Bile duct injury is an unavoidable complication following any laparoscopic or open cholecystectomy. Almost everyone goes through it. One must take care to avoid the BDI, and one must know what to do when it happens.
Direct repair of the common bile duct for shareيسرى جاويش
Direct repair of the common bile duct (CBD) in iatrogenic injuries has traditionally involved biliary enteric anastomosis using a Roux loop. However, the document discusses direct anastomosis of the proximal and distal CBD segments as an alternative. Key points include that the distal CBD segment has a fascial sheath and blood supply that allows safe dissection. Direct anastomosis is often possible with tension-free closure if the distal segment and duodenum are adequately mobilized. Early repair and stenting of the anastomosis with a T-tube or plastic stent can achieve good outcomes.
This document discusses bile duct injuries during cholecystectomy. It notes that the incidence of bile duct injuries is higher in laparoscopic compared to open cholecystectomy. Anatomical variations contribute to injuries, and dissection errors where the bile duct is mistaken for the cystic duct are common. Intraoperative cholangiography and fluorescence imaging can help identify ducts but may not prevent injuries. Several classification systems for bile duct injuries are described. Management depends on the type and severity of injury, ranging from repair to hepaticojejunostomy. Preventing medicolegal issues requires thorough informed consent, documentation, transparency if complications occur, and promptly involving specialists.
1) Abdominal trauma is commonly encountered and can be life-threatening. Identification of serious intra-abdominal injuries can be challenging.
2) Motor vehicle accidents account for 60% of abdominal trauma, with blunt trauma more common than penetrating injuries.
3) Injuries to solid organs like the spleen, liver, and kidneys require careful assessment and may be graded based on severity. Conservative management is often attempted initially if the patient is stable.
4) Diagnostic tools like FAST ultrasound, CT scans, and laparoscopy can help identify injuries, but repeated examinations are often necessary. Management may involve surgery or conservative approaches depending on injury severity and patient stability.
Renal trauma can occur from blunt or penetrating mechanisms. CT imaging is the gold standard for evaluation. Most renal injuries can be managed non-operatively with conservative treatment. Higher grade injuries or those with signs of failure like hematuria may require intervention like stenting or embolization. Operative management is only indicated for life threatening hemorrhage or other injuries requiring exploration. With proper evaluation and treatment, complications can often be avoided and renal function preserved.
The document reviews urological trauma, focusing on renal trauma. It provides details on the epidemiology, classification, investigations, and management of renal trauma. Key points include:
- Renal trauma accounts for 1-5% of all trauma cases and is most commonly caused by blunt mechanisms like motor vehicle collisions.
- CT scan with IV contrast is the standard imaging investigation, while angiography is recommended for persistent bleeding.
- Conservative management is recommended for stable patients with low grade injuries. Higher grade injuries or instability may require angiography or surgery.
- Operative intervention is indicated for hemodynamic instability, expanding hematomas, or high grade vascular injuries. Renal reconstruction should be attempted when possible.
This document summarizes urogenital trauma, including the kidneys, ureters, bladder, and urethra. It notes that the kidneys are most commonly injured in blunt trauma from impacts with seatbelts or steering wheels. Bladder and posterior urethra injuries are often associated with pelvic fractures from blunt trauma. Evaluation of trauma involves examination for bruising, hematuria, and penetrating objects. Imaging like ultrasound, IVP, CT and cystography are used for diagnosis. Surgical management depends on the specific organ injured and degree of trauma.
Direct repair of the common bile duct for shareيسرى جاويش
Direct repair of the common bile duct (CBD) in iatrogenic injuries has traditionally involved biliary enteric anastomosis using a Roux loop. However, the document discusses direct anastomosis of the proximal and distal CBD segments as an alternative. Key points include that the distal CBD segment has a fascial sheath and blood supply that allows safe dissection. Direct anastomosis is often possible with tension-free closure if the distal segment and duodenum are adequately mobilized. Early repair and stenting of the anastomosis with a T-tube or plastic stent can achieve good outcomes.
