Classification of surgical wounds based on contaminationIrfanNashad1
?
Wounds are classified into four categories based on their cleanliness and risk of infection. Class I wounds are clean and uninfected. Class II wounds are clean-contaminated and enter respiratory, alimentary, genital, or urinary tracts under controlled conditions. Class III wounds are contaminated with acute inflammation. Class IV wounds are dirty and infected with devitalized tissue.
There are three key phases of wound healing: inflammatory, proliferative, and remodeling. Many protocols are put in place during surgery to prevent infections, but they can still occur, causing death, morbidity, and longer hospital stays. The risk depends on factors like the operation type, patient health, and surgical practices. Clean wounds have the lowest risk while dirty wounds have the highest. Proper wound handling and closure can help promote primary healing over secondary healing.
The document defines wounds and describes the phases and processes of wound healing. It classifies wounds as open or closed and discusses various types of open wounds like incised, lacerated, and penetrating wounds. It also outlines the cells and factors involved in wound healing, potential complications, and treatments for different wound types like surgical/aseptic wounds, contaminated wounds, and accidental traumatic wounds. Treatments include cleaning, debridement, drainage, antibiotics, and closure techniques. Abscesses and hematomas are also discussed.
The document defines wounds and describes the phases and processes of wound healing. It classifies wounds as open or closed and discusses various types of open wounds like incised, lacerated, and penetrating wounds. It also outlines the cells and factors involved in wound healing, potential complications, and treatments for different wound types like surgical/aseptic wounds, contaminated wounds, and accidental traumatic wounds. Treatments include cleaning, debridement, drainage, antibiotics, and closure techniques. Abscesses and hematomas are also discussed.
This document provides definitions and classifications of wounds. It discusses the pathophysiology of wound infection, including the signs of inflammation. It describes the management of wounds, including wound assessment, cleansing, and surgical debridement. It covers types of wound healing, factors affecting healing, and complications and their management. Some key points include classifications by degree of contamination and mechanism of injury. It discusses the cardinal signs of inflammation. It also outlines wound closure techniques and factors influencing wound healing such as nutrition, diabetes, and chronic diseases.
Maxillofacial trauma can result from injuries like motor vehicle accidents, falls, or animal bites. It includes soft tissue wounds, bone fractures, or a combination. Diagnosis involves clinical examination looking for signs of injury, and radiographic evaluation using techniques like plain X-rays, panoramic views, and advanced imaging to identify fractures. Treatment depends on the specific injuries but the priorities are always managing the airway, breathing, and circulation during the emergency period.
CLASSIFICATION OF WOUNDS BDS 3rd year .pptxDanish Hamid
?
Explore the intricate world of wound classification with our comprehensive slideshare presentation. From superficial abrasions to complex surgical wounds, this presentation delves into the diverse taxonomy of wounds, providing a systematic framework for understanding and categorizing them.
With detailed visuals and insightful explanations, we navigate through the nuances of wound classification, encompassing factors such as etiology, depth, tissue involvement, and healing characteristics. Whether you're a healthcare professional seeking to enhance your knowledge or a student delving into the fascinating realm of wound care, this presentation offers valuable insights to deepen your understanding and improve patient outcomes.
Join us as we unravel the complexities of wound classification, empowering you to make informed decisions in clinical practice and contribute to the advancement of wound care management. Discover the art and science behind classifying wounds effectively and gain a deeper appreciation for the multifaceted nature of this essential aspect of healthcare.
CLASSIFICATION OF WOUNDS BDS 3rd year .pptxDanish Hamid
?
Explore the intricate world of wound classification with our comprehensive slideshare presentation. From superficial abrasions to complex surgical wounds, this presentation delves into the diverse taxonomy of wounds, providing a systematic framework for understanding and categorizing them.
With detailed visuals and insightful explanations, we navigate through the nuances of wound classification, encompassing factors such as etiology, depth, tissue involvement, and healing characteristics. Whether you're a healthcare professional seeking to enhance your knowledge or a student delving into the fascinating realm of wound care, this presentation offers valuable insights to deepen your understanding and improve patient outcomes.
Join us as we unravel the complexities of wound classification, empowering you to make informed decisions in clinical practice and contribute to the advancement of wound care management. Discover the art and science behind classifying wounds effectively and gain a deeper appreciation for the multifaceted nature of this essential aspect of healthcare.
This document discusses surgical site infections (SSIs). It defines SSIs as infections that occur after surgery within 30 days or 1 year if a foreign body is implanted. The document describes the different types of SSIs based on infection depth (superficial, deep, organ/space) and timing (early, delayed, late). It also lists common risk factors for SSIs and recommendations for prevention during the pre-operative, intra-operative, and post-operative periods, including proper patient preparation, antibiotic prophylaxis, and maintaining sterile technique. The document provides guidance on identifying and treating SSIs based on their presentation and severity.
This document discusses surgical site infections (SSI). It defines SSI as an infection occurring within 30 days of a surgical procedure (or up to 90 days if an implant is involved). SSI risk varies by procedure type but is as high as 10% for colon surgery. Clean wounds have a 4% SSI risk while contaminated wounds have a 35% risk. SSI diagnosis involves examining wounds for signs of infection like fever, drainage or pain and confirming with tests like culture. Treatment involves wound exploration, debridement and antibiotics.
This document discusses surgical wound dressing. It defines a surgical wound and different types of dressings used including semi-permeable film, foam, hydrogel, hydrocolloid and alginate dressings. The purpose of surgical wound dressing is to prevent infection, assess healing, protect the wound and promote healing. Principles of dressing include asepsis to prevent spread of microorganisms. Preparation of the patient, environment and required articles is explained. The procedure of wound assessment, removal of soiled dressings and application of new sterile dressing is demonstrated in steps.
