resuscitation care, and the ethical issues involved. It begins by explaining what normally happens at birth to allow a baby to breathe and how problems can arise during transition. It then outlines the clinical findings of compromised babies and different types of post-resuscitation care. Potential post-resuscitation complications are listed for various organ systems. Ethical principles like benevolence, justice, autonomy and nonmaleficence are discussed. Situations where not initiating resuscitation may be ethical are presented.
This document is a repetitive list of "Mr. Amar Mulla, M. Sc. (N)" and does not contain any meaningful information about caring for a child with a long-term ventilator. It appears to be missing the actual content of the document.
Ethical challenges in neonatal intensive careamaramon
This document discusses several ethical and legal challenges faced in neonatal and paediatric intensive care. It outlines issues such as:
1) Recruitment into research studies in the NICU without proper ethical approval or knowledge of authorities.
2) Difficult ethical decision making due to limited medical options and the inability of infants to participate.
3) Issues related to nurse staffing levels, shift work, workload, communication and resource constraints that can negatively impact patient care and outcomes.
4) Ethical dilemmas around treating extremely low birth weight infants, infants with congenital anomalies requiring prolonged hospitalization.
5) Justification debates around the benefits versus burdens of neonatal intensive care and increased infant survival.
Does Over-Masturbation Contribute to Chronic Prostatitis.pptxwalterHu5
In some case, your chronic prostatitis may be related to over-masturbation. Generally, natural medicine Diuretic and Anti-inflammatory Pill can help mee get a cure.
5-hydroxytryptamine or 5-HT or Serotonin is a neurotransmitter that serves a range of roles in the human body. It is sometimes referred to as the happy chemical since it promotes overall well-being and happiness.
It is mostly found in the brain, intestines, and blood platelets.
5-HT is utilised to transport messages between nerve cells, is known to be involved in smooth muscle contraction, and adds to overall well-being and pleasure, among other benefits. 5-HT regulates the body's sleep-wake cycles and internal clock by acting as a precursor to melatonin.
It is hypothesised to regulate hunger, emotions, motor, cognitive, and autonomic processes.
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Kosmoderma Academy, a leading institution in the field of dermatology and aesthetics, offers comprehensive courses in cosmetology and trichology. Our specialized courses on PRP (Hair), DR+Growth Factor, GFC, and Qr678 are designed to equip practitioners with advanced skills and knowledge to excel in hair restoration and growth treatments.
Travel vaccination in Manchester offers comprehensive immunization services for individuals planning international trips. Expert healthcare providers administer vaccines tailored to your destination, ensuring you stay protected against various diseases. Conveniently located clinics and flexible appointment options make it easy to get the necessary shots before your journey. Stay healthy and travel with confidence by getting vaccinated in Manchester. Visit us: www.nxhealthcare.co.uk
Adhd Medication Shortage Uk - trinexpharmacy.comreignlana06
The UK is currently facing a Adhd Medication Shortage Uk, which has left many patients and their families grappling with uncertainty and frustration. ADHD, or Attention Deficit Hyperactivity Disorder, is a chronic condition that requires consistent medication to manage effectively. This shortage has highlighted the critical role these medications play in the daily lives of those affected by ADHD. Contact : +1 (747) 209 – 3649 E-mail : sales@trinexpharmacy.com
1. Standards for Critical Care Nurses
MR. AMAR MULLA, M. Sc. (N),
PhD SCHOLAR, SVBCON, DNH
1
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
2. The following are some general requirements
for nursing care of the intensive care patients
• 1. No critical care patient will be left without a nurse
in attendance.
Rationale: Critically ill patients may have life-
threatening changes in their condition; remove an
invasive line or self-extubate quickly.
• 2. Each nurse will be responsible for the entire care of
his/her patient, and acts to coordinate care with other
health team professionals.
Rationale: The caregiver, by assuming full
responsibility for monitoring the patient's condition and
care, can detect changes promptly.