This document discusses bile duct injuries during cholecystectomy. It notes that the incidence of bile duct injuries is higher in laparoscopic compared to open cholecystectomy. Anatomical variations contribute to injuries, and dissection errors where the bile duct is mistaken for the cystic duct are common. Intraoperative cholangiography and fluorescence imaging can help identify ducts but may not prevent injuries. Several classification systems for bile duct injuries are described. Management depends on the type and severity of injury, ranging from repair to hepaticojejunostomy. Preventing medicolegal issues requires thorough informed consent, documentation, transparency if complications occur, and promptly involving specialists.
1) Abdominal trauma is commonly encountered and can be life-threatening. Identification of serious intra-abdominal injuries can be challenging.
2) Motor vehicle accidents account for 60% of abdominal trauma, with blunt trauma more common than penetrating injuries.
3) Injuries to solid organs like the spleen, liver, and kidneys require careful assessment and may be graded based on severity. Conservative management is often attempted initially if the patient is stable.
4) Diagnostic tools like FAST ultrasound, CT scans, and laparoscopy can help identify injuries, but repeated examinations are often necessary. Management may involve surgery or conservative approaches depending on injury severity and patient stability.
Renal trauma can occur from blunt or penetrating mechanisms. CT imaging is the gold standard for evaluation. Most renal injuries can be managed non-operatively with conservative treatment. Higher grade injuries or those with signs of failure like hematuria may require intervention like stenting or embolization. Operative management is only indicated for life threatening hemorrhage or other injuries requiring exploration. With proper evaluation and treatment, complications can often be avoided and renal function preserved.
The document reviews urological trauma, focusing on renal trauma. It provides details on the epidemiology, classification, investigations, and management of renal trauma. Key points include:
- Renal trauma accounts for 1-5% of all trauma cases and is most commonly caused by blunt mechanisms like motor vehicle collisions.
- CT scan with IV contrast is the standard imaging investigation, while angiography is recommended for persistent bleeding.
- Conservative management is recommended for stable patients with low grade injuries. Higher grade injuries or instability may require angiography or surgery.
- Operative intervention is indicated for hemodynamic instability, expanding hematomas, or high grade vascular injuries. Renal reconstruction should be attempted when possible.
This document summarizes urogenital trauma, including the kidneys, ureters, bladder, and urethra. It notes that the kidneys are most commonly injured in blunt trauma from impacts with seatbelts or steering wheels. Bladder and posterior urethra injuries are often associated with pelvic fractures from blunt trauma. Evaluation of trauma involves examination for bruising, hematuria, and penetrating objects. Imaging like ultrasound, IVP, CT and cystography are used for diagnosis. Surgical management depends on the specific organ injured and degree of trauma.
Abdominal trauma: diagnosis and managementvinayakas4
1) Abdominal trauma is a major cause of death globally, especially in young adults, due to injuries from motor vehicle accidents. The abdomen has no bony protection and is vulnerable to hemorrhage from solid organs or sepsis from hollow viscus injuries.
2) Evaluation of abdominal trauma involves history, physical exam, focused assessment with sonography for trauma (FAST), and CT scan if stable. Unstable patients may require diagnostic peritoneal lavage or immediate exploratory laparotomy.
3) Management depends on injury type and hemodynamic stability. Nonoperative management is preferred for solid organ injuries while laparotomy is often needed for penetrating injuries or hemodynamically unstable patients to control bleeding.
The document discusses vascular injury in pelvic trauma. It covers pelvic anatomy, mechanisms of injury including blunt and penetrating trauma, clinical presentation, classification of pelvic fractures, and management approaches. Key points are the complex pelvic vasculature, need for rapid diagnosis and treatment given risk of hemorrhage, and use of techniques like bed sheets, MAST devices, or C-clamps to reduce pelvic fractures and stabilize patients.
