Tracheostomy is a surgical procedure that creates an opening in the trachea to allow direct access to the breathing tube. It has several indications including bypassing upper airway obstruction, removing secretions from the lungs, and facilitating prolonged mechanical ventilation. There are different types of tracheostomies based on location and whether they are temporary or permanent. Potential complications include bleeding, infection, and tracheal stenosis. Proper care including suctioning, humidification, and dressing changes can help prevent complications. Percutaneous dilational tracheostomy is a minimally invasive technique to perform tracheostomy at the bedside using guidewires and dilation. Decannulation involves gradually removing the tracheostomy tube when the original condition improves
Percutaneous tracheostomy by Saja ALdulaijanMaher AlQuaimi
Percutaneous tracheostomy is a minimally invasive procedure that can be performed at the bedside to insert a tracheostomy tube. It involves using dilators of increasing size to gradually widen the incision and insert the tracheostomy tube. The Ciaglia and Griggs techniques are two common methods that use dilators over a guidewire to perform the procedure. Percutaneous tracheostomy has advantages over open surgical tracheostomy as it does not require transferring the patient to the operating room and has lower risks of complications like infection and stenosis. Proper patient positioning, identification of anatomical landmarks, and use of bronchoscopy are important for successful placement of the tracheostomy tube.
Tracheostomy decannulation is always challenging and this presentation address the various issues, indications, contra-indications, problems and solutions.
The document discusses various emergency surgical airway techniques including needle cricothyrotomy, percutaneous cricothyrotomy, and surgical cricothyrotomy. It provides indications for when a surgical airway is needed such as airway obstruction or trauma. The steps for performing a surgical cricothyrotomy are outlined which involve locating and incising the cricothyroid membrane to access the trachea. Complications are discussed. Other emergency airway techniques like retrograde intubation, jet ventilation, and open tracheotomy are also mentioned.
Jet ventilation is a form of mechanical ventilation that uses very high respiratory rates and small tidal volumes delivered via a jet of gas. It can be used supraglottically or subglottically for procedures involving the airway. Key indications are subglottic and tracheal stenosis. The jet ventilator provides active insufflation of gas while exhalation is passive. Gas exchange occurs via mechanisms like laminar flow and Taylor dispersion. Precautions must be taken to ensure adequate ventilation and monitoring of end-tidal CO2. Complications can include barotrauma, pneumothorax, or difficulty ventilating.
Total laryngectomy is a surgical procedure to remove the larynx that has been performed since the 1870s. Modern techniques have improved rehabilitative outcomes including voicing rehabilitation. Preparation includes nutritional assessment, speech and language review, and consultation with a previous laryngectomy patient. During surgery, the larynx is isolated and removed along with surrounding tissue, and the trachea is separated from the esophagus to form a tracheostomy stoma. Dividing the cricopharyngeus muscle is crucial for later voice rehabilitation. The pharynx is closed and a tracheostomy tube is placed overnight.
This document discusses adenoid and tonsil procedures. Adenoidectomy is performed to treat conditions like sleep apnea and ear infections caused by adenoid hypertrophy. Risks include bleeding and injury to nearby structures. Tonsillectomy is indicated for recurrent tonsillitis or sleep apnea. The dissection and snare method involves separating the tonsil from its bed and removing it with a snare. Postoperative risks include primary and reactionary bleeding in the first 24 hours, and secondary bleeding up to 2 weeks later caused by infection. Other risks include injury to nearby structures like the tongue or uvula.
Percutaneous tracheostomy by Saja ALdulaijanMaher AlQuaimi
Percutaneous tracheostomy is a minimally invasive procedure that can be performed at the bedside to insert a tracheostomy tube. It involves using dilators of increasing size to gradually widen the incision and insert the tracheostomy tube. The Ciaglia and Griggs techniques are two common methods that use dilators over a guidewire to perform the procedure. Percutaneous tracheostomy has advantages over open surgical tracheostomy as it does not require transferring the patient to the operating room and has lower risks of complications like infection and stenosis. Proper patient positioning, identification of anatomical landmarks, and use of bronchoscopy are important for successful placement of the tracheostomy tube.
Tracheostomy decannulation is always challenging and this presentation address the various issues, indications, contra-indications, problems and solutions.
The document discusses various emergency surgical airway techniques including needle cricothyrotomy, percutaneous cricothyrotomy, and surgical cricothyrotomy. It provides indications for when a surgical airway is needed such as airway obstruction or trauma. The steps for performing a surgical cricothyrotomy are outlined which involve locating and incising the cricothyroid membrane to access the trachea. Complications are discussed. Other emergency airway techniques like retrograde intubation, jet ventilation, and open tracheotomy are also mentioned.
Jet ventilation is a form of mechanical ventilation that uses very high respiratory rates and small tidal volumes delivered via a jet of gas. It can be used supraglottically or subglottically for procedures involving the airway. Key indications are subglottic and tracheal stenosis. The jet ventilator provides active insufflation of gas while exhalation is passive. Gas exchange occurs via mechanisms like laminar flow and Taylor dispersion. Precautions must be taken to ensure adequate ventilation and monitoring of end-tidal CO2. Complications can include barotrauma, pneumothorax, or difficulty ventilating.
Total laryngectomy is a surgical procedure to remove the larynx that has been performed since the 1870s. Modern techniques have improved rehabilitative outcomes including voicing rehabilitation. Preparation includes nutritional assessment, speech and language review, and consultation with a previous laryngectomy patient. During surgery, the larynx is isolated and removed along with surrounding tissue, and the trachea is separated from the esophagus to form a tracheostomy stoma. Dividing the cricopharyngeus muscle is crucial for later voice rehabilitation. The pharynx is closed and a tracheostomy tube is placed overnight.