This document discusses surgical wound dressing. It defines a surgical wound and different types of dressings used including semi-permeable film, foam, hydrogel, hydrocolloid and alginate dressings. The purpose and principles of wound dressing are explained. The preparation needed for surgical wound dressing is described along with the articles and equipment required. The step-by-step procedure for surgical wound dressing is demonstrated along with safety considerations and documentation requirements.
Surgical site infections are infections that occur after surgery in the part of the body where surgery took place. They can range from minor superficial infections to more serious deep tissue infections. Surgical site infections account for around 20% of all healthcare-associated infections and at least 5% of patients who undergo surgery will develop a surgical site infection. The risk factors include patient characteristics like age, diabetes, and obesity as well as surgical factors like long duration of surgery, improper skin preparation, and poor aseptic technique. Preventing surgical site infections requires strategies like proper patient skin preparation before surgery, appropriate use of antimicrobial prophylaxis during surgery, and careful wound care after surgery.
The document discusses wound infection, providing details on normal wound healing, classification of wounds and surgical site infections, complications of wounds like seroma and hematoma, prevention of surgical site infections through various patient, surgical, and post-operative measures, and general management of wound infections including debridement, irrigation, antibiotic therapy, and wound management techniques. Risk factors, signs, diagnosis, and treatment of surgical site infections are covered.
A wound is a break or cut in the body's structure caused by physical means. Wounds are classified by severity, cleanliness, and skin integrity. The wound healing process involves four stages: inflammatory, destructive, proliferative, and maturation. Wound dressings are sterile coverings that protect wounds, absorb drainage, and deliver medications to promote healing. Proper wound care includes cleaning the area, inspecting the wound, applying medications and dressings aseptically, and securing the dressing.
A surgical site infection (SSI) occurs after surgery in the part of the body where surgery took place. SSIs increase morbidity, mortality, length of stay, and costs. There are three levels of SSI: superficial, deep, and organ/space. Risk factors include age, obesity, diabetes, and prolonged preoperative stay. Prevention focuses on minimizing contamination, enhancing defenses, and preventing post-op access to the incision through measures like preop showering, appropriate hair removal, proper attire and hand hygiene for staff, judicious antibiotic use, and maintaining patient homeostasis during and after surgery.
This document provides an overview of wound classification and the wound healing process. It begins with the objectives and defines a wound. It then classifies wounds according to surface covering, depth of injury, cause, type of injury, and degree of contamination. The stages of wound healing are described as inflammatory, proliferative, and maturation phases. Key processes in the proliferative phase include granulation, wound contraction, and epithelialization which work to fill the wound with new tissue and close it.
The document discusses the role of pharmacists in supplying surgical items. Pharmacists are responsible for providing surgical instruments, sutures, dressings and other equipment for use before, during and after surgery. This includes primary dressings that directly contact wounds, secondary dressings to protect primary dressings, and combined primary-secondary dressings. Pharmacists must also supply operating room items like hemostatic products, masks and disposable packs. A variety of suture materials are discussed including absorbable materials like surgical gut and synthetic options, as well as non-absorbable materials like silk and nylon.
Introduction to general surgery and history of general surgeryIrfanNashad1
?
This document provides an introduction to surgery, including definitions of key terms like indication, types of incisions and wounds. It discusses the different types of wounds that can occur like open wounds from surgery, burns or bites, and closed wounds under intact skin. The document also outlines factors that affect wound healing and different types of dressings that can be used, including absorbent, nonadherent, occlusive and medicated dressings.
Various methods of debridement, by Dr Kalimullah WardakKalimullah Wardak
?
Debridement is the removal of devitalized tissue from a wound to promote healing. There are several methods of debridement including autolytic, biological using maggots, enzymatic using collagenase, surgical with sharp instruments, and mechanical. The key steps are to remove nonviable tissue through debridement, manage infection and inflammation, maintain a moist wound environment, and assess for reepithelialization. Debridement is essential for wound healing by removing barriers to healing like necrotic tissue but the method used depends on factors like wound severity, infection status, and patient factors.
This document discusses wound management. It defines a wound and classifies wounds according to etiology, the Rank-Wakefield system, duration of healing, and degree of contamination. The phases of wound healing and surgical site infections are explained. Wound assessment, debridement of non-viable tissue, and various dressing types are also outlined. The goals of wound management are to create an optimal environment for healing by using techniques like debridement, dressing, and treating any underlying diseases.
The document discusses surgical site infections (SSIs):
- SSIs are the most common hospital-acquired infection in surgical patients, accounting for 38% of nosocomial infections. Risk factors include diabetes, smoking, obesity, and prolonged preoperative hospital stays.
- Proper hand hygiene, surgical attire/drapes, preoperative patient skin antisepsis, tight glucose control in diabetics, and administration of antibiotic prophylaxis can help prevent SSIs.
- Signs of an SSI include pain, swelling, redness or drainage at the surgical incision site within 30 days of surgery. Treatment involves antibiotics and sometimes re-operation to drain pus.
The document discusses surgical site infections (SSIs):
- SSIs are the most common hospital-acquired infection in surgical patients, accounting for 38% of nosocomial infections. Risk factors include diabetes, smoking, obesity, and prolonged preoperative hospital stays.
- Proper hand hygiene, surgical attire/drapes, preoperative patient skin antisepsis, tight glucose control in diabetics, and administration of antibiotic prophylaxis can help prevent SSIs.
- Signs of an SSI include pain, swelling, redness or drainage at the surgical site within 30 days of surgery. Treatment involves antibiotics and sometimes re-operation to drain infection.