This document discusses liver trauma resulting from blunt and penetrating injuries. It describes two case studies, one involving a car accident and the other a stabbing. The car accident patient had liver lacerations that were managed surgically, while the stabbing victim had a liver wound and duodenal injury repaired during an emergency laparotomy. Most liver injuries can be successfully treated without surgery if the patient is hemodynamically stable. Surgical management may involve packing the liver or angiographic embolization of bleeding sites. Following initial resuscitation, imaging can help evaluate the severity and location of liver injuries.
The liver is the second most commonly injured organ in blunt abdominal trauma and the most commonly injured in penetrating abdominal trauma. Non-operative management of liver injuries is now the standard of care for hemodynamically stable patients and has a success rate of over 85%, even for high-grade injuries. Failure of non-operative management is usually due to other intra-abdominal injuries rather than the liver injury itself. Operative intervention is indicated for hemodynamically unstable patients or those who fail non-operative management.
1) Abdominal trauma is commonly encountered in the emergency department and can be challenging to diagnose due to subtle or delayed presentations of serious intra-abdominal injuries.
2) A thorough primary and secondary survey including vital signs monitoring, focused assessment with ultrasound, and diagnostic tests like CT scan are used to identify injuries.
3) Uncontrolled hemorrhage and sepsis are major causes of mortality, so prompt diagnosis and management of injuries is important to prevent complications.
1. Liver injuries are commonly caused by blunt or penetrating abdominal trauma. The right lobe of the liver is most frequently injured.
2. Liver injuries are graded from I to VI based on severity. Grade I injuries involve small lacerations while grade VI involve major vascular injuries.
3. Most liver injuries can now be managed non-operatively with techniques like angiography, embolization, and close monitoring. Operative management is reserved for higher grade injuries or those with ongoing bleeding.
Indications for thoracocoscopy in children brazil 2014bajuarez
This document discusses the use of thoracoscopy for various pediatric surgical procedures. It provides an overview of indications for thoracoscopy, including lung biopsies, lobectomies, and repairs of esophageal atresia. The document also reports on the outcomes of 230 thoracoscopic procedures performed at Children's Mercy Hospital between 2000-2007. Complications were rare. Thoracoscopy is described as a safe and effective alternative to thoracotomy that can avoid musculoskeletal complications in children.
A lecture about the management approaches for abdominal vascular injuries. Injury to the major arteries and veins in the abdomen are technical challenge to the surgeon and are often fatal. All vessels are susceptible to injury with penetrating trauma. Vascular injuries in blunt trauma are far less common and usually involve the renal arteries and veins, though all other vessels, including the aorta, can be injured. Blunt trauma results from deceleration, AP compression or pelvic fractures.
This document discusses genitourinary trauma, focusing on injuries to the upper and lower urinary tract. It covers the etiology, clinical findings, imaging, and management of renal injuries, ureteral injuries, and bladder injuries. Renal injuries are the most common genitourinary injuries and are often caused by blunt trauma from motor vehicle accidents. Contrast-enhanced CT is the preferred imaging method to evaluate renal injuries. Most renal injuries can be managed non-operatively with bed rest and IV fluids, while operative management is indicated for persistent bleeding or expanding hematomas.
This document discusses genitourinary trauma, focusing on renal trauma. It notes that the kidney is the most commonly injured genitourinary organ. Renal trauma is most often blunt, with severe cases associated with injuries to other organs. CT scan is the preferred imaging modality to evaluate renal injuries according to the American Association for the Surgery of Trauma classification system, which grades injuries from I to V based on severity. Grade I injuries involve contusions or small lacerations without urine extravasation. Grade II injuries include larger lacerations or hematomas confined to the kidney. Grade III injuries involve deeper lacerations or vascular injuries with contained bleeding.
Laparoscopy can be used to both diagnose and treat abdominal trauma. It is most effective for hemodynamically stable patients with penetrating injuries or blunt trauma with unclear internal injuries. Key benefits are lower morbidity rates compared to open surgery and ability to identify injuries often missed on imaging like diaphragmatic tears or mesenteric lacerations. The procedure allows for therapeutic repair of injuries to organs like liver, stomach or bowel when laparoscopic expertise is available. Contraindications include hemodynamic instability, clear need for open surgery, or limited laparoscopic resources.