2
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
3. • 3. Breaks will be arranged according to unit need/safe
coverage by mutual agreement between each nurse and
his/her coworkers. The nurse must give a full report to
another staff nurse prior to leaving for a break. The
second nurse assumes responsibility for the patient and
interacts with family/other health team members in the
principal nurse's absence.
Rationale: When many people are involved in the care, a
principal caregiver reduces the assumption that someone
else did or did not complete a task, and helps to maximize
resources.
3
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
4. • 4. The staff nurse will report any changes in his/her
patient's condition directly to the physician. The charge
nurse may be utilized to report the information, e.g., on
nights. The nurse will ensure a physician is aware of all lab
reports. The staff nurse will keep the charge nurse informed
of changes in the patient's condition. The charge nurse will
be notified if the staff nurse needs any direction regarding
procedure, policy or physician interaction.
Rationale: The staff nurse is the one person who has
current and detailed information on the patient's condition.
4
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
5. • 5. All critical care patients will have continual ECG
monitoring.
Rationale: A critically ill patient requires intensive
monitoring
• 6. Alarms must be left on the ECG and arterial lines
at all times. Appropriate limits will be selected at the
nurse’s discretion according to institutional policy.
Rationale: To ensure rapid detection of heart rate or BP
changes. To reduce risk associated with leaving alarm
disabled.
5
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
6. • 7. An ECG strip will be obtained and analyzed
according to institutional policy. Generally, this is
every four hours and as needed for patients with a
cardiac disorder. The ECG strips are analyzed,
rhythm identified and taped to the back of the flow
sheet. Changes are reported to the consultant.
Rationale: Heart rate and rhythm are keys to
determining the hemodynamic stability of an intensive
care patient.
6
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
7. • 8. For a stable, non-acute patient without invasive monitoring
equipment, vital signs will be done at the staff nurse's discretion,
at least every hour.
Rationale: To ensure regular vital sign monitoring
• 9. Temperatures will be measured on all patients at least q4h by
other than axilla route. Patients having abnormal temperatures (<
36 or >37.5 C) will have temperature measured by a core method
(rectally, tympanic, pulmonary artery, esophageal).
Rationale: Temperature changes may indicate infection or other
disease states. Core represents a much more accurate value.
7
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
8. • 10. All patients admitted for neurological problems will
have hourly neurological assessments performed. All
patients will have a neurological assessment evaluated
and recorded on the flow sheet at least once per shift,
using the Glasgow Coma Scale.
Rationale: To quickly reference previous, function if
deterioration occurs. This will provide a clear understanding
of the patient's neurological status and avoid uncertainty
over assessments at shift change. Unconscious patients will
have neurological assessments done q.1-4h. At the nurse's
discretion.
8
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
9. • 11. The turning of all critically ill patients every
two hours around the clock is done unless
contraindicated, with skin assessment recorded as
part of the every four-hour assessment. If turning
is contraindicated, pressure points will be relieved
q2h. If pressure relieve is not possible, rationale
will be documented.
Rationale: This is to relieve pressure points and
allow for skin perfusion as well as provide reference
for comparison of skin care.
9
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
10. • 12. All intensive care patients will have chest PT q4h and PRN
unless contraindicated. The frequency will be recorded on the
flow sheet documented in progress note.
Rationale: Immobility increases the risk for the retention of
secretions and reduced ventilation.
• 13. All critical care patients will have range of motion exercises
q4h unless contraindicated (i.e. neuromuscular blockers). This
will be recorded on the flow sheet treatment section and in
clinical record.
Rationale: To reduce possible contracture formation, disuse
atrophy, "frozen joints", and to promote venous return.
10
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
11. • 14. Perineal care will be done every shift and
as needed PRN for all patients.
Rationale: To promote hygiene and comfort.
• 15. All Critical Care patients will have mouth
care done every four hours with inspection for
oral skin sores. Teeth will be brushed every
shift and as needed.
Rationale: Intubation increases risk for
developing mouth ulcers and/or infections.
11
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
12. • 16. The Critical Care nurse may restrain
patients at his/her discretion. Provided
documentation done according to hospital
policies and procedures.