This document defines wounds and classifies them, discusses wound healing processes and factors that affect healing, and outlines principles of wound management and dressing. It defines a wound as a break in tissue continuity and classifies wounds as intentional vs unintentional, open vs closed, by degree of contamination, and depth. The main stages of wound healing are hemostasis and inflammation, proliferation, and remodeling. Dressings are used to provide an ideal environment for healing and characteristics of effective dressings are described.
This document provides an overview of skin anatomy, wound classification, and wound management. It discusses the objectives of understanding wound care, outlines different topics to be covered including wound healing process and complications. The document defines wounds and classifies them by mechanism of injury, depth and degree of contamination. It describes the three phases of wound healing and different types of healing. Key steps of wound assessment and factors affecting healing are highlighted. Common wound dressings and their properties/indications are also summarized.
This document discusses wound care and management. It defines wounds and ulcers, and describes various causes of wounds including surgical incisions, trauma, pressure, and poor circulation. Wounds are classified based on level of contamination as clean, clean/contaminated, contaminated, or infected. Wounds can also be classified as open or closed, and described based on the object that caused them such as incisional, laceration, abrasion, etc. Wound healing occurs by primary, secondary, or tertiary intention depending on whether tissue layers are closed or left open. Factors that affect healing include health status, immune function, diabetes, age, nutrition, and body build. The principal goals of wound management are to prevent
nursing research and evidence basec practicennazurah
?
The COVID-19 pandemic significantly impacted healthcare workers, particularly nurses, who faced unprecedented challenges. Occupational stress among nurses increased due to high patient loads, fear of infection, and emotional exhaustion. This paper explores the perceived stress and sources of occupational stress among nurses during the COVID-19 crisis. It highlights psychological, physical, and organizational stressors while discussing potential coping mechanisms and strategies for better stress management.
1. Introduction
Occupational stress among healthcare professionals, especially nurses, intensified during the COVID-19 pandemic. Nurses were at the frontline, providing care under extreme conditions, leading to elevated levels of stress. This paper examines the perceived stress and primary sources contributing to occupational stress among nurses. It also explores the effects of stress on mental health, job performance, and overall well-being.
2. Understanding Perceived Occupational Stress Among Nurses
2.1 Definition of Perceived Stress
Perceived stress refers to an individual's subjective interpretation of stressors in their environment. It encompasses emotional and physiological reactions to demanding situations. Nurses experienced heightened perceived stress due to increased workload, patient mortality, and uncertainty surrounding the virus.
2.2 Psychological and Emotional Aspects
Fear of contracting COVID-19 and infecting family members
Anxiety and depression due to prolonged exposure to critical cases
Emotional exhaustion from witnessing patient suffering and death
Lack of social support due to quarantine and isolation measures
2.3 Physical Aspects of Perceived Stress
Fatigue from extended working hours and insufficient rest
Physical strain due to prolonged use of personal protective equipment (PPE)
Sleep disturbances and irregular schedules
Increased risk of burnout and stress-related illnesses
3. Sources of Occupational Stress Among Nurses During COVID-19
3.1 Workload and Job Demands
Increased patient admissions led to excessive workloads
Shortage of healthcare workers, requiring nurses to work overtime
Limited resources, including ventilators, PPE, and medication
Increased administrative tasks and documentation requirements
3.2 Fear and Uncertainty
Rapidly evolving information about the virus and treatment protocols
Uncertainty regarding job security and institutional support
Anxiety over potential future pandemics and health crises
3.3 Lack of Organizational Support
Inadequate training and preparedness for pandemic response
Poor communication from hospital management
Limited mental health support and counseling services
Insufficient financial compensation and incentives
3.4 Patient Care and Ethical Dilemmas
Increased patient mortality and lack of sufficient medical interventions
Ethical dilemmas in resource allocation (e.g., ventilator shortages)
Difficulty in maintaining quality patient care under extr
knowledge on pressure ulcer prevention in icunnazurah
?
Pressure injuries (also known as pressure ulcers or bedsores) are a significant concern in intensive care units (ICUs) due to prolonged immobility, hemodynamic instability, and medical device-related pressure. Preventing these injuries requires a multifaceted approach that includes risk assessment, skin care, repositioning, and advanced support surfaces.
1. Risk Assessment
Use validated tools like the Braden Scale or Norton Scale to assess the patient's risk.
Evaluate factors such as mobility, moisture, nutrition, activity, friction, and shear.
Identify high-risk patients, such as those on mechanical ventilation, with circulatory shock, or prolonged immobility.
2. Regular Skin Inspection
Perform daily skin assessments, focusing on bony prominences (e.g., sacrum, heels, occiput).
Monitor areas where medical devices, such as endotracheal tubes or catheters, may exert pressure.
3. Repositioning and Offloading
Reposition every 2 hours for bed-bound patients and every hour for those in chairs.
Use the 30-degree lateral tilt to reduce pressure on the sacrum and trochanters.
Offload heels with heel suspension devices or pillows.
4. Use of Support Surfaces
Provide pressure-relieving mattresses (e.g., high-density foam, air-fluidized, low-air-loss mattresses).
Use specialized cushions for high-risk areas.
5. Nutrition and Hydration
Ensure adequate protein, calorie, and micronutrient intake to support skin integrity.
Use enteral or parenteral nutrition as needed.
Monitor hydration status to maintain skin elasticity.
6. Moisture Management and Skin Protection
Keep skin clean and dry, managing incontinence with barrier creams.
Use absorbent pads or external catheters for urinary incontinence.
Apply protective dressings (e.g., foam or hydrocolloid dressings) on high-risk areas.
Minimizing Friction and Shear
Use lift sheets or mechanical lifts instead of dragging patients during repositioning.
