A tracheostomy is an opening created in the trachea to allow for an alternative airway. It can be temporary or permanent. The document discusses the anatomy of the tracheostomy, indications for the procedure, different types of tracheostomy tubes, and nursing care considerations like suctioning, humidification, cleaning and dressing changes. Proper tracheostomy care is needed to maintain airway patency, prevent infection, and promote patient comfort.
This document discusses tracheostomy care. A tracheostomy is an opening made in the neck to insert a tube into the windpipe (trachea) to help breathing. It may be needed if the airway is blocked or to help remove secretions. The tracheostomy tube has several parts including an outer cannula, inner cannula, and cuff. Nurses must assess the tracheostomy site, suction secretions, change inner cannulas, and provide humidified air. Complications like infection, bleeding, or tube obstruction require close monitoring. Proper tracheostomy care and documentation are essential for patient safety and communication with other providers.
Urinary catheterization involves inserting a latex, polyurethane, or silicone tube called a catheter into the bladder via the urethra to drain urine. It can be used to inject fluids for treatment or diagnosis. There are two main types: indwelling catheters that remain in place and intermittent catheters that are inserted and removed. The procedure involves preparing equipment, positioning the patient, cleaning the area, lubricating and inserting the catheter, inflating the balloon, and securing drainage. Complications can include infection, injury, and incontinence. Proper technique and aftercare are important to prevent issues.
A cannula is a flexible tube inserted into the body for medical use. The most common types are intravenous (IV) and nasal cannulas. IV cannulation involves inserting a cannula into a vein to administer fluids, medications, blood products, or collect blood samples. The proper procedure is to introduce yourself, explain the process, select a vein, clean the skin, insert the cannula bevel up at a 30 degree angle, secure it, and remove the needle. Potential complications include infiltration, extravasation, thrombosis, phlebitis, and infection. IV fluids help maintain blood pressure, hydration, and electrolyte balance and common types are saline solutions and dextrose solutions.
This document discusses different types of surgical drains used to remove fluid from wounds. It describes corrugated drains, rubber tubes, T-tubes, and gauze wicks that are used for specific types of surgeries and wounds. The document also categorizes different characteristics of wound drainage as serous, sanguineous, or purulent. It provides guidance on cleaning the drain site and surrounding skin from the cleanest to most contaminated area.
Ryles tube insertion and its care
This document discusses the history, indications, types, equipment, and procedure for inserting a Ryles tube. It notes that enteral feeding has been practiced for thousands of years using enemas. There are short tubes like Levin tubes that are inserted through the nose into the stomach for decompression and washing. Longer tubes can reach the duodenum or jejunum. The procedure involves lubricating the tube, inserting it through the nose while the patient swallows, checking placement is in the stomach, and monitoring for complications. Common complications include clogged tubes, aspiration, and electrolyte imbalances.
The document discusses urinary catheters, including their history, types, uses, insertion process, and care. It notes that urinary catheters were originally open systems but later evolved to closed systems with bags. It provides details on Foley catheters, including their structure and sizing. The document emphasizes the importance of asepsis during catheter insertion and care to prevent infections. It outlines the supplies, steps, and skills needed for proper catheterization and ongoing care.
1. Changing a tracheostomy dressing and tie tapes is an important procedure to maintain the tracheostomy site and ensure proper functioning of the tracheostomy tube.
2. The key steps involve preparing supplies, cleaning and drying the inner cannula, cleaning the site, applying a new sterile dressing, and securing new tie tapes with a double knot.
3. Important documentation includes details of the procedure, secretions, patient tolerance, and education provided.
This document discusses tracheostomy care. A tracheostomy is an opening made in the neck to insert a tube into the windpipe (trachea) to help breathing. It may be needed if the airway is blocked or to help remove secretions. The tracheostomy tube has several parts including an outer cannula, inner cannula, and cuff. Nurses must assess the tracheostomy site, suction secretions, change inner cannulas, and provide humidified air. Complications like infection, bleeding, or tube obstruction require close monitoring. Proper tracheostomy care and documentation are essential for patient safety and communication with other providers.
Urinary catheterization involves inserting a latex, polyurethane, or silicone tube called a catheter into the bladder via the urethra to drain urine. It can be used to inject fluids for treatment or diagnosis. There are two main types: indwelling catheters that remain in place and intermittent catheters that are inserted and removed. The procedure involves preparing equipment, positioning the patient, cleaning the area, lubricating and inserting the catheter, inflating the balloon, and securing drainage. Complications can include infection, injury, and incontinence. Proper technique and aftercare are important to prevent issues.
A cannula is a flexible tube inserted into the body for medical use. The most common types are intravenous (IV) and nasal cannulas. IV cannulation involves inserting a cannula into a vein to administer fluids, medications, blood products, or collect blood samples. The proper procedure is to introduce yourself, explain the process, select a vein, clean the skin, insert the cannula bevel up at a 30 degree angle, secure it, and remove the needle. Potential complications include infiltration, extravasation, thrombosis, phlebitis, and infection. IV fluids help maintain blood pressure, hydration, and electrolyte balance and common types are saline solutions and dextrose solutions.