This document discusses adenoid and tonsil procedures. Adenoidectomy is performed to treat conditions like sleep apnea and ear infections caused by adenoid hypertrophy. Risks include bleeding and injury to nearby structures. Tonsillectomy is indicated for recurrent tonsillitis or sleep apnea. The dissection and snare method involves separating the tonsil from its bed and removing it with a snare. Postoperative risks include primary and reactionary bleeding in the first 24 hours, and secondary bleeding up to 2 weeks later caused by infection. Other risks include injury to nearby structures like the tongue or uvula.
This document provides information on vocal cord paralysis, including:
1. It summarizes the anatomy of the larynx, nerves, and muscles as well as the functions of the larynx.
2. It discusses the various causes (etiologies) of vocal cord paralysis including surgical, malignant, inflammatory, traumatic, neurological and others.
3. It describes the clinical assessment and evaluation of a patient with vocal cord paralysis including history, examination findings, and surgical evaluation techniques.
The document provides an overview of ear anatomy and surgery. It describes the external, middle, and inner ear. Common ear surgeries include those of the external, middle, and inner ear. It discusses considerations for anesthesia for ear surgery, including the use of local anesthesia, nerve blocks, or general anesthesia. General anesthesia requires securing the airway, avoiding nitrous oxide due to pressure changes, and facial nerve monitoring. Patient positioning, a bloodless field, and preventing postoperative nausea and vomiting are also discussed.
Local anaesthetics work by blocking sodium ion channels in nerves, preventing the conduction of nerve impulses. They are classified based on potency and duration of action. Lidocaine has a fast onset and intermediate duration, while bupivacaine and ropivacaine have longer durations but are more potent and toxic. The mechanism of action, uses, and important properties of common local anaesthetics like lidocaine, bupivacaine and ropivacaine are described. Maximum safe dosages and formulations of local anaesthetics are also outlined.
This document discusses anesthetic considerations for various ENT surgeries:
- Special care must be taken when the airway is shared between the anesthetist and surgeon to avoid complications like disconnection, soiling, or damage.
- Tonsillectomies require secure airways and postoperative pain management. Bleeding after tonsillectomy requires resuscitation and securing the airway.
- Other procedures discussed include adenoidectomy, rigid endoscopy, microlaryngoscopy, and tracheostomy. Each requires specific anesthetic techniques tailored to the surgery and potential complications.
Difficult airway management for nursing staffrashidmkhan
This document discusses strategies for managing difficult airways and intubation. It begins by outlining objectives of predicting difficult airways, choosing the appropriate technique and equipment, and having the skills to assist. The role of anesthesia nurses in assisting, providing equipment/drugs, and offering experience is described. Methods of predicting difficult airways like the LEMON system of examining facial anatomy, mouth opening, Mallampati score, and neck mobility are presented. The document recommends being prepared with suction, oxygen, airway devices, medications, and monitors. It details the contents and use of a difficult airway cart. Various airway devices that can be used when intubation fails like LMAs, Combitubes, intub
Post tonsillectomy bleed & anesthesia considerationsmadhu chaitanya
A 10-year-old boy presented with complaints of oral bleeding and vomiting after undergoing a tonsillectomy 2 days prior. On examination, he was tachycardic and hypotensive with delayed capillary refill time, indicating possible hemorrhagic shock from post-tonsillectomy bleeding. The plan was for the boy to undergo general anesthesia for cauterization or ligation to control the bleeding. Anesthetic considerations included the risk of hypovolaemic shock, pulmonary aspiration, and a potentially difficult airway. A modified rapid sequence induction was performed while maintaining cricoid pressure to secure the airway and address the bleeding surgically.
This document discusses the management of difficult airways. It begins with definitions of difficult airway situations according to the American Society of Anesthesiologists. It then discusses the prevalence, causes, and basic airway evaluation including the "Lemon Law" assessment. Management plans for anticipated difficult airways including having alternative intubation techniques ("Plan B" and "C") are covered. A gallery of tools for difficult intubation including different laryngoscope blades, supraglottic airways, and fiberoptic intubation are presented. The document concludes with discussions on unexpected difficult airways, the ASA difficult airway algorithm, and emphasizes being prepared with alternative intubation methods.
Local anesthesia is commonly used for ear, nose, and throat procedures. Lidocaine is the most commonly used local anesthetic agent, with an onset of less than 1 minute and duration of about 1 hour. For ear surgery, the Plester injection technique is used to block the auriculotemporal nerve by injecting lidocaine at 5 sites around the ear. For nose surgery, infiltration anesthesia or nerve blocks like the sphenopalatine ganglion block are used. General anesthesia requires techniques like hypotensive anesthesia to minimize bleeding. Ventilation during bronchoscopy can be done through apneic oxygenation, spontaneous assisted ventilation, or jet ventilation techniques. Precautions must be taken during laser or micro laryngeal surgery to prevent
This document provides information on percutaneous tracheostomy including its history, indications, complications, procedures, and care. It details techniques such as tracheostomy tube insertion and changing, cuff management, suctioning, and stoma site care. Percutaneous tracheostomy is described as a simpler alternative to surgical tracheostomy with benefits such as being performed at the bedside in the ICU.
This document discusses the history, techniques, and physiology of controlled hypotensive anesthesia. It began in 1917 to provide a bloodless surgical field for neurosurgery. Various techniques were developed over time using drugs like nitroprusside and anesthetics to safely lower blood pressure. Key aspects include carefully monitoring vital organ perfusion and using positioning, ventilation, and fluids to potentiate the effects while avoiding dangerous drops in blood flow to the brain, heart, kidneys and other organs.