Elevate the head of the bed no more than 30 degrees unless contraindicated.
8. Medical Device-Related Pressure Injury Prevention
Frequently reposition tubes, masks, and catheters to relieve pressure.
Use padding under medical devices to reduce localized pressure.
9. Staff Education and Protocol Implementation
Train ICU staff on pressure injury prevention strategies.
Develop hospital-wide protocols for early intervention.
Conduct regular pressure injury audits to assess adherence to preventive measures.
Conclusion
Preventing pressure injuries in the ICU requires a proactive, multidisciplinary approach. Early risk identification, frequent repositioning, skin protection, proper nutrition, and specialized support surfaces are key strategies. Continuous education and adherence to protocols help reduce the incidence of pressure injuries and improve patient outcomes.
Pressure injuries (PIs), also known as pressure ulcers, are a critical concern in ICU patients due to prolonged immobility, hemodynamic instability, and increased vulnerability from multiple medical conditions.
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This document discusses surgical site infections (SSIs). It defines SSIs as infections that occur after surgery within 30 days or 1 year if a foreign body is implanted. The document describes the different types of SSIs based on infection depth (superficial, deep, organ/space) and timing (early, delayed, late). It also lists common risk factors for SSIs and recommendations for prevention during the pre-operative, intra-operative, and post-operative periods, including proper patient preparation, antibiotic prophylaxis, and maintaining sterile technique. The document provides guidance on identifying and treating SSIs based on their presentation and severity.
This document discusses surgical site infections (SSI). It defines SSI as an infection occurring within 30 days of a surgical procedure (or up to 90 days if an implant is involved). SSI risk varies by procedure type but is as high as 10% for colon surgery. Clean wounds have a 4% SSI risk while contaminated wounds have a 35% risk. SSI diagnosis involves examining wounds for signs of infection like fever, drainage or pain and confirming with tests like culture. Treatment involves wound exploration, debridement and antibiotics.
This document discusses surgical wound dressing. It defines a surgical wound and different types of dressings used including semi-permeable film, foam, hydrogel, hydrocolloid and alginate dressings. The purpose of surgical wound dressing is to prevent infection, assess healing, protect the wound and promote healing. Principles of dressing include asepsis to prevent spread of microorganisms. Preparation of the patient, environment and required articles is explained. The procedure of wound assessment, removal of soiled dressings and application of new sterile dressing is demonstrated in steps.
This document discusses surgical wound dressing. It defines a surgical wound and different types of dressings used including semi-permeable film, foam, hydrogel, hydrocolloid and alginate dressings. The purpose and principles of wound dressing are explained. The preparation needed for surgical wound dressing is described along with the articles and equipment required. The step-by-step procedure for surgical wound dressing is demonstrated along with safety considerations and documentation requirements.
Surgical site infections are infections that occur after surgery in the part of the body where surgery took place. They can range from minor superficial infections to more serious deep tissue infections. Surgical site infections account for around 20% of all healthcare-associated infections and at least 5% of patients who undergo surgery will develop a surgical site infection. The risk factors include patient characteristics like age, diabetes, and obesity as well as surgical factors like long duration of surgery, improper skin preparation, and poor aseptic technique. Preventing surgical site infections requires strategies like proper patient skin preparation before surgery, appropriate use of antimicrobial prophylaxis during surgery, and careful wound care after surgery.
The document discusses wound infection, providing details on normal wound healing, classification of wounds and surgical site infections, complications of wounds like seroma and hematoma, prevention of surgical site infections through various patient, surgical, and post-operative measures, and general management of wound infections including debridement, irrigation, antibiotic therapy, and wound management techniques. Risk factors, signs, diagnosis, and treatment of surgical site infections are covered.
A wound is a break or cut in the body's structure caused by physical means. Wounds are classified by severity, cleanliness, and skin integrity. The wound healing process involves four stages: inflammatory, destructive, proliferative, and maturation. Wound dressings are sterile coverings that protect wounds, absorb drainage, and deliver medications to promote healing. Proper wound care includes cleaning the area, inspecting the wound, applying medications and dressings aseptically, and securing the dressing.
A surgical site infection (SSI) occurs after surgery in the part of the body where surgery took place. SSIs increase morbidity, mortality, length of stay, and costs. There are three levels of SSI: superficial, deep, and organ/space. Risk factors include age, obesity, diabetes, and prolonged preoperative stay. Prevention focuses on minimizing contamination, enhancing defenses, and preventing post-op access to the incision through measures like preop showering, appropriate hair removal, proper attire and hand hygiene for staff, judicious antibiotic use, and maintaining patient homeostasis during and after surgery.
This document provides an overview of wound classification and the wound healing process. It begins with the objectives and defines a wound. It then classifies wounds according to surface covering, depth of injury, cause, type of injury, and degree of contamination. The stages of wound healing are described as inflammatory, proliferative, and maturation phases. Key processes in the proliferative phase include granulation, wound contraction, and epithelialization which work to fill the wound with new tissue and close it.
The document discusses the role of pharmacists in supplying surgical items. Pharmacists are responsible for providing surgical instruments, sutures, dressings and other equipment for use before, during and after surgery. This includes primary dressings that directly contact wounds, secondary dressings to protect primary dressings, and combined primary-secondary dressings. Pharmacists must also supply operating room items like hemostatic products, masks and disposable packs. A variety of suture materials are discussed including absorbable materials like surgical gut and synthetic options, as well as non-absorbable materials like silk and nylon.
Introduction to general surgery and history of general surgeryIrfanNashad1
?