This document discusses different types of surgical drains used to remove fluid from wounds. It describes corrugated drains, rubber tubes, T-tubes, and gauze wicks that are used for specific types of surgeries and wounds. The document also categorizes different characteristics of wound drainage as serous, sanguineous, or purulent. It provides guidance on cleaning the drain site and surrounding skin from the cleanest to most contaminated area.
Ryles tube insertion and its care
This document discusses the history, indications, types, equipment, and procedure for inserting a Ryles tube. It notes that enteral feeding has been practiced for thousands of years using enemas. There are short tubes like Levin tubes that are inserted through the nose into the stomach for decompression and washing. Longer tubes can reach the duodenum or jejunum. The procedure involves lubricating the tube, inserting it through the nose while the patient swallows, checking placement is in the stomach, and monitoring for complications. Common complications include clogged tubes, aspiration, and electrolyte imbalances.
The document discusses urinary catheters, including their history, types, uses, insertion process, and care. It notes that urinary catheters were originally open systems but later evolved to closed systems with bags. It provides details on Foley catheters, including their structure and sizing. The document emphasizes the importance of asepsis during catheter insertion and care to prevent infections. It outlines the supplies, steps, and skills needed for proper catheterization and ongoing care.
1. Changing a tracheostomy dressing and tie tapes is an important procedure to maintain the tracheostomy site and ensure proper functioning of the tracheostomy tube.
2. The key steps involve preparing supplies, cleaning and drying the inner cannula, cleaning the site, applying a new sterile dressing, and securing new tie tapes with a double knot.
3. Important documentation includes details of the procedure, secretions, patient tolerance, and education provided.
Urinary bladder irrigation involves flushing the bladder with a liquid solution to cleanse it and maintain catheter patency. Common purposes include cleaning out debris, bacteria, and blood from the bladder. Solutions used include sterile water, saline, glucose, and various antiseptics. The procedure involves setting up sterile tubing connected to an irrigation solution and catheter, then slowly instilling and draining the fluid while monitoring for complications like bleeding. Records must be kept of the solutions, amounts, and characteristics of drainage.
The document discusses nasogastric tube insertion and feeding. It defines a nasogastric tube and describes its purposes such as feeding when oral intake is not possible or relieving vomiting. The procedure for NGT insertion is outlined, including measuring tube length, lubricating it, and passing it through the nose into the stomach. Types of feeding like bolus and continuous are covered, as well as preparing feeds, monitoring placement, and managing complications like feeding intolerance.
This document outlines the process for wound dressing. The key aims are to keep the wound clean, lessen the spread of microorganisms, hasten tissue healing, and absorb or localize drainage. The procedure involves preparing sterile equipment and the patient, cleaning the wound with antiseptic solution, removing any dead tissue, applying a sterile dressing, and securing it with a bandage. Proper hand washing and sterile technique are emphasized to prevent infection.
It is a procedure where small piece of liver tissue is removed and examined to Confirm clinical diagnosis, and assess the severity, and progression treatment response of the disease.
The document discusses preoperative, intraoperative, and postoperative nursing care. It outlines the three phases of operative nursing care which include preoperative, intraoperative, and postoperative phases. In the preoperative phase, nurses provide education to patients, assess patients' knowledge, and prepare patients physically and psychologically for surgery. Key aspects of preoperative nursing care are also discussed such as preoperative assessment, tests, and medications. The roles and responsibilities of nurses in the intraoperative phase are summarized as monitoring patients, ensuring sterility, documenting care, and safely positioning patients for surgery.
This document provides information on tracheostomy care including indications, types of tracheostomy tubes, complications, and care of patients with tracheostomies. It describes that a tracheostomy is a surgical opening in the trachea below the larynx used to maintain an airway or enable suctioning. Tube types include plastic vs metal, cuffed vs uncuffed, and single vs double cannula. Complications are discussed as immediate, early, or late issues like hemorrhage, infection, or stenosis. Care involves cleaning the stoma and tube along with suctioning, humidification, and checking cuff pressure as needed.
This document provides information on suture and wound care. It defines sutures as stitches used to close cuts and wounds, noting that absorbable sutures dissolve in the body while non-absorbable must be removed. It provides guidance on suture care including keeping the area covered, clean, and dry for 24-48 hours and not trimming sutures. It also describes the process for suture removal using sterile forceps and scissors. The document offers tips for cleaning wounds and helping them heal properly.
Nursing care for nasogastric tube patientsMustafa Abd
This document discusses nursing care for patients with nasogastric tubes. It defines a nasogastric tube as a flexible tube inserted through the nose into the stomach. Indications for nasogastric tubes include gastric decompression and administration of medications or feeding. Complications include discomfort, epistaxis, and respiratory intubation. Nursing care involves checking tube placement, monitoring output, providing skin and mouth care, and documenting appropriately. The tube is removed by slowly withdrawing it from the stomach and then rapidly from the nose.
This document discusses cystoclysis, or bladder irrigation, which involves flushing the bladder with normal saline to prevent or treat clot formation. It can also be used to instill medications like antibiotics. There are two types of irrigation systems - open and closed. Nursing responsibilities include monitoring urine output and color, ensuring patient comfort, and documenting care provided to minimize risks like infection.
The document provides instructions for colostomy irrigation including:
1) Assembling necessary equipment like an irrigation kit, lubricant, and drain pouch and filling the irrigation bag with warm water.
2) Gently inserting the lubricated cone catheter into the stoma and slowly allowing water to flow in over 10-15 minutes.