Rationale: To ensure life-supporting tubes or
lines are not disconnected.
• 17. All restraints will be secured to allow rapid
lowering of bedside.
Rationale: For rapid access in a crisis.
12
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
13. • 18. Any patient who expires, that falls into the
classification of a coroner's case, or who is going to have a
autopsy must have all lines/airways/tubes left in place
unless the coroner confirms that they may be removed.
Rationale: Correct tube placement is occasionally evaluated
at post mortem.
• 19. All routine dressing changes, I.V. tubing changes and
catheter changes will be done on night shift. The Flow
sheet will be updated with the new date change, and the
procedure documented in the clinical record.
Rationale: To maintain consistency among all nurses.
13
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
14. • 20. Routine daily baths will be done on night shift. This will include total
skin care, fingernails and hair washing q. weekly and prn dressing
changes.
Rationale: The night shift is quieter and less hectic
• 21. All dressings unless otherwise indicated will be changed daily.
Rationale: To remove bacterial contaminates and replace with an aseptic
dressing
• 22. TED hose (anti-embolism stockings) and SCD’s (sequential
compressing device) will be removed for thirty minutes once per shift.
Rationale: To promote venous return and reduce thrombus formation and to
permit circulation and inspection of the limb.
14
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
15. • 23. Nursing care will be spaced out to allow
periods of rest.
Rationale: Sensory overload predisposes the
patient to disorientation.
• 24. All patients who have not had a bowel
movement will be checked for impaction
q.3. days and the flow sheet updated.
Rationale: To monitor bowel function
15
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
16. • 25. Procedures will be explained to patients; person, place and time
being repeatedly stated to the patient. Sensory stimulation, ie., radios,
tape recorders, will be provided for patients as indicated during the
day.
Rationale: It is not known how much an unconscious patient can hear or
comprehend. Sensory deprivation leads to disorientation. Anxiety
decreases with an awareness of one's surroundings. Maintain a normal
sleep/wake pattern.
• 26. Information and emotional support needs for the family and
patient will be provided by the nurse/physician/social work/pastoral
care/palliative care, as required.
Rationale: The critical nature of the patient's illness places tremendous
strain on the patient and family unit.
16
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
17. • 27. The environment will be maintained in a mechanically safe
condition through: dry floors, good repair of furniture, proper
placement of machines and equipment, cleanliness, freedom from
clutter, and good repair of equipment.
Rationale: To reduce risks to patients, visitors, or staff.
• 28. Isolation technique will be followed as per infection control
manual.
Rationale: To minimize cross infection to patients, visitors, and staff.
• 29. Safety signs, such as, "isolation", "can hear", or
"neuromuscular blocking agent in use" will be posted when
indicated
Rationale: To communicate important information 17
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
18. • 30. Sharps and glass will be disposed of into point of
use sharps containers.
Rationale: To protect health care workers from
injury/contamination.
• 31. Any containers of body fluids (i.e. suction
canisters or chest drainage sets) must be disposed in
the appropriate biohazard bag or box.
Rationale: To reduce risk of contamination to health
care workers during handling.
18
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
19. • 32. All electrical equipment will: be grounded,
have 3-prong plugs, be used away from water or
wet floors, be protected from spillage of liquids, be
inspected by Biomedical Department. Any
equipment that malfunctions or appears damaged
will be reported to Biomedical Dept.
Rationale: Particularly with patients having
access catheters into the heart, electrical shocks could
pose serious risk for harm.
19
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
20. • 33. Labels will be affixed to: all bedside
medications, intravenous bags and bottles,
all wound or bladder irrigations, multidose
vials, multiple drainage bags/bottles,
hemodynamic transducers and monitors
(identifying waves and pressures).
Rationale: To reduce risk for errors.
20
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
21. • 34. All medications will be reviewed by the Critical
Care physicians (upon admission to Unit) and either
reordered or stopped. Nursing staff will ensure this
has been done prior to carrying out any medication,
treatment or investigative orders. Each
treatment/medication must be listed when reordered
(e.g., "Renew all preoperative meds" is NOT
acceptable.)