03 anaesthetic considerations in maxillofacial trauma surgeryJamil Kifayatullah
This document discusses the challenges of anesthesia for maxillofacial surgery. It covers areas like airway management difficulties due to conditions like Down syndrome or Pierre Robin sequence. It also discusses management of maxillofacial trauma, tumors, preoperative evaluation, induction techniques, intraoperative considerations like blood loss management, and postoperative care. Anesthesia for maxillofacial surgery requires vigilance due to potential airway issues, blood loss concerns, and complex procedures that take place in close proximity to the airway.
Drug induced sleep endoscopy: a diagnostic dilemmaRashu Mittal
Drug induced sleep endoscopy (DISE) allows physicians to evaluate the upper airway of patients with obstructive sleep apnea while under light sedation, approximating natural sleep. Propofol is commonly used for sedation due to its sleep-like effects. During DISE, different sites of airway collapse are classified and maneuvers like changes in positioning are observed. While not a perfect simulation of natural sleep, DISE provides real-time evaluation to help determine appropriate surgical interventions for treating sleep apnea. Care must be taken to closely monitor sedation levels to avoid over-sedation risks while still approximating natural sleep for diagnostic purposes.
ET Intubation- Definition, Anatomy of Respiratory Track, Types Of Tubes, Measurement of Tube, Measurement of mouth, Position, procedure, Tray Preparation, Education of Pts, Fixations, Testing of tube, Advantages, Disadvantages.
Surgical options for Obstructive sleep apnoea syndromeGirish S
OBSTRUCTIVE SLEEP APNEA SYNDROME- REVIEW AND VARIOUS SURGICAL OPTIONS IN DETAIL.. based on Cummings & Scott new edition.. MS OTORHINOLARYNGOLOGY...
complete and detailed review of each operations like uvulopalatoplasty,epiglottoplasty, pillar implantation, tongue base reduction, laser and coblation techniques.. .
History of Tracheostomy
Techniques Types Tubes of Trachesotomy
Open Vs Percutaneous Dilatational Technique
Early vs Late Trachestomy in ICU Setup
Trachesotomy Care
Suctioning Guidelines Techniques
Humidification
Woundcare
The document discusses the history and use of laryngeal mask airways (LMA). It describes how Dr. Brain developed the first LMA prototype in 1981 as a supraglottic device that sits outside the trachea but provides an airway. Over time, different types of LMAs were developed including the classic LMA, ProSeal LMA, reinforced LMA, LMA-Unique, and Supreme LMA. The document outlines the features and proper insertion technique for each LMA and discusses their advantages, such as being less invasive than endotracheal tubes, as well as potential complications if not properly placed.
This document discusses preoperative airway assessment. It begins by defining the airway and why assessing it is important, as respiratory events are a leading cause of anesthesia-related injuries. It then defines what constitutes a difficult airway and lists various individual predictors and scoring systems that can be used for assessment, including measurements of neck and mouth structures. Overall, thorough preoperative airway examination involving multiple predictive tests can help identify patients that may present difficulties during ventilation or intubation.
1) Tracheostomy is a surgical procedure to create an opening into the trachea through the neck. It allows direct access to the breathing tube and is used when a patient requires long-term ventilation or airway clearance.
2) The procedure involves making an incision through the neck, separating the strap muscles, and opening the trachea between the second and fourth tracheal rings. A tracheostomy tube is then inserted.
3) Complications can include bleeding, tube displacement or obstruction, and long-term issues like stenosis. Proper care is needed to suction and change the tube to prevent complications and allow for recovery.
This document discusses recognition and management of difficult airways. It defines difficult airway as difficulty with mask ventilation or tracheal intubation. It discusses incidence, risk factors, assessment techniques like Mallampati classification and thyromental distance, and management strategies including awake intubation, use of airway adjuncts like LMA, and the ASA difficult airway algorithm which provides a structured approach. The key points are assessing risk factors, having proper equipment and backup plans, and pursuing oxygenation throughout management of a difficult airway.
The document discusses tracheostomy, including:
1. Tracheostomy is a surgical procedure that creates an opening in the trachea to serve as an airway.
2. Complications include tracheal stenosis, swallowing difficulty, voice changes, breathing issues, and hemorrhage.
3. Post-op care involves having a spare tube available, communicating with patients and caregivers, and determining decannulation based on cough strength.
The document provides information on the history, indications, anatomy, procedures, tube types, and complications of tracheostomy.
A tracheostomy is a surgically created opening in the trachea (windpipe) through which a tracheostomy tube is inserted to provide an airway. There are several types including elective, emergency, and percutaneous tracheostomy. Indications include upper airway obstruction, need for prolonged mechanical ventilation, and inability to clear secretions. The procedure involves making an incision through the neck into the trachea and inserting a tracheostomy tube. Complications can include bleeding, infection, and tracheal stenosis. Ongoing care involves cleaning the stoma, suctioning secretions, monitoring tube placement, and providing nutrition and communication methods.
This document provides information on vocal cord paralysis, including:
1. It summarizes the anatomy of the larynx, nerves, and muscles as well as the functions of the larynx.
2. It discusses the various causes (etiologies) of vocal cord paralysis including surgical, malignant, inflammatory, traumatic, neurological and others.
3. It describes the clinical assessment and evaluation of a patient with vocal cord paralysis including history, examination findings, and surgical evaluation techniques.