3) Clamping the catheter, draining the water, and stimulating bowel movements to complete the irrigation.
4) Cleaning the area, applying a new pouch, and monitoring the client.
Oral suctioning is a procedure to remove secretions from the mouth using suction. It is used for patients who have difficulty swallowing or producing excess saliva. The document defines oral suctioning, lists its purposes as removing secretions to clear the airway and prevent infections, and describes the Yankauer sucker and suction machine used. It provides indications for oral suctioning such as inability to clear secretions and contraindications like facial fractures or bleeding disorders. The procedure section outlines preparing supplies, gaining consent, inserting the suction tube safely, and cleaning equipment after to maintain sterility.
The document discusses tracheostomy suctioning and provides information on related anatomy, history, indications, contraindications, hazards, and management of secretions. It details the vagus nerves and their branches, outlines a brief history of suctioning including early studies showing desaturation and cardiac issues, and lists potential hazards like anxiety, increased intracranial pressure, trauma, infection, pneumothorax, hypoxia, and cardiac issues. It emphasizes limiting suction duration and pressure to reduce hypoxia risks.
1) A chest tube is a catheter inserted through the chest wall to drain fluid or air from the pleural space.
2) Chest tubes are used to treat pneumothorax, hemothorax, and pleural effusions by removing fluid/air and restoring negative pressure in the pleural space.
3) Chest drainage systems like the one, two, and three bottle systems maintain suction and prevent fluid/air from re-entering the chest through the use of valves and fluid seals.
Gastrostomy is a surgical opening made in the stomach to allow for placement of a feeding tube. It is indicated for patients who require prolonged tube feeding for over 4 weeks due to conditions such as neurological swallowing disorders, esophageal cancer, or gastric outlet obstruction. There are two main types - open gastrostomy involving surgical incision and percutaneous endoscopic gastrostomy (PEG) which is performed endoscopically. Complications can include infection, hemorrhage, leakage or displacement of the tube. Gastrostomy allows for safe enteral feeding in patients with poor oral intake who have a functional gastrointestinal system.
This document provides an overview of electrocardiogram (ECG or EKG) interpretation presented by Ms. Hari Singh Nagar. It defines ECG as a test that records the heart's electrical activity over time using electrodes placed on the skin. The summary explains how to obtain an ECG by attaching electrodes, and how to interpret the waves, complexes, intervals and segments of an ECG strip including P wave, QRS complex, T wave, and others. It also describes how to determine the heart rate and rhythm from the ECG by measuring intervals between waves.
This document provides information on urinary catheterization including the purposes, sizes, types, procedures for insertion and maintenance of catheters. Catheterization is done to relieve urinary retention, obtain urine samples, empty the bladder before or after surgery, and monitor urine output. Catheters come in different sizes depending on use for children, females or males. Procedures are described for inserting foley catheters in males and females which must be done aseptically to prevent infection. Maintaining catheters and the process for removal are also outlined.
This document summarizes the catheterization procedure. It describes the different types of catheters used including Foley's catheters. The procedure involves inserting a sterile catheter into the bladder via the urethra to drain urine. It outlines the necessary equipment, positioning of the patient, cleaning of the area, lubricating the catheter, inserting it into the bladder for males and females, inflating the balloon, and measuring output. Aftercare involves documentation and making the patient comfortable.
This document provides information on tracheostomy care and management. It defines key terms, outlines the indications for tracheostomy placement, potential complications, proper placement according to anatomy, and the steps for tracheostomy care and management. The goal of tracheostomy care is to maintain airway patency, cleanliness, comfort, and prevent displacement. It describes assessing the patient's respiratory status, secretions, and dressing before performing tracheostomy tube suctioning, cleaning, and dressing changes with the aim of removing secretions and maintaining a clean tracheostomy site.
A tracheostomy is an opening in the neck into the trachea that aids breathing. Tracheostomy care includes cleaning the tracheostomy site and changing dressings and inner tubes. The nurse must assemble sterile equipment, clean the tracheostomy tube and stoma, replace the inner tube, apply a sterile dressing, and document the procedure. Proper tracheostomy care is needed to prevent infection and promote patient comfort.
Urinary bladder irrigation involves flushing the bladder with a liquid solution to cleanse it and maintain catheter patency. Common purposes include cleaning out debris, bacteria, and blood from the bladder. Solutions used include sterile water, saline, glucose, and various antiseptics. The procedure involves setting up sterile tubing connected to an irrigation solution and catheter, then slowly instilling and draining the fluid while monitoring for complications like bleeding. Records must be kept of the solutions, amounts, and characteristics of drainage.
The document discusses nasogastric tube insertion and feeding. It defines a nasogastric tube and describes its purposes such as feeding when oral intake is not possible or relieving vomiting. The procedure for NGT insertion is outlined, including measuring tube length, lubricating it, and passing it through the nose into the stomach. Types of feeding like bolus and continuous are covered, as well as preparing feeds, monitoring placement, and managing complications like feeding intolerance.
This document outlines the process for wound dressing. The key aims are to keep the wound clean, lessen the spread of microorganisms, hasten tissue healing, and absorb or localize drainage. The procedure involves preparing sterile equipment and the patient, cleaning the wound with antiseptic solution, removing any dead tissue, applying a sterile dressing, and securing it with a bandage. Proper hand washing and sterile technique are emphasized to prevent infection.