Rationale: To ensure optimal management.
21
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
22. • 35. Respiratory orders may only be carried out when
written by the patients physician. Ventilatory changes
will only be done upon receipt of written order.
Rationale: To maintain optimal and consistent respiratory
management
• 36. All orders written other than by the consultant/
treating doctor will be brought to the attention of the
Critical Care physician by the nurse prior to being
carried out. Rationale: To ensure all therapy is consistent
with goals for the patient's management
22
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
23. • 37. Narcotics MAY NOT be kept at the bedside. If use is
not immediate after withdrawal from the narcotic
cabinet, wastage as per narcotic protocol will be carried
out.
Rationale: To maintain narcotic control.
• 38. Visiting is negotiated between the nurse and family,
with consideration given to unit activity and institutional
policy. All exceptions should be reported nurse to nurse.
Rationale: It is important to communicate information to
oncoming nurse to avoid discrepancies. 23
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
24. • 39. The number of visitors will be limited to 2 at a
time; however, the nurse may use discretion based
on patient condition and room activity
Rationale: To promote privacy for other patients in the
bay and to accommodate space limitations.
• 40. The nurse/physician will notify families of
significant deteriorations in the patient's condition.
Rationale: The family has the right to determine when
they wish to attend their family member.
24
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
25. • 41. Support will be given to family’s that would
like children to visit. Special preparation of
the children MUST BE done.
Rationale: Research has shown that allowing
children to participate in the grieving process can
have a positive impact on subsequent adjustment
to family tragedy. Improper preparation can have
a negative and lasting impact.
25
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
26. • 42. A visitors handout will be given to one member of each patient's
family. Indicate on Nursing Note the date and family member who
received the booklet.
Rationale: To reduce the anxiety associated with visiting in the critical
care unit. To provide information regarding resources available to families.
• 43. All patients in Critical Care Unit, will be weighed daily and on
admission and recorded on the flow sheet. per week. For new hospital
admission, record weight on nursing admission database also.
• Rationale: To accurately measure Body Surface Area, for calculating
hemodynamic indexed values, to identify drug dosages, to assess
nutritional requirements, to assess adequacy of nutritional status, and to
evaluate fluid balance.
26
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
27. • 44. All patients in the critical care unit will have a minimum
IV access of two Heparin Locks.
Rationale: To ensure rapid resuscitation with IV drugs or fluid if
needed. Critical care patients are at sufficient risk to warrant
access. When a patient's illness has become chronic but stable,
they may not have an immediate need for an IV, and staff may be
unable to secure a peripheral site. If despite reasonable attempts by
a skilled individual a peripheral IV cannot be secured, the risk
associated with a central line insertion may be deemed greater than
the benefit of having an IV access. Appropriate documentation
must be included in the clinical record to justify this decision.
27
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
28. • 45. All change of shift reports will include a review of
all physician orders, lab results, medication
administration record, and joint review of neuron
status.
Rationale: To ensure communication between shifts and
reduce potential for medication or treatment
errors. Neuro status is jointly reviewed to ensure that
both incoming and out going shifts are clear on
interpretation of findings to be able to promptly detect a
change in patient condition.
28
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
29. • 46. All staff working at a bedside where an acute trauma or
actively bleeding patient is being managed will wear
protective goggles, masks and gloves. Protective gear is also
required anytime risk of splash from body fluids exists e.g.
suctioning.
Rationale: Current literature shows that it is during periods of
acute crisis when health care workers are at the highest risk for
disease transmission. This has also been shown to be the time
when health care workers are least compliant with universal
precautions. Masks, goggles and gloves in high risk situations are
a requirement as per Hospital Universal Precautions Policies.
29
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH
30. • Reference: AACN Standards for Critical
Care Nurses.
30
MR. AMAR MULLA, M. Sc. (N), PhD
SCHOLAR SVBCON, DNH