The document provides an overview of ear anatomy and surgery. It describes the external, middle, and inner ear. Common ear surgeries include those of the external, middle, and inner ear. It discusses considerations for anesthesia for ear surgery, including the use of local anesthesia, nerve blocks, or general anesthesia. General anesthesia requires securing the airway, avoiding nitrous oxide due to pressure changes, and facial nerve monitoring. Patient positioning, a bloodless field, and preventing postoperative nausea and vomiting are also discussed.
Local anaesthetics work by blocking sodium ion channels in nerves, preventing the conduction of nerve impulses. They are classified based on potency and duration of action. Lidocaine has a fast onset and intermediate duration, while bupivacaine and ropivacaine have longer durations but are more potent and toxic. The mechanism of action, uses, and important properties of common local anaesthetics like lidocaine, bupivacaine and ropivacaine are described. Maximum safe dosages and formulations of local anaesthetics are also outlined.
This document discusses anesthetic considerations for various ENT surgeries:
- Special care must be taken when the airway is shared between the anesthetist and surgeon to avoid complications like disconnection, soiling, or damage.
- Tonsillectomies require secure airways and postoperative pain management. Bleeding after tonsillectomy requires resuscitation and securing the airway.
- Other procedures discussed include adenoidectomy, rigid endoscopy, microlaryngoscopy, and tracheostomy. Each requires specific anesthetic techniques tailored to the surgery and potential complications.
Difficult airway management for nursing staffrashidmkhan
This document discusses strategies for managing difficult airways and intubation. It begins by outlining objectives of predicting difficult airways, choosing the appropriate technique and equipment, and having the skills to assist. The role of anesthesia nurses in assisting, providing equipment/drugs, and offering experience is described. Methods of predicting difficult airways like the LEMON system of examining facial anatomy, mouth opening, Mallampati score, and neck mobility are presented. The document recommends being prepared with suction, oxygen, airway devices, medications, and monitors. It details the contents and use of a difficult airway cart. Various airway devices that can be used when intubation fails like LMAs, Combitubes, intub
Post tonsillectomy bleed & anesthesia considerationsmadhu chaitanya
A 10-year-old boy presented with complaints of oral bleeding and vomiting after undergoing a tonsillectomy 2 days prior. On examination, he was tachycardic and hypotensive with delayed capillary refill time, indicating possible hemorrhagic shock from post-tonsillectomy bleeding. The plan was for the boy to undergo general anesthesia for cauterization or ligation to control the bleeding. Anesthetic considerations included the risk of hypovolaemic shock, pulmonary aspiration, and a potentially difficult airway. A modified rapid sequence induction was performed while maintaining cricoid pressure to secure the airway and address the bleeding surgically.
This document discusses the management of difficult airways. It begins with definitions of difficult airway situations according to the American Society of Anesthesiologists. It then discusses the prevalence, causes, and basic airway evaluation including the "Lemon Law" assessment. Management plans for anticipated difficult airways including having alternative intubation techniques ("Plan B" and "C") are covered. A gallery of tools for difficult intubation including different laryngoscope blades, supraglottic airways, and fiberoptic intubation are presented. The document concludes with discussions on unexpected difficult airways, the ASA difficult airway algorithm, and emphasizes being prepared with alternative intubation methods.
Local anesthesia is commonly used for ear, nose, and throat procedures. Lidocaine is the most commonly used local anesthetic agent, with an onset of less than 1 minute and duration of about 1 hour. For ear surgery, the Plester injection technique is used to block the auriculotemporal nerve by injecting lidocaine at 5 sites around the ear. For nose surgery, infiltration anesthesia or nerve blocks like the sphenopalatine ganglion block are used. General anesthesia requires techniques like hypotensive anesthesia to minimize bleeding. Ventilation during bronchoscopy can be done through apneic oxygenation, spontaneous assisted ventilation, or jet ventilation techniques. Precautions must be taken during laser or micro laryngeal surgery to prevent
This document provides information on percutaneous tracheostomy including its history, indications, complications, procedures, and care. It details techniques such as tracheostomy tube insertion and changing, cuff management, suctioning, and stoma site care. Percutaneous tracheostomy is described as a simpler alternative to surgical tracheostomy with benefits such as being performed at the bedside in the ICU.
This document discusses the history, techniques, and physiology of controlled hypotensive anesthesia. It began in 1917 to provide a bloodless surgical field for neurosurgery. Various techniques were developed over time using drugs like nitroprusside and anesthetics to safely lower blood pressure. Key aspects include carefully monitoring vital organ perfusion and using positioning, ventilation, and fluids to potentiate the effects while avoiding dangerous drops in blood flow to the brain, heart, kidneys and other organs.
03 anaesthetic considerations in maxillofacial trauma surgeryJamil Kifayatullah
This document discusses the challenges of anesthesia for maxillofacial surgery. It covers areas like airway management difficulties due to conditions like Down syndrome or Pierre Robin sequence. It also discusses management of maxillofacial trauma, tumors, preoperative evaluation, induction techniques, intraoperative considerations like blood loss management, and postoperative care. Anesthesia for maxillofacial surgery requires vigilance due to potential airway issues, blood loss concerns, and complex procedures that take place in close proximity to the airway.
Drug induced sleep endoscopy: a diagnostic dilemmaRashu Mittal
Drug induced sleep endoscopy (DISE) allows physicians to evaluate the upper airway of patients with obstructive sleep apnea while under light sedation, approximating natural sleep. Propofol is commonly used for sedation due to its sleep-like effects. During DISE, different sites of airway collapse are classified and maneuvers like changes in positioning are observed. While not a perfect simulation of natural sleep, DISE provides real-time evaluation to help determine appropriate surgical interventions for treating sleep apnea. Care must be taken to closely monitor sedation levels to avoid over-sedation risks while still approximating natural sleep for diagnostic purposes.