It is a procedure where small piece of liver tissue is removed and examined to Confirm clinical diagnosis, and assess the severity, and progression treatment response of the disease.
The document discusses preoperative, intraoperative, and postoperative nursing care. It outlines the three phases of operative nursing care which include preoperative, intraoperative, and postoperative phases. In the preoperative phase, nurses provide education to patients, assess patients' knowledge, and prepare patients physically and psychologically for surgery. Key aspects of preoperative nursing care are also discussed such as preoperative assessment, tests, and medications. The roles and responsibilities of nurses in the intraoperative phase are summarized as monitoring patients, ensuring sterility, documenting care, and safely positioning patients for surgery.
This document provides information on tracheostomy care including indications, types of tracheostomy tubes, complications, and care of patients with tracheostomies. It describes that a tracheostomy is a surgical opening in the trachea below the larynx used to maintain an airway or enable suctioning. Tube types include plastic vs metal, cuffed vs uncuffed, and single vs double cannula. Complications are discussed as immediate, early, or late issues like hemorrhage, infection, or stenosis. Care involves cleaning the stoma and tube along with suctioning, humidification, and checking cuff pressure as needed.
This document provides information on suture and wound care. It defines sutures as stitches used to close cuts and wounds, noting that absorbable sutures dissolve in the body while non-absorbable must be removed. It provides guidance on suture care including keeping the area covered, clean, and dry for 24-48 hours and not trimming sutures. It also describes the process for suture removal using sterile forceps and scissors. The document offers tips for cleaning wounds and helping them heal properly.
Nursing care for nasogastric tube patientsMustafa Abd
This document discusses nursing care for patients with nasogastric tubes. It defines a nasogastric tube as a flexible tube inserted through the nose into the stomach. Indications for nasogastric tubes include gastric decompression and administration of medications or feeding. Complications include discomfort, epistaxis, and respiratory intubation. Nursing care involves checking tube placement, monitoring output, providing skin and mouth care, and documenting appropriately. The tube is removed by slowly withdrawing it from the stomach and then rapidly from the nose.
This document discusses cystoclysis, or bladder irrigation, which involves flushing the bladder with normal saline to prevent or treat clot formation. It can also be used to instill medications like antibiotics. There are two types of irrigation systems - open and closed. Nursing responsibilities include monitoring urine output and color, ensuring patient comfort, and documenting care provided to minimize risks like infection.
The document provides instructions for colostomy irrigation including:
1) Assembling necessary equipment like an irrigation kit, lubricant, and drain pouch and filling the irrigation bag with warm water.
2) Gently inserting the lubricated cone catheter into the stoma and slowly allowing water to flow in over 10-15 minutes.
3) Clamping the catheter, draining the water, and stimulating bowel movements to complete the irrigation.
4) Cleaning the area, applying a new pouch, and monitoring the client.
Oral suctioning is a procedure to remove secretions from the mouth using suction. It is used for patients who have difficulty swallowing or producing excess saliva. The document defines oral suctioning, lists its purposes as removing secretions to clear the airway and prevent infections, and describes the Yankauer sucker and suction machine used. It provides indications for oral suctioning such as inability to clear secretions and contraindications like facial fractures or bleeding disorders. The procedure section outlines preparing supplies, gaining consent, inserting the suction tube safely, and cleaning equipment after to maintain sterility.
The document discusses tracheostomy suctioning and provides information on related anatomy, history, indications, contraindications, hazards, and management of secretions. It details the vagus nerves and their branches, outlines a brief history of suctioning including early studies showing desaturation and cardiac issues, and lists potential hazards like anxiety, increased intracranial pressure, trauma, infection, pneumothorax, hypoxia, and cardiac issues. It emphasizes limiting suction duration and pressure to reduce hypoxia risks.
1) A chest tube is a catheter inserted through the chest wall to drain fluid or air from the pleural space.
2) Chest tubes are used to treat pneumothorax, hemothorax, and pleural effusions by removing fluid/air and restoring negative pressure in the pleural space.
3) Chest drainage systems like the one, two, and three bottle systems maintain suction and prevent fluid/air from re-entering the chest through the use of valves and fluid seals.
Gastrostomy is a surgical opening made in the stomach to allow for placement of a feeding tube. It is indicated for patients who require prolonged tube feeding for over 4 weeks due to conditions such as neurological swallowing disorders, esophageal cancer, or gastric outlet obstruction. There are two main types - open gastrostomy involving surgical incision and percutaneous endoscopic gastrostomy (PEG) which is performed endoscopically. Complications can include infection, hemorrhage, leakage or displacement of the tube. Gastrostomy allows for safe enteral feeding in patients with poor oral intake who have a functional gastrointestinal system.
This document provides an overview of electrocardiogram (ECG or EKG) interpretation presented by Ms. Hari Singh Nagar. It defines ECG as a test that records the heart's electrical activity over time using electrodes placed on the skin. The summary explains how to obtain an ECG by attaching electrodes, and how to interpret the waves, complexes, intervals and segments of an ECG strip including P wave, QRS complex, T wave, and others. It also describes how to determine the heart rate and rhythm from the ECG by measuring intervals between waves.