This document provides an introduction to surgery, including definitions of key terms like indication, types of incisions and wounds. It discusses the different types of wounds that can occur like open wounds from surgery, burns or bites, and closed wounds under intact skin. The document also outlines factors that affect wound healing and different types of dressings that can be used, including absorbent, nonadherent, occlusive and medicated dressings.
Various methods of debridement, by Dr Kalimullah WardakKalimullah Wardak
?
Debridement is the removal of devitalized tissue from a wound to promote healing. There are several methods of debridement including autolytic, biological using maggots, enzymatic using collagenase, surgical with sharp instruments, and mechanical. The key steps are to remove nonviable tissue through debridement, manage infection and inflammation, maintain a moist wound environment, and assess for reepithelialization. Debridement is essential for wound healing by removing barriers to healing like necrotic tissue but the method used depends on factors like wound severity, infection status, and patient factors.
This document discusses wound management. It defines a wound and classifies wounds according to etiology, the Rank-Wakefield system, duration of healing, and degree of contamination. The phases of wound healing and surgical site infections are explained. Wound assessment, debridement of non-viable tissue, and various dressing types are also outlined. The goals of wound management are to create an optimal environment for healing by using techniques like debridement, dressing, and treating any underlying diseases.
The document discusses surgical site infections (SSIs):
- SSIs are the most common hospital-acquired infection in surgical patients, accounting for 38% of nosocomial infections. Risk factors include diabetes, smoking, obesity, and prolonged preoperative hospital stays.
- Proper hand hygiene, surgical attire/drapes, preoperative patient skin antisepsis, tight glucose control in diabetics, and administration of antibiotic prophylaxis can help prevent SSIs.
- Signs of an SSI include pain, swelling, redness or drainage at the surgical incision site within 30 days of surgery. Treatment involves antibiotics and sometimes re-operation to drain pus.
The document discusses surgical site infections (SSIs):
- SSIs are the most common hospital-acquired infection in surgical patients, accounting for 38% of nosocomial infections. Risk factors include diabetes, smoking, obesity, and prolonged preoperative hospital stays.
- Proper hand hygiene, surgical attire/drapes, preoperative patient skin antisepsis, tight glucose control in diabetics, and administration of antibiotic prophylaxis can help prevent SSIs.
- Signs of an SSI include pain, swelling, redness or drainage at the surgical site within 30 days of surgery. Treatment involves antibiotics and sometimes re-operation to drain infection.
This document defines wounds and classifies them, discusses wound healing processes and factors that affect healing, and outlines principles of wound management and dressing. It defines a wound as a break in tissue continuity and classifies wounds as intentional vs unintentional, open vs closed, by degree of contamination, and depth. The main stages of wound healing are hemostasis and inflammation, proliferation, and remodeling. Dressings are used to provide an ideal environment for healing and characteristics of effective dressings are described.
This document provides an overview of skin anatomy, wound classification, and wound management. It discusses the objectives of understanding wound care, outlines different topics to be covered including wound healing process and complications. The document defines wounds and classifies them by mechanism of injury, depth and degree of contamination. It describes the three phases of wound healing and different types of healing. Key steps of wound assessment and factors affecting healing are highlighted. Common wound dressings and their properties/indications are also summarized.
This document discusses wound care and management. It defines wounds and ulcers, and describes various causes of wounds including surgical incisions, trauma, pressure, and poor circulation. Wounds are classified based on level of contamination as clean, clean/contaminated, contaminated, or infected. Wounds can also be classified as open or closed, and described based on the object that caused them such as incisional, laceration, abrasion, etc. Wound healing occurs by primary, secondary, or tertiary intention depending on whether tissue layers are closed or left open. Factors that affect healing include health status, immune function, diabetes, age, nutrition, and body build. The principal goals of wound management are to prevent
nursing research and evidence basec practicennazurah
?
The COVID-19 pandemic significantly impacted healthcare workers, particularly nurses, who faced unprecedented challenges. Occupational stress among nurses increased due to high patient loads, fear of infection, and emotional exhaustion. This paper explores the perceived stress and sources of occupational stress among nurses during the COVID-19 crisis. It highlights psychological, physical, and organizational stressors while discussing potential coping mechanisms and strategies for better stress management.
1. Introduction
Occupational stress among healthcare professionals, especially nurses, intensified during the COVID-19 pandemic. Nurses were at the frontline, providing care under extreme conditions, leading to elevated levels of stress. This paper examines the perceived stress and primary sources contributing to occupational stress among nurses. It also explores the effects of stress on mental health, job performance, and overall well-being.
2. Understanding Perceived Occupational Stress Among Nurses
2.1 Definition of Perceived Stress
Perceived stress refers to an individual's subjective interpretation of stressors in their environment. It encompasses emotional and physiological reactions to demanding situations. Nurses experienced heightened perceived stress due to increased workload, patient mortality, and uncertainty surrounding the virus.
2.2 Psychological and Emotional Aspects
Fear of contracting COVID-19 and infecting family members
Anxiety and depression due to prolonged exposure to critical cases
Emotional exhaustion from witnessing patient suffering and death
Lack of social support due to quarantine and isolation measures
2.3 Physical Aspects of Perceived Stress
Fatigue from extended working hours and insufficient rest
Physical strain due to prolonged use of personal protective equipment (PPE)
Sleep disturbances and irregular schedules
Increased risk of burnout and stress-related illnesses
3. Sources of Occupational Stress Among Nurses During COVID-19
3.1 Workload and Job Demands
Increased patient admissions led to excessive workloads
Shortage of healthcare workers, requiring nurses to work overtime
Limited resources, including ventilators, PPE, and medication
Increased administrative tasks and documentation requirements
3.2 Fear and Uncertainty
Rapidly evolving information about the virus and treatment protocols
Uncertainty regarding job security and institutional support
Anxiety over potential future pandemics and health crises
3.3 Lack of Organizational Support
Inadequate training and preparedness for pandemic response
Poor communication from hospital management
Limited mental health support and counseling services
Insufficient financial compensation and incentives
3.4 Patient Care and Ethical Dilemmas
Increased patient mortality and lack of sufficient medical interventions
Ethical dilemmas in resource allocation (e.g., ventilator shortages)
Difficulty in maintaining quality patient care under extr
knowledge on pressure ulcer prevention in icunnazurah
?