ET Intubation- Definition, Anatomy of Respiratory Track, Types Of Tubes, Measurement of Tube, Measurement of mouth, Position, procedure, Tray Preparation, Education of Pts, Fixations, Testing of tube, Advantages, Disadvantages.
Surgical options for Obstructive sleep apnoea syndromeGirish S
OBSTRUCTIVE SLEEP APNEA SYNDROME- REVIEW AND VARIOUS SURGICAL OPTIONS IN DETAIL.. based on Cummings & Scott new edition.. MS OTORHINOLARYNGOLOGY...
complete and detailed review of each operations like uvulopalatoplasty,epiglottoplasty, pillar implantation, tongue base reduction, laser and coblation techniques.. .
History of Tracheostomy
Techniques Types Tubes of Trachesotomy
Open Vs Percutaneous Dilatational Technique
Early vs Late Trachestomy in ICU Setup
Trachesotomy Care
Suctioning Guidelines Techniques
Humidification
Woundcare
The document discusses the history and use of laryngeal mask airways (LMA). It describes how Dr. Brain developed the first LMA prototype in 1981 as a supraglottic device that sits outside the trachea but provides an airway. Over time, different types of LMAs were developed including the classic LMA, ProSeal LMA, reinforced LMA, LMA-Unique, and Supreme LMA. The document outlines the features and proper insertion technique for each LMA and discusses their advantages, such as being less invasive than endotracheal tubes, as well as potential complications if not properly placed.
This document discusses preoperative airway assessment. It begins by defining the airway and why assessing it is important, as respiratory events are a leading cause of anesthesia-related injuries. It then defines what constitutes a difficult airway and lists various individual predictors and scoring systems that can be used for assessment, including measurements of neck and mouth structures. Overall, thorough preoperative airway examination involving multiple predictive tests can help identify patients that may present difficulties during ventilation or intubation.
1) Tracheostomy is a surgical procedure to create an opening into the trachea through the neck. It allows direct access to the breathing tube and is used when a patient requires long-term ventilation or airway clearance.
2) The procedure involves making an incision through the neck, separating the strap muscles, and opening the trachea between the second and fourth tracheal rings. A tracheostomy tube is then inserted.
3) Complications can include bleeding, tube displacement or obstruction, and long-term issues like stenosis. Proper care is needed to suction and change the tube to prevent complications and allow for recovery.
This document discusses recognition and management of difficult airways. It defines difficult airway as difficulty with mask ventilation or tracheal intubation. It discusses incidence, risk factors, assessment techniques like Mallampati classification and thyromental distance, and management strategies including awake intubation, use of airway adjuncts like LMA, and the ASA difficult airway algorithm which provides a structured approach. The key points are assessing risk factors, having proper equipment and backup plans, and pursuing oxygenation throughout management of a difficult airway.
The document discusses tracheostomy, including:
1. Tracheostomy is a surgical procedure that creates an opening in the trachea to serve as an airway.
2. Complications include tracheal stenosis, swallowing difficulty, voice changes, breathing issues, and hemorrhage.
3. Post-op care involves having a spare tube available, communicating with patients and caregivers, and determining decannulation based on cough strength.
The document provides information on the history, indications, anatomy, procedures, tube types, and complications of tracheostomy.
A tracheostomy is a surgically created opening in the trachea (windpipe) through which a tracheostomy tube is inserted to provide an airway. There are several types including elective, emergency, and percutaneous tracheostomy. Indications include upper airway obstruction, need for prolonged mechanical ventilation, and inability to clear secretions. The procedure involves making an incision through the neck into the trachea and inserting a tracheostomy tube. Complications can include bleeding, infection, and tracheal stenosis. Ongoing care involves cleaning the stoma, suctioning secretions, monitoring tube placement, and providing nutrition and communication methods.
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This document discusses tracheostomy, including indications, types of procedures, tubes used, steps for performing the procedure, complications, post-operative care, and decannulation criteria. Tracheostomy creates an opening in the neck to access the trachea and place a tube to bypass airway obstructions and allow for secretion removal. It may be needed for prolonged intubation, airway protection, or as an adjunct to head and neck surgeries. Care includes regular suctioning and tube changes to prevent secretions buildup.
airway management in trauma patients can be particularly challenging because of the presence of difficult airway and disrupted anatomy.
Anatomical implications, airway assessment in trauma, airway management, helpful airway devices were all mentioned in this presentation.
This document provides information on airway management in trauma patients. It begins with an introduction on the challenges of airway management in trauma and importance of proper techniques. It then covers anatomical considerations for the nasal cavity, oral cavity, larynx and potential injuries. It discusses mechanisms of trauma, tools for airway assessment including history, examination and imaging. Guidelines are provided for conventional and difficult airway management techniques, as well as considerations for specific injuries like maxillofacial trauma, penetrating neck injuries and cervical spine injuries. Finally, it reviews helpful airway devices including supraglottic airways, laryngoscopes and fiberoptic scopes that can aid in airway management of trauma patients.
The document discusses tracheostomy, including its definition as a surgical opening into the trachea to place an indwelling tube to manage airway obstruction or facilitate ventilation. It covers the history, indications, types, parts of tracheostomy tubes, advantages, pre-operative workup, surgical techniques, post-operative care, complications, and recent research. The purpose is to provide information about tracheostomy to a nursing professor and students.
1. The document discusses tracheostomy and anaesthesia considerations for microlaryngeal surgery. It covers the definition, history, steps of the procedure, complications, types of tubes, and techniques for airway management including endotracheal intubation and jet ventilation.