This document provides information on urinary catheterization including the purposes, sizes, types, procedures for insertion and maintenance of catheters. Catheterization is done to relieve urinary retention, obtain urine samples, empty the bladder before or after surgery, and monitor urine output. Catheters come in different sizes depending on use for children, females or males. Procedures are described for inserting foley catheters in males and females which must be done aseptically to prevent infection. Maintaining catheters and the process for removal are also outlined.
This document summarizes the catheterization procedure. It describes the different types of catheters used including Foley's catheters. The procedure involves inserting a sterile catheter into the bladder via the urethra to drain urine. It outlines the necessary equipment, positioning of the patient, cleaning of the area, lubricating the catheter, inserting it into the bladder for males and females, inflating the balloon, and measuring output. Aftercare involves documentation and making the patient comfortable.
This document provides information on tracheostomy care and management. It defines key terms, outlines the indications for tracheostomy placement, potential complications, proper placement according to anatomy, and the steps for tracheostomy care and management. The goal of tracheostomy care is to maintain airway patency, cleanliness, comfort, and prevent displacement. It describes assessing the patient's respiratory status, secretions, and dressing before performing tracheostomy tube suctioning, cleaning, and dressing changes with the aim of removing secretions and maintaining a clean tracheostomy site.
A tracheostomy is an opening in the neck into the trachea that aids breathing. Tracheostomy care includes cleaning the tracheostomy site and changing dressings and inner tubes. The nurse must assemble sterile equipment, clean the tracheostomy tube and stoma, replace the inner tube, apply a sterile dressing, and document the procedure. Proper tracheostomy care is needed to prevent infection and promote patient comfort.
A tracheostomy is an opening in the neck into the trachea that aids breathing. Tracheostomy care includes cleaning the tracheostomy site and changing dressings and inner tubes. The nurse must follow sterile technique, assess the tracheostomy site for signs of infection, clean the inner cannula and site, replace dressings and ties securely, and document the procedure. Tracheostomy care promotes airway patency, prevents infection, and provides patient comfort.
The document provides guidance on tracheostomy care. It describes that a tracheostomy is a surgical opening in the trachea below the larynx through which a curved tracheostomy tube is inserted. It outlines the assessment of a client's respiratory status, secretions, and incision after tracheostomy. The steps for providing tracheostomy care include cleaning the inner cannula with hydrogen peroxide and saline, replacing the inner cannula, cleaning the incision site and tube flange, and securing dressings. Maintaining a clean tracheostomy tube is important to prevent infection and promote healing.
This document provides an overview of developing and implementing a strategic plan for a nursing department. It discusses assessing the current situation, creating a vision and goals, developing strategic directions and action plans, and addressing common reasons why strategic plans may fail such as poor leadership, communication, or follow through on implementation. Key steps in creating an effective plan include involving various stakeholders, defining clear roles and responsibilities, conducting environmental scans, and establishing processes for monitoring and updating the plan over time.
This document discusses tracheostomy care. A tracheostomy is an opening in the neck into the trachea that aids breathing. Tracheostomy care includes cleaning the site, changing inner tubes and dressings to prevent infection, maintain airway patency, and promote healing. It outlines the equipment, assessment, procedure, aftercare, responsibilities of nurses, and health education regarding tracheostomy care.
Tracheostomy is a surgical procedure that creates an opening in the trachea to relieve airway obstruction and facilitate breathing. It allows for suctioning of secretions, ventilation, and weaning from mechanical ventilation. Key aspects of tracheostomy care include assessing the patient for signs of obstruction, suctioning the trachea using open or closed methods, cleaning the stoma and peristomal skin, changing ties and dressings as needed, and reassessing the patient. Proper tracheostomy care is important for airway clearance and prevention of complications.
The document outlines the steps for performing oropharyngeal and nasopharyngeal suctioning procedures. Key steps include assessing the need for suctioning based on signs and symptoms, positioning the client comfortably, applying proper hand hygiene and using aseptic technique, setting the appropriate suction pressure, lubricating and inserting the catheter into the nose or mouth, and encouraging coughing to clear secretions. The procedure aims to clear secretions and promote oxygenation while preventing trauma and transmission of microorganisms.
This document provides information on tracheostomy care including:
- The risks of tracheostomy include infection, internal bleeding, and loss of speech.
- Pre-op care involves sedation, NPO after 2200 hours, blood tests, consent forms and ensuring communication methods.
- Post-op care consists of tracheostomy tube cleaning daily, suctioning secretions, monitoring oxygen levels, and giving medications like antibiotics and analgesics.
- Proper tracheostomy care is needed to prevent complications and keep the site infection-free.
This document discusses different types of suctioning procedures including endotracheal, oropharyngeal, and nasopharyngeal suctioning. It defines each procedure, lists the necessary equipment and supplies, outlines the step-by-step processes, and notes special considerations like appropriate suction pressure levels. Endotracheal suctioning involves removing secretions from the tracheobronchial tree through an endotracheal tube, while oropharyngeal and nasopharyngeal suctioning remove secretions from the oral or nasal cavities and pharynx.
Suctioning is used to remove secretions from intubated patients and those unable to cough effectively. It should be done as quickly, gently, and cleanly as possible to minimize trauma while only performing when necessary. All necessary equipment should be prepared, including sterile catheters, lubricant, and collection materials. Suctioning is indicated for audible secretions, changes in ventilator pressures or volumes, or before releasing a cuff. Risks include trauma, hypoxia, cardiovascular effects, and atelectasis, so suctioning time should be minimized and oxygenation supported. Proper technique depends on the site being suctioned and maintains sterility.