Pressure injuries (also known as pressure ulcers or bedsores) are a significant concern in intensive care units (ICUs) due to prolonged immobility, hemodynamic instability, and medical device-related pressure. Preventing these injuries requires a multifaceted approach that includes risk assessment, skin care, repositioning, and advanced support surfaces.
1. Risk Assessment
Use validated tools like the Braden Scale or Norton Scale to assess the patient's risk.
Evaluate factors such as mobility, moisture, nutrition, activity, friction, and shear.
Identify high-risk patients, such as those on mechanical ventilation, with circulatory shock, or prolonged immobility.
2. Regular Skin Inspection
Perform daily skin assessments, focusing on bony prominences (e.g., sacrum, heels, occiput).
Monitor areas where medical devices, such as endotracheal tubes or catheters, may exert pressure.
3. Repositioning and Offloading
Reposition every 2 hours for bed-bound patients and every hour for those in chairs.
Use the 30-degree lateral tilt to reduce pressure on the sacrum and trochanters.
Offload heels with heel suspension devices or pillows.
4. Use of Support Surfaces
Provide pressure-relieving mattresses (e.g., high-density foam, air-fluidized, low-air-loss mattresses).
Use specialized cushions for high-risk areas.
5. Nutrition and Hydration
Ensure adequate protein, calorie, and micronutrient intake to support skin integrity.
Use enteral or parenteral nutrition as needed.
Monitor hydration status to maintain skin elasticity.
6. Moisture Management and Skin Protection
Keep skin clean and dry, managing incontinence with barrier creams.
Use absorbent pads or external catheters for urinary incontinence.
Apply protective dressings (e.g., foam or hydrocolloid dressings) on high-risk areas.
Minimizing Friction and Shear
Use lift sheets or mechanical lifts instead of dragging patients during repositioning.
Elevate the head of the bed no more than 30 degrees unless contraindicated.
8. Medical Device-Related Pressure Injury Prevention
Frequently reposition tubes, masks, and catheters to relieve pressure.
Use padding under medical devices to reduce localized pressure.
9. Staff Education and Protocol Implementation
Train ICU staff on pressure injury prevention strategies.
Develop hospital-wide protocols for early intervention.
Conduct regular pressure injury audits to assess adherence to preventive measures.
Conclusion
Preventing pressure injuries in the ICU requires a proactive, multidisciplinary approach. Early risk identification, frequent repositioning, skin protection, proper nutrition, and specialized support surfaces are key strategies. Continuous education and adherence to protocols help reduce the incidence of pressure injuries and improve patient outcomes.
Pressure injuries (PIs), also known as pressure ulcers, are a critical concern in ICU patients due to prolonged immobility, hemodynamic instability, and increased vulnerability from multiple medical conditions.
Author:
Attuluri Vamsi Kumar
Assistant Professor,
Department of Medical Laboratory Sciences,
Regional Institute of Paramedical and Nursing (RIPANS),
Undertaken by the Ministry of Health and Family Welfare (MoHFW), Govt. of India
LAB MANUAL – APPLIED HEMATOLOGY
M.Sc. Medical Laboratory Sciences (Blood Banking)
Department of Medical Lab Sciences
Regional Institute of Paramedical and Nursing (RIPANS)
Undertaken by the Ministry of Health and Family Welfare (MoHFW), Govt. of India
Program Details:
Program Name: M.Sc. MLS (Blood Banking)
Semester: 2
Batch: 2024
Subject Name: Applied Hematology
Subject Code: MLTH-P206
About this Lab Manual:
This Lab Manual on Applied Hematology is designed to serve as a comprehensive practical guide for M.Sc. Medical Laboratory Sciences (Blood Banking) students at RIPANS. It provides a structured framework for laboratory techniques, diagnostic methodologies, and applied hematological procedures, ensuring a hands-on approach to understanding blood-related disorders and transfusion science.
This manual covers advanced hematological investigations, staining techniques, bone marrow examinations, and specialized blood testing methods essential for a professional career in blood banking and hematology laboratories. Each experiment is presented with a detailed principle, methodology, interpretation guidelines, and viva questions, allowing students to grasp fundamental and advanced concepts with ease.
Key Features of this Manual:
?? Step-by-Step Experimental Procedures – Clear, well-structured protocols to enhance laboratory skills.
?? Principles & Applications – Explanation of core hematological principles and their real-world applications.
?? Clinical Relevance – Interpretation of lab findings in diagnosing hematological disorders.
?? Observation & Analysis – Structured observation tables to record findings systematically.
?? Viva Questions & Answer Key – Helps in exam preparation and enhances conceptual clarity.
?? Reference Textbooks – Standard books suggested for further in-depth learning.
Who Should Use This Manual?
This manual is intended for M.Sc. Medical Laboratory Sciences (Blood Banking) students and faculty members at RIPANS. It is a valuable resource for trainees, researchers, and professionals in hematology and transfusion medicine.
Through this structured and practical approach, students will develop a deeper understanding of hematological investigations, laboratory techniques, and diagnostic procedures, ultimately preparing them for clinical, research, and diagnostic settings.
? For academic and professional use only.