2. Lasers are commonly used in microlaryngeal surgery and ENT procedures. Safety precautions are required due to the risks of burns, fires and smoke inhalation. Special endotracheal tubes coated in metal foil or other fire-resistant materials help protect the airway during laser use.
3. Careful planning is needed for airway management and ventilation during these delicate procedures to provide optimal surgical conditions while protecting the patient's air
The document discusses tracheostomy, including its history, types, techniques, and indications. Some key points:
- Tracheostomy involves making an opening in the trachea and bringing it out through the skin, bypassing the larynx. It dates back to ancient Egypt but was further developed in the 15th-20th centuries.
- It can be temporary or permanent, and is classified by location (high, mid, low). Common techniques are open surgical and percutaneous tracheostomy.
- Indications include upper airway obstruction, removing secretions, prolonged ventilation, and as part of other procedures like laryngectomy. Percutaneous tracheostomy is now common in intensive care.
Seminar on Tracheostomy, types and its Complications.Vandita Chaurasia
Tracheostomy is a surgical procedure that creates an opening in the trachea to allow direct access to the breathing tube. It is indicated for conditions that cause respiratory obstruction, excess secretions, or respiratory insufficiency. The procedure involves making an incision through the neck and inserting a tracheostomy tube. Care is required after surgery to prevent complications like bleeding, infection, or tube displacement. Tracheostomy tubes are eventually removed once the underlying condition is resolved and the patient can breathe safely through the mouth and nose.
1. The document compares the surgical and percutaneous dilational tracheostomy (PCDT) procedures for creating a tracheostomy from 2013-2015.
2. 51 total cases were performed, with 2 patients requiring conversion to an open procedure due to bleeding complications with PCDT.
3. PCDT was found to be a safe and effective alternative to the open surgical procedure with comparable late complications but lower early bleeding risks and cost.
A tracheostomy is a surgical procedure that creates an opening into the trachea (windpipe) through which a tube is inserted to allow breathing. It may be needed to relieve upper airway obstruction or to provide assisted ventilation. Complications can include bleeding, infection, tracheal stenosis, and difficulty removing the tube. Careful surgical technique and post-op management are important to prevent complications.
Tracheostomy is a surgical procedure that creates an opening in the trachea to allow for an artificial airway. It is often needed to bypass airway obstructions caused by tumors, infections, injuries or swelling. Other indications include prolonged intubation, neuromuscular diseases impairing breathing, and as a precaution before certain head and neck surgeries. Care of the tracheostomy tube involves dressing changes, humidification, suctioning, cleaning and monitoring cuff pressure. Complications can include bleeding, pneumothorax, tube obstruction/displacement, tracheomalacia and stenosis. Careful assessment is required before decannulation to ensure airway patency and respiratory function have been restored.
Tracheostomy is a surgical procedure that creates an opening in the trachea to allow direct access to the breathing tube. It is one of the oldest surgical procedures, dating back to the 15th century. Tracheostomies can be temporary or permanent depending on the clinical situation and underlying condition. Potential complications include bleeding, infection, and damage to nearby structures like the thyroid cartilage. Care after tracheostomy involves dressing changes, tube changes or decannulation as appropriate for the patient's recovery.
Tracheostomy is a surgical procedure to create an opening into the trachea through the neck. It has various indications including upper airway obstruction, respiratory insufficiency, retained secretions, and to facilitate anesthesia administration. A tracheostomy tube is inserted to maintain the airway. Complications can occur immediately during surgery, in the following days, or later. Tracheostomy tubes are available in various types and sizes suitable for different patients and clinical situations. Care of the tracheostomy involves regular tube changes, suctioning, dressing, and decannulation when no longer needed.
This document provides information about tracheostomy including:
- A brief history and current uses of the procedure
- Indications and contraindications
- Anatomy of the trachea
- Surgical steps for performing an open tracheostomy
- Types of tracheostomy tubes and their uses
- Post-operative care considerations
The document serves as an educational guide for performing tracheostomies and tracheostomy tube selection and management.
nose and ear pathophysiology,biochemistry,immunologyLonnyMooka1
This document discusses conductive hearing loss and sensorineural hearing loss. It lists the key clinical findings that help distinguish between the two types of hearing loss. Conductive hearing loss is identified by a negative Rinne test and bone conduction being better than air conduction. Sensorineural hearing loss shows the opposite findings on Rinne testing and bone conduction curves. The document also discusses indications for tracheostomy in children and types of tracheostomies. It outlines the steps of performing a tracheostomy including incisions, opening the trachea, and post-operative care. Potential complications are also listed.
Tracheostomy is a surgical procedure that creates an opening in the trachea through the neck. It is commonly performed to bypass upper airway obstructions or to facilitate prolonged mechanical ventilation. Potential indications for tracheostomy include prolonged intubation, neurological impairment putting one at risk for aspiration, and obstructive sleep apnea. Complications can include bleeding, infection, tube dislodgement, and tracheal stenosis. Care of the tracheostomy involves tube changes, suctioning, humidification, and assessing readiness for decannulation.
The document discusses tracheostomy, including its history, definitions, indications, types, procedures, complications, and care. Some key points:
- Tracheostomy can be traced back to 3600 BC in Egypt and was standardized in technique in the 1920s. Modern percutaneous tracheostomy developed in 1969.
- It involves creating a stoma in the trachea that allows for an opening at the skin surface for breathing.
- Indications include upper airway obstruction, pulmonary ventilation, pulmonary toilet, and for some elective procedures.