This document provides information about tracheostomies including:
- A tracheostomy is a surgical opening in the front of the trachea to facilitate ventilation.
- It has been performed since 100 BC and the first successful one was in the 15th century.
- Tracheostomies can be temporary or permanent and use different types of tubes.
- Indications include mechanical airway obstructions, infections, trauma, burns and impaired breathing.
- Nursing care involves cleaning tubes, changing inner and outer tubes, caring for the stoma site, suctioning secretions, providing humidification and monitoring for complications.
- The goal is to maintain an open airway and prevent infections while the patient he
This document provides information on tracheostomy, including the types, procedures, care, and complications. It discusses the anatomy involved in tracheostomy and describes different types such as temporary, permanent, fenestrated, cuffed, and single cannula tubes. Guidelines are provided for cleaning the inner cannula, stoma, changing the outer cannula and ties. The importance of humidification for tracheostomy patients is also highlighted.
Thoracentesis is a procedure where a needle is inserted through the chest wall into the pleural space to remove excess fluid or air. It is done to diagnose the cause of fluid buildup, relieve symptoms from excess fluid, or treat infections. The nurse's responsibilities include preparing the patient and equipment, maintaining sterility during the procedure, monitoring for complications, and providing aftercare like breathing exercises and wound dressing. Potential risks include lung collapse, bleeding, infection, and respiratory distress if too much fluid is removed. Proper positioning, gentle suction, and limiting fluid removal can help prevent complications.
Suction machines work on the principle of negative pressure that creates a vacuum effect to pull out secretions from a person's oral cavity. To create this negative pressure, several components of the suction machine work in conjunction. These include: Vacuum pump, which causes the negative pressure.
suctionmachine presentation that was the educationNILESHVALVI3
Suction machines are devices used to remove substances like blood, mucus, and vomit from a person's airway. They use pumps powered by electricity or foot pedals to create suction through pistons and air tight chambers. Suction machines are used in medical settings and homes to clear airways and facilitate breathing by removing excess secretions. They require training to properly operate and maintain in order to safely suction from the mouth, nose, or trachea while monitoring the patient.
Suction machines are devices used to remove substances like blood, mucus, and vomit from a person's airway. They use pumps powered by electricity or foot pedals to create suction through pistons and air tight chambers. Suction machines are used in medical settings and homes to clear airways and facilitate breathing by removing excess secretions. They require training to properly operate and maintain in order to safely suction from the mouth, nose, or trachea while monitoring the patient.
The document discusses ostomy care procedures including routine care of stomas from ileostomies and colostomies. Key points include how to clean the skin around the stoma, apply and empty pouches, and signs to watch for such as skin irritation or changes in stool. It also covers ostomy irrigation procedures which are done to regulate elimination and cleanse the bowel before tests, involving slowly introducing water through the stoma while monitoring for cramping.
What type of procedure is suctioning?
Suctioning is 'the mechanical aspiration of pulmonary secretions from a patient with an artificial airway in place'. The procedure involves patient preparation, the suctioning event(s) and follow-up care.
This document outlines the procedure for endotracheal suctioning. It defines endotracheal suctioning as removing secretions from the tracheobronchial tree through an endotracheal tube using mechanical suction. The purposes are to maintain a patent airway and prevent respiratory infections. The procedure involves connecting a sterile suction catheter to suction, inserting the catheter into the endotracheal tube until resistance is felt, applying suction while withdrawing the catheter, and providing breaths after suctioning. Special considerations like suction pressure levels and documentation of the procedure are also described.
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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.
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.
4. Definition
A tracheostomy is an artificial opening/or
surgical opening made into the trachea
,making an opening in the anterior wall of
trachea and converting it into a stoma on the
surface of skin is called tracheostomy.
It provides an alternative airway, bypassing the
upper passages.
A tracheostomy may be either temporary or
permanent.
6. An opening into the trachea usually between
the second and third rings of cartilage.
7. Functions of Tracheostomy
Alternative pathway for breathing
:this circumvents any obstruction in the
upper airway from lips to the
tracheostome.
Improves alveolar ventilation :In case
of respiratory insufficiency alveolar
ventilation is improved
8. Functions of Tracheostomy
Protects the airways :by using cuffed tube,
tracheobronchial tree is protected against
aspiration of:
Pharyngeal secretions ,as in case of bulbar
paralysis or coma
Blood ,as in hemorrhage from pharynx, larynx
or maxillofacial injuries. With tracheostomy,
pharynx & larynx can also be packed to control
bleeding.
Permits removal of tracheobronchial
secretions
Intermittent positive pressure respiration
(IPPR)
To administer anesthesia
10. Respiratory obstruction
1.Infections
-Acute laryngo- tracheo-bronchitis, acute epiglottitis,
diphtheria,
retropharyngeal abscess
2.Trauma
-External injury of larynx & trachea
-Trauma d/t endoscopies
-Fractures of mandible or maxillofacial injuries
3.Neoplasms
-Benign & malignant neoplasm of larynx, pharynx, upper
trachea, thyroid
4.Foreign body larynx
11. Retained secretions
Unconscious patient following head
injury and narcotic overdose (poisoning).