? Efficient Workforce, Better Healthcare: Key Features Your Hospital Needs! ??
A well-managed workforce is the backbone of any successful hospital. With the right Workforce Management Software, you can optimize staff efficiency, reduce burnout, and enhance patient care. ??
? Smart Scheduling & Shift Optimization – Ensure the right staff is available at the right time.
? Real-Time Attendance & Payroll Integration – Automate tracking and compliance effortlessly.
? AI-Powered Workforce Insights – Make data-driven staffing decisions for better efficiency.
? Centralized Staff Communication – Keep your healthcare team connected and informed.
? Self-Service Portals – Empower staff with easy access to schedules, leave requests & more.
Transform your hospital operations with smarter workforce management today! ?? #HospitalManagement #HealthcareTech #WorkforceEfficiency
Tran Quoc Bao Named Best and Most Influential Hospital CEO in Vietnam by Hosp...Ignite Capital
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Tran Quoc Bao, named Best and Most Influential Hospital CEO in Vietnam 2025 by Hospital Insight Magazine, is transforming Vietnam’s healthcare landscape with his unique blend of medical expertise and financial acumen. As CEO of Prima Saigon, the country's leading international daycare and ambulatory hospital, Bao has turned the institution into a benchmark of excellence, setting new standards for innovation and patient care.
His leadership at Prima Saigon has propelled the hospital to the forefront of the Vietnamese healthcare sector, but Bao's impact goes beyond national borders. As a member of the Advisory Board for Asian Hospital & Healthcare Management, a prominent publication influencing global healthcare policy, he is helping to shape trends and set standards that extend across Asia and the world.
With nearly two decades of experience, Bao has held key positions at renowned institutions like City International Hospital, FV Hospital, TMMC Healthcare (Tam Tri Hospital Group), and Cao Tang Hospital, where he led the transformation into Vietnam’s first Joint Commission International (JCI)-accredited hospital. This milestone put Vietnam firmly on the global healthcare map, thanks to Bao’s visionary leadership.
His extensive expertise is matched by a distinguished financial background, holding elite credentials such as CFA?, CMT?, CPWA?, FMVA?, and others. Bao’s strategic approach has allowed him to lead $2 billion in healthcare M&A transactions, reshaping Vietnam’s healthcare investment landscape. His ability to blend healthcare with finance has earned him recognition as a thought leader in the field.
Bao has also contributed more than 20 articles to major outlets like Forbes, Bloomberg, and Voice of America, sharing his insights on healthcare innovation and investment. His accolades include being named Healthcare Executive of the Year – Vietnam 2019, Medical Tourism Leader of the Year 2021, and being honored as a “Doing Business 2022” Leader by the World Bank Group.
In addition, Bao's strategic expertise is sought by top global consulting firms like BCG, Bain, and McKinsey, advising on major healthcare investments and partnerships in Asia. With his visionary leadership, Tran Quoc Bao continues to drive the future of healthcare, both in Vietnam and globally.
Choosing the Right NDIS Support Coordinator: Key Factors & Expert Tips.Fitnall1
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Finding the right NDIS support coordinator is essential for maximizing your plan and accessing the best services. This presentation outlines the key factors to consider, including experience, communication, independence, and local knowledge. Learn where to search, the critical questions to ask, and how to make the best choice for your needs.
MAAENT
PGDEI 101.ΝΙΜΗ
PAPER I: NEUROBIOLOGY
OBJECTIVES:-
1. To understand the biological basis of developmental disabilities.
2. To identify the causes and risk factors, developmental disabilities and understanding their implication on development and their prevention aspects of disability.
3. To have knowledge the early indication of brain insult and characteristic features of developmental disabilities for early identification.
UNIT I-Anatomy, Physiology and embryology
?Gross anatomy of Central nervous system (Frontal, Parietal, temporal, occipital, basal ganglia, cerebellum, midbrain, Pons, medulla oblongata, autonomic nervous system, limbic system, spinal cord, spinal arc, nervous system pathways). peripheral nervous system, autonomic nervous system
?Micro anatomy-Cell structure, development and function
Physiology- Neurons, synapses, transmission, Specific areas and functions-Frontal, Parietal, temporal, occipital, basal ganglia, cerebellum, midbrain, pons, medulla oblongata, autonomic nervous system, limbic system, spinal cord, spinal arc, nervous system pathways, and centers and pathways
?Embryology-Stages of development
?Maturation-Myelination, organization of brain, cortical sub cortical relay system
At #MWC2025, we presented "Local Rural Practices of the Future", a visionary project designed to enhance healthcare access in rural areas through telemedicine, AI, telemonitoring, and point-of-care (PoC) analysis. By integrating these digital health solutions, we aim to improve patient care, reduce unnecessary travel, and support healthcare professionals in remote settings.
Ballerina for Healthcare - Code to Cloud in Mins with AI driven programming ...Mifan Careem
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Ballerina is an open source, cloud native, healthcare context aware language for building general integration and healthcare backends. In addition to native support for JSON, XML, Async, GraphQL etc, it also supports FHIR, HL7, X12, EDI formats in the healthcare domain.
Tran Quoc Bao - Redefining Vietnam’s Healthcare Landscape with Visionary Lead...Ignite Capital
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In 2025, Tran Quoc Bao was honored as Best and Most Influential Hospital CEO in Vietnam by Hospital Insight Magazine, solidifying his place as one of the most transformative figures in the country’s healthcare sector. As CEO of Prima Saigon, Vietnam’s leading international daycare and ambulatory hospital, Bao has taken the institution to unprecedented heights, setting new standards for medical care and patient experience. Under his leadership, Prima Saigon has become a beacon of innovation and excellence in the Vietnamese healthcare space.