- Surgical techniques include open tracheostomy and percutaneous tracheostomy. Complications include bleeding, damage to nearby structures, and long term issues like
Similar to 1. tracheostomy, Cricothyrotomy, PDT (20)
Local Advanced Lung Cancer: Artificial Intelligence, Synergetics, Complex Sys...Oleg Kshivets
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1. tracheostomy, Cricothyrotomy, PDT
1. Tracheostomy
Dr. Mohammad Ashrafuzzaman Sajib
Consultant (ICU)
Department of Anesthesia, Analgesia &
Intensive Care Medicine
Bangabandhu Sheikh Mujib Medical University
2. Definition Tracheotomy
Greek origin: ‘tom’- ‘to cut’ the trachea
Surgical opening of the trachea
Tracheostomy
Greek origin: ‘stom’- ‘mouth’
Creation of a stoma between trachea and
cervical skin
3. Definition……..
An operative procedure that creates a surgical
airway in the cervical trachea
A Surgical fistula created between the anterior wall
of the trachea and the skin outside, which can be
maintained with or without a tube.
4. History
The first known depiction of tracheostomy is from 3600 BC, on Egyptian
tablets
The first scientific reliable description of successful tracheostomy by the
surgeon who performed it was by Antonio Musa Brasavola in 1546, for relief
of airway obstruction from enlarged tonsils.
Another reference found in - rig veda dated 2000 BC.
Ebers papyrus (dated 1550 BC)- Egyptian medical papyrus mentions
tracheotomy
Alexander the Great
Antyllus (2 AD), Greek surgeon performed tracheostomies in oral surgeries
Tracheotomy well documented in Indian and Arabian literature in middle
ages.
5. History….Cont.
• Tracheostomy gained popularity in 1800s
• Two methods:
a. High- by dividing cricoid
b. Low- trachea entered directly
• Significant problems associated with
high method
• Till the end of 19th century, tracheostomy
was considered hazardous.
• Chevalier Jackson in 1923 established
principles of tracheostomy.
6. Indications
A. To bypass obstruction of Upper airway
• Congenital Laryngeal web/cysts, B/L choanal atresia,
Tracheoesophageal fistula, Craniofacial anomalies,
• Subglottic/tracheal stenosis
• Infective Acute epiglottitis, Diphtheria, Acute
• layngotracheobronchitis, Ludwig’s angina
• Trauma External injury to larynx/trachea, maxillofacial
• injury, corrosive injury, inhalational injury
• Neoplasm Tumours of larynx, pharynx, tongue, upper trachea
• Foreign Body Foreign body lodged in larynx
• Vocal cords B/L abductor paralysis, Bulbar palsy
• Post operative : Surgery of the base of the tongue, Hypopharynx.
7. Indications…….
B. Removal of secretions and protection of
Tracheobronchial tree from aspiration
Neurological diseases- GBS, MS, Bulbar palsy
Coma- head injury, poisoning, tumour
In such situations- laryngeal/pharyngeal incompetence
Cuffed tube--- useful
8. Indications……..
C. Respiratory failure
• Tracheostomy- dead space, effort of
breathing, alveolar ventilation improved.
• Ease of removal of secretions
• Pulmonary diseases- exacerbation of chronic
bronchitis, emphysema, severe pneumonia
• Neurological diseases- MS, Motor neuron
disease
• Severe chest injury- flail chest
9. Indications
D. Prolonged ventilation
• T-tube more secure than ET tube; easier to wean off ventilator
support
• Duration : >3 wks of intubation
E. As a part of another procedure
• Temporary tracheostomy in head and neck surgeries
10.
11. Types
A. TEMPORARY/PERMANENT:
• Temporary tracheostomy- elective or emergency
• Permanent tracheostomy-as part of operation involving
removal of larynx
B. HIGH/MID/LOW:
• High- above isthmus via 1st tracheal ring
• Mid- through 2nd-3rd tracheal ring, preferred
• Low- below the level of isthmus
13. Timing of Tracheostomy
• Older recommendation advised to perform tracheostomy within 3 days
after translaryngeal intubation to more than 21 days.
• Heffner recommendation---more up to date about the timing.
i. We can consider tracheostomy if the patient remain ventilator
dependent after 1 week
ii. Decision should be based on anticipated duration of MV
support & the expected benefit .
• Early Vs Late Tracheostomy concept :
Early : Performed within 7 days of ETT
Late : Performed after 7 days of ETT
14. Preoperative assessment
• Informed consent
• Coagulation profile adequate,
• platelet count >50000/cumm
• Neck examination- to anticipate difficulties in
procedure as in enlarged thyroid, limited neck
extension.
• T-tube arranged, checked and prepared to perform
the procedure.
15.
16.
17.
18. Advantage & Disadvantages
• A. Advantages include
• Avoid direct Laryngeal injury
• Facilitates nursing care
• Enhance patient mobility
• More secure airway
• Improved patient comfort
• Permits speech
• Provide psychological benefit
• More rapid weaning from mechanical ventilation
• Better oral hygiene
• Reduced need for sedation
• Decreased risk for nosocomial infection
19. • B. Disadvantages include :
• Complication can occur
• Bacterial airway colonization
• Costly procedure
• Surgical scar
• Tracheal and stomal stenosis
21. Complications…….
Intermediate
(From Day 1 to Day
7)
Secondary haemorrhage
Tube displacement
Tube blockage
Subcutaneous emphysema
Pneumothorax
Infection
Tracheal necrosis
22. Complications…
Late ( After Day 7)
• Haemorrhage
• Granuloma formation
• Tracheo-oesophageal fistula —whom
to suspect ?