Paralysis of respiratory muscles e.g.
spinal injuries, Guilain-Barre syndrome,
myasthenia gravis.
Spasm of respiratory muscles ,tetanus
22. Purpose of care
To maintain airway patency by removing
mucus and encrusted secretions.
To maintain cleanliness and prevent
infection at the tracheostomy site
To facilitate healing and prevent skin
excoriation around the tracheostomy
incision
To promote comfort
23. • Be aware of when and why the trach
was inserted , how it was performed,
the type and size of tube inserted
Examine the patient at the start of
visit. Observe for signs of hypoxia,
infection or pain
• Chest: Auscultate breath sounds
• Examine trach tube, as well as stoma
site for redness, purulent drainage,
and bleeding around the stoma
Nursing Care:
Examination/Assessment
24. The nose provides
warmth, moisture and
filtration for the air we
breath.
Having a tracheostomy
tube by-passes these
mechanisms
so humidification must
be provided to keep
secretions thin and to
avoid mucus plugs
Tracheostomy Humidification
27. Introduce self and verify the client’s identity using
agency protocol.
Explain to the client everything that you need to do,
why it is necessary, and how can he cooperate. Eye
blinking, raising a finger can be a means of
communication to indicate pain or distress.
1
30. 4
Prepare the client and the equipment.
To promote lung expansion, assist the client to semi-
Fowler’s or Fowler’s position.
Open the tracheostomy kit or sterile basins. Pour the
soaking solution and sterile normal saline into
separate containers.
Establish the sterile field.
Open other sterile supplies as needed including sterile
applicators, suction kit, and tracheostomy dressing.
31. 5
Suction the tracheostomy tube, if necessary
Put a clean glove on your nondominant hand and a sterile
glove on your dominant hand (or put on a pair of sterile
gloves).
Suction the full length of the tracheostomy tube to remove
secretions and ensure a patent airway.
Rinse the suction catheter and wrap the catheter around
your hand, and peel the glove off so that it turns inside out
over the catheter.
32. Contd…
Unlock the inner cannula with the gloved hand.
Remove it by gently pulling it out toward you in
line with its curvature. Place it in the soaking
solution. Rationale: This moistens and loosens
secretions.
Remove the soiled tracheostomy dressing. Place
the soiled dressing in your gloved hand and peel
the glove off so that it turns inside out over the
dressing. Discard the glove and the dressing.
Put on sterile gloves. Keep your dominant hand
sterile during the procedure
33. 6
Clean the inner cannula
Remove the inner cannula from the soaking solution.
Clean the lumen and entire inner cannula thoroughly using
the brush or pipe cleaners moistened with sterile normal
saline. Inspect the cannula for cleanliness by holding it at
eye level and looking through it into the light.
Rinse the inner cannula thoroughly in the sterile normal
saline.
34. Contd….
After rinsing, gently tap the cannula against the
inside edge of the sterile saline container.
Use a pipe cleaner folded in half to dry only the
inside of the cannula; do not dry the outside.
Rationale: This removes excess liquid from the
cannula and prevents possible aspiration by the
client, while leaving a film of moisture on the
outer surface to lubricate the cannula for
reinsertion.
35. 7Replace the inner cannula, securing it in place.
Insert the inner cannula by grasping the outer
flange and inserting the cannula in the
direction of its curvature.
Lock the cannula in place by turning the lock
(if present) into position to secure the flange of
the inner cannula to the outer cannula.
36. 8
Clean the incision site and tube flange.
Using sterile applicators or gauze dressings
moistened with normal saline, clean the incision
site. Handle the sterile supplies with your
dominant hand. Use each applicator or gauze
dressing only once and then discard. Rationale:
This avoids contaminating a clean area with a
soiled gauze dressing or applicator.
37. Hydrogen peroxide may be used (usually in a
half-strength solution mixed with sterile
normal saline; use a separate sterile container
if this is necessary) to remove crusty
secretions. Check agency policy. Thoroughly
rinse the cleaned area using gauze squares
moistened with sterile normal saline.
Rationale: Hydrogen peroxide can be
irritating to the skin and inhibit healing if not
thoroughly removed.
38. Contd…
Clean the flange of the tube in the same
manner.
Thoroughly dry the client’s skin and tube
flanges with dry gauze squares
39. 9Apply a sterile dressing
Use a commercially prepared tracheostomy dressing of non-
raveling material or open and refold a 4-in. x 4-in. gauze dressing
into a V shape. Avoid using cotton-filled gauze squares or cutting
the 4-in. x 4-in. gauze. Rationale: Cotton lint or gauze fibers can be
aspirated by the client, potentially creating a tracheal abscess.
Place the dressing under the flange of the tracheostomy tube.
While applying the dressing, ensure that the tracheostomy tube is
securely supported. Rationale: Excessive movement of the
tracheostomy tube irritates the trachea.
40. 1
0Change the tracheostomy ties
Change as needed to keep the skin clean and dry.
Twill tape and specially manufactured Velcro ties are
available. Twill tape is inexpensive and readily available;
however, it is easily soiled and can trap moisture that
leads to irritation of the skin of the neck.
Velcro ties are becoming more commonly used. They are
wider, more comfortable, and cause less skin abrasion.