But Bao’s influence extends far beyond his role at Prima Saigon. He is also a key member of the Advisory Board for Asian Hospital & Healthcare Management, a prestigious platform shaping healthcare policy across Asia and globally. Through this role, Bao is influencing global healthcare trends and setting new benchmarks for medical care worldwide.
With nearly two decades of experience in healthcare and finance, Bao has held critical positions at leading institutions like City International Hospital, FV Hospital, TMMC Healthcare (Tam Tri Hospital Group), and Cao Tang Hospital. At Cao Tang, Bao led the hospital’s transformation into Vietnam’s first Joint Commission International (JCI)-accredited institution, a milestone that placed Vietnam firmly on the global healthcare map.
Bao’s remarkable career is further bolstered by his financial expertise. Holding multiple prestigious credentials, including CFA?, CMT?, CPWA?, FMVA?, and others, Bao has driven over $2 billion in healthcare mergers and acquisitions, reshaping Vietnam’s healthcare investment landscape. His ability to seamlessly integrate healthcare strategy with financial insight has made him a sought-after thought leader in the sector.
In addition to his professional accomplishments, Bao is a prolific writer, contributing over 20 articles to major publications like Forbes, Bloomberg, and Voice of America, where he shares his expertise on healthcare innovation and investment. His accolades include being named Healthcare Executive of the Year – Vietnam 2019, Medical Tourism Leader of the Year 2021, and receiving recognition as a “Doing Business 2022” Leader by the World Bank Group.
Bao's strategic insights are highly valued by top global consulting firms, including BCG, Bain, and McKinsey, where he advises on major healthcare investments and partnerships in Asia. Through his visionary leadership, Tran Quoc Bao is not just reshaping healthcare in Vietnam—he is setting the stage for the future of global healthcare.
Our expert team in Fetal Imaging Institute and gynecological care , beyond medical excellence, we offer compassionate counseling and support for prospective parents. We focus on high-quality care for high-risk pregnancies, including early detection of Down syndrome and other conditions.
Alana Song, a recent healthcare graduate from the Island of Hawaii, is dedicated to making a meaningful impact. Holding a Certificate in Nursing Assistant Training from the Healthcare School of Hawaii, she is equipped to provide excellent care. At Maui Medical Group, she honed her skills in medication administration, vital sign monitoring, and electronic record-keeping. Her commitment to a clean and safe environment underscores her dedication to patient safety. Fluent in English and Spanish, she excels in communication and compliance. Alana also supports patients with counseling after traumatic injuries, demonstrating her commitment to comprehensive healthcare.
680128_Spiritual H and Complete Well-being.pptxPattie Pattie
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Spiritual Health and Complete Well-being, Vicharn Panich, MD
Chairman of PMAC Organizing Committee
Introductory Remark in PMAC 2025 Side Meeting “Complete Well-being in the Age of AI: The Crucial Role of Spiritual Health and Practical Strategies”, 28 January 2025, Centara Grand Hotel, Bangkok
Caring dalam keperawatan dan hubungan antara pasien dan perawat, mempengaruhi dalam proses kesembuhan pasien selama masa perawatan. Proses perawatan yang baik dan hubungan perawat pasien yang baik akan mendukung proses penyembuhan pasien.
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1. NURSING CARE OF PATIENT :
SURGICAL WOUND CARE
AZLINA BINTI JAMALUDIN
WAD CICU
CARDIOTHORACIX INTENSIVE CARE UNIT
2. www.ummc.edu.my
OUTLINE
? .Definition
? Classification of surgical wound
? Risk factor for surgical wound complication
? Types of wound dressing & when to use
? Types of lotion use for wound dressing
? Step of wound dressing
? Sign of infection
? references
3. www.ummc.edu.my
Definition
A surgical wound is a cut or incision in the skin that is usually made by
a scalpel during surgery. A surgical wound can also be the result of a
drain placed during surgery.
Surgical wounds vary greatly in size. They are usually closed with
sutures, but are sometimes left open to heal
https://www.healthline.com/health/surgical-wound
4. www.ummc.edu.my
Surgical Wound Classification
? Surgical wounds can be classified into one of four categories.
? These categories depend on how contaminated or clean the wound
is, the risk of infection, and where the wound is located on the body.
?Clean or Class 1
?Clean – contaminated or Class 11
?Contaminated or Class 111
?Dirty – Infected or Class IV
7. www.ummc.edu.my
Surgical Wound Classification
Class I
? These are considered clean wounds. They show no signs of infection or inflammation. They
often involve the eye, skin, or vascular system.
? It is non traumatic , uninfected operative wound . Elective and primarily closed.
? Infection rate is< 2%
Class II:
? These wounds are considered clean-contaminated. Although the wound may not show signs
of infection, it is at an increased risk of becoming infected because of its location.
? For example, surgical wounds in the gastrointestinal tract
? Gastrointestinal , respiratory or genito-urinary tracts entered without significant spillage or
wounds which are mechanically drained.
? E.g. Appendicectomy, gallbladder, biliary, pancreatic surgeries
? may be at a high risk of becoming infected. Infection rate is < 10%
8. www.ummc.edu.my
Class III
A surgical wound in which an outside object has come into contact with
the skin has a high risk of infection and is considered a contaminated
wound. For example, a gunshot wound may contaminate the skin around
where the surgical repair occurs.
Class IV
This class of wound is considered dirty-contaminated. These include
wounds that have been exposed to fecal material.
10. www.ummc.edu.my
? Surgical wounds are created when a surgeon makes an incision or
cut with a surgical instrument called a scalpel. A wide variety of
medical circumstances require surgery. The size of a wound depends
on the type of procedure and location on the body.