• Tracheo-cutaneous fistula
• Laryngotracheal stenosis
• Tracheomalacia
• Difficult decannulation
• Tracheostomy scar
23. Minitracheostomy or Cricothyrotomy/ Cricothyroidotomy
Procedure for opening airway through cricothyroid membrane
Minitracheostomy kits commercially available
24. Minitracheostomy or
Cricothyrotomy/
Cricothyroidotomy………….
Initially it was taken as a negative
approach due to high complication
rates specially Subglottic Stenosis.
Later on, further studies showed its
effectiveness with low
complication rates.
It provides both Elective &
Emergency airway access.
25. Minitracheostomy
or Cricothyrotomy/
Cricothyroidotomy
………..
Provides more advantages than OST such as
i. Technical simplicity
ii. Speed of performance
iii. Low complications rate
iv. Suitable for bedside procedure
v. Airway remains isolated from Median Sternotomy,
Radical neck dissection.
vi. Smaller scar
vii.Less Esophageal injury
viii.No chance of Pneumothorax or tracheal arterial
fistula
****Despite these advantages, many authorities
recommends this procedure as an elective long term
method of airway access in highly selective patients.
26. Minitracheostomy or
Cricothyrotomy/
Cricothyroidotomy………..
Indications :
• Emergency Cricothyrotomy is useful because it requires
smaller number of instruments and less training than
tracheostomy.
• Emergency access for securing airway where Oral/Naso
tracheal intubation is unsuccessful or contra indicated.
• More useful in Trauma management, Axial/ cervical
spine injury, severe facial trauma.
Contra indications :
• Not for airway obstruction management which occurs
just after endotracheal exubation.
• Primary Laryngeal trauma or infection.
• Absolutely contraindicated in Infants & children
younger than 10-12 yrs.
27. Minitracheostomy or Cricothyrotomy/
Cricothyroidotomy…………
• Short & long term complications
ranges from 6.1%.
• Subglottic stenosis: (2-3) %
• Location—mainly at cricothyrotomy
site, not at the cuff site.
• It should usually be replaced with
standard Tracheostomy within 48-72
hrs.
Complications
:
28. Tracheostomy Care
A. Suctioning :
i. Tracheotomized patients have increased secretions with decreased
ability to clear them.
ii. Proper suctioning decreases lung infection & airway plugging.
iii. Frequent suctioning is needed if ineffective cough present
iv. Technique---Should remove maximum secretion with minimum
airway trauma.
v. The tube itself may be the reason for increased amount of
secretion.
29. Tracheostomy care………
B. Humidification
Upper respiratory tract by passed, conditioning of inspired gas lost. So warm,
humidified air should be provided. Failure to humidification of inspired air leads to
inspissated secretion, impaired mucocilliary clearance, decreased cough.
D. Types: -Cold water humidifiers
Hot water humidifiers
Heat and moisture exchangers (HME)
Stoma protector
E. Nebulization
30. Tracheostomy Care……
F. Wound & dressing Care :
i. Daily stomal examination---Infection, excoriation of skin identification.
ii. Wound needs to be cleaned & free of blood/secretion.
iii. Dressing change---Twice a day & when the dressing is soiled.
iv. Stomal cleaning with 1:1 mixture of H2O2 & Saline.
v. Special care is needed while changing dressing & tapes—Dislodge issue.
vi. Malodorous tracheal Stomatitis should be treated with topical
antimicrobial dressing---0.25% Dakin’s solution to facilitate resolution.
37. Percutaneous Dilational Tracheostomy (PDT)
1st described by Shelden & Pudenz (1957)
Several modification technique was described by Ciaglia et al. in 1988.
Basic method is to place a guidewire through the anterior Tracheal wall,
followed by dilation over this guidewire to create a Tracheal stoma.
Can be done in ICU or OT room.
Adequate monitoring ( O2 saturation , Cardiac Rhythm and BP) is needed.
No significant differences in Mortality or major complications found between
PDT or OST in several meta analysis.
38. PDT……
PDT is taken as minimally invasive
procedure, done at bedside in ICU.
It avoids the risk of transporting critically ill
patients & the cost of OT room.
During procedure----Continuous Patient
monitoring in needed.
Direct Bronchoscopic Visualization----often
required.
Several techniques are available but the
Ciaglia technique is the most common.
39. PDT….Cont..
Advantages of PDT includes
• Easier access for timing of the
procedure
• Reduced OT room & manpower
utilization
• No need to transport critically ill
patient to OT room.
• Better cosmetic result
• Possibly reduced Stomal infection,
Bleeding & Reduced Tracheal
secretion in parastomal area.
Special recommendation for OST over PDT :
• Patient with more severe Respiratory distress
(FiO2 >0.6, PEEP > 10, Complicated ET
intubation, Nonpalpable Cricoid cartilage,
Cricoid cartilage <3 cm above the sternal
notch).
• Obese patients with abundant pretracheal S/C
fat
• Large Goiter
• Abnormal airway due to congenital acquired
conditions
• Bleeding disorders which cannot be corrected
by coagulation factors.
40. PDT..Cont..
• Contraindications:
a. Absolute:
i. cervical injury
ii. Coagulopathy
iii. Not an Emergency airway
iv. Infected insertion site
v. Uncorrected coagulopathy
b. Relative :
i. Short fat neck/obesity
ii. Enlarged thyroid
iii. Inability to extend neck (cervical injury/prior tracheostomy)
42. Decannulation
Considered when
original condition
requiring
tracheostomy has
improved
Approached in a
step-wise manner
In paediatric group
endoscopic
assessment prior
to decannulation
essential
Sequence :
Fenestrated tube>
occlusion cap>
occlusion cap for
12 hrs > 24 hrs>
decannulation