41. Contd…
Document all relevant information.
Record suctioning, tracheostomy care,
and the dressing change, noting your
assessments.
43. Sample Documentation
7/26/2017 Respirations 18-20/min.
Lung sounds clear. Able to
expectorate secretions requiring
little suctioning. Large amount of thick
secretions cleansed from inner
cannula. Inner cannula changed.
Trach dressing changed. Skin around
trach is intact but slightly red in color
0.2 cm around entire opening. No
broken skin noted in the reddened
area. — G. Wayne, RN
45. Nursing diagnosis
1. Ineffective airway clearance r/t presence of
tracheostomy tube & difficulty expectorating
sputum as evidence by adventitious breath
sound, tenacious secretions
2. Impaired verbal communication r/t presence
of tracheostomy tube as evidenced by
inability to speak
3. Impaired swallowing r/t tracheostomy tube as
evidence by inability to swallow without
difficulty & /or without aspiration
46. Nursing diagnosis
4.Disturbed body image related to presence of
tracheostomy
5.Ineffective therapeutic regimen management
r/t lack of knowledge about care of tracheostomy
at home as evidence by questioning about care.
6.Risk for infection r/t by pass of upper airway
defense mechanisms & impaired skin integrity
47. 1. Maintain airway
Assess amount, color, consistency of secretion
Auscultate breath sounds, noting areas of
decreased or absent ventilation & presence of
adventitious sounds.
Remove secretions by encouraging coughing
or by suctioning to clear airway.
Encourage ambulation as able, or turn every 2
hrs and encourage fluids if not contraindicated
(fluids help hydrate secretions, making them
eaiser to cough up).
48. Maintain airway
Encourage slow deep breathing ,turning,&
coughing to assist in mobilizing secretions
Position to alleviate dyspnea (head of bed
elevated 30-40 degrees) to allow maximum
lung expansion
Provide 100% humidification of inspired
gas/air because normal upper airway
humidification not present.
49. 2. Improve verbal communication
Assess patient ability to understand the spoken
word & Assess patents ability to expression.
Listen attentively .Take time to allow patient to
communicate needs.
Watch for patient’s nonverbal cues.
Use pictures board (offer pen and paper).
Provide information to patient about condition
50. Improve verbal communication
Provide reassurance about patients condition
to allay fear and frustration.
Instruct patient on measure to
control/minimize symptoms to permit speech.
51. 3. Improve swallowing
Provide/monitor consistency of
food/liquid based on findings of
swallowing study to ease swallowing and
minimize aspiration.
Monitor for signs & symptoms of
aspiration that indicate swallowing
dysfunction.
Monitor body weight to determine need
52. 4.Improve Body Image
Assess patient’s feelings about
tracheostomy.
Approach patient with an accepting
attitude.
Allow patient opportunity to verbalize
concerns about tracheostomy.
Refer patient to support group if
available.
Assist patient in finding attractive ways
to conceal tracheostomy if desired.
53. 5.Infection Control
Assess & observe –stoma erythema ,odor,
irritation inflammation ,pus.
Assess vita sign.
Use good hand-washing practice.
Monitor and report sign & symptoms of
infection; fever, increased respiration rate,
purulent sputum ,elevated WBC count.
54. 5.Infection Control
Maintain sterile technique when
suctioning and providing tracheostomy
care to reduce occurrence of infection.
Provide trachea care every 4 to 8 hrs. as
appropriate: clean inner cannula, clean &
dry the area around the stoma, & change
tracheostomy ties.
Protect tracheostomy opening from
foreign material; food, sprays, powders.
55. Teaching on tracheostomy care
& disease process
Demonstrate skill for patient.
Give clear ,step-step directions so patient
can care for self at home.
Provide practice sessions
Provide frequent feedback to patient on
what the/she is doing correctly and
incorrectly so pt. can care for self at home.
Provide written information/diagrams for
reference
Observe patient return demonstration skill
to assess skill level & need for additional
teaching.
56. Contd…
Teaching :Disease process
Identify possible etiologies so patient
understands rationale for tracheostomy.
Describe the disease process to allow patient
to plan treatment routine.
Instruct the patient on which signs and
symptoms (eg. change in secretion-blood
tinged/elevated body temperature) to report to
health care provider.
57. Contd…
Refer patient to local community
agencies/support groups to provide
ongoing assistance and support.
58. References
Lewis, l. S., Heitkemper, M. M., Dirksen, R. S., & O'Brien, G. P. (2005).
Medical Surgical Nursing-Assessment and Management of Clinical
Problems (7 ed.). New Delhi: Elsevier.
Williams, S. L., & Hopper, D. P. (2003). Medical Surgical Nursing (2
ed.). Philadelphia: F.A.Davis Company.
Efi, E., & Ekaterini, L. (2010). Tracheostomy and Nursing care (Vol.
11).Retrievedfrom
http://web.b.ebscohost.com/abstract?direct=true&profile=ehost&scope
=site&authtype=crawler&jrnl=14500795&AN=66447711&h=utXO1e
RjIT7BsJ5
Notas do Editor
Please note: When a trach is inserted, the natural warming, humidification and filtering of inhaled air (from nares / mouth) is lost. Therefor it is essential to provide an alternate form of humidification. Many forms exist – see next slide…