This document discusses various types of vascular injuries. It covers the basic principles of vascular injury including anatomy, type of injury, mechanisms, clinical manifestations, investigations and management. It describes different types of vascular injuries like laceration, transection, dissection, crush and thrombosis. It discusses evaluation and investigations like Doppler, duplex ultrasound, angiography, CT angiography and MRI. It covers management of vascular injuries in different body regions like neck, chest, abdomen and extremities. It provides guidelines on treatment approaches including operative versus endovascular management.
This document discusses renal trauma, including causes such as blunt trauma from motor vehicle accidents or falls, as well as penetrating trauma. It outlines the grading system for renal injuries from Grade I to V. Mild injuries under Grade III are often managed conservatively with bed rest and monitoring, while more severe injuries may require angioembolization, stenting, or surgery. Surgical exploration is indicated for hemodynamic instability, expanding hematomas, or uncontrolled bleeding, while nephrectomy is considered for Grade V injuries or when the contralateral kidney is compromised.
1. The patient presented with an alleged stab injury to the chest and showed signs of hypotension not responding to fluids and a distended abdomen. CT scan showed hemopericardium and ascites.
2. At operation, a 2cm rent was found in the left dome of the diaphragm with 1L of hemoperitoneum and a 2cm laceration in the right lobe of the liver but no active bleeding.
3. Post-operatively, the patient had occasional RV collapse seen on echo but normal cardiac enzymes and was discharged on post-op day 6.
The document discusses traumatic injuries to the gallbladder and biliary ducts. It notes that 95% of biliary tree injuries are iatrogenic, while 5% are due to trauma. Trauma to the gallbladder occurs in 3-5% of abdominal trauma cases, while injuries to the biliary ducts occur in 0.5% of cases. Diagnosis is often intraoperative when associated injuries like liver, vascular, duodenal or splenic injuries are found. Imaging like CT may show duct dilation or periportal collections but do not always locate the injury site. ERCP is useful for diagnosing the location and type of biliary duct injury. Management depends on the specific injury but may include cholecystectomy
This document discusses genitourinary trauma. It covers renal trauma in detail, including that renal injuries make up about 10% of emergency room visits for trauma. It presents the American Association for the Surgery of Trauma classification system for renal injuries in detail. It also discusses trauma to the bladder and ureters, management principles, and complications.
1. The liver is the second most commonly injured organ in abdominal trauma after the spleen. Liver injuries have a high mortality rate, especially with blunt trauma.
2. Liver injuries can be caused by blunt trauma from motor vehicle accidents or falls, as well as penetrating trauma from stab wounds or gunshots.
3. CT scanning is the gold standard for evaluating liver injuries and assessing their severity based on the American Association for the Surgery of Trauma (AAST) grading scale.
4. Management depends on the patient's stability and injury grade. Lower grade injuries may be managed non-operatively but higher grades often require surgery or angiography with embolization.
The Americal Association for the Surgery of Trauma - guidelines for intestinal injury- grading and a brief description of duodenal injury and few Most common Questions
This document discusses the evaluation and management of abdominal injuries. It notes that abdominal injuries occur in 13% of trauma patients and are associated with a 7.7% mortality rate. Blunt trauma can cause organ lacerations and bleeding while penetrating trauma risks organ perforation. Clinical examination is important to assess for peritonitis and hemodynamic instability which indicate need for exploration. Focused abdominal sonography for trauma (FAST) can identify fluid but CT is preferred for stable patients. Diagnostic laparoscopy and laparotomy may be needed but have limitations in fully evaluating injuries.
1) Liver trauma is the second most common organ injured in blunt abdominal trauma and the most common injured in penetrating trauma, occurring in 1-8% of patients with multiple blunt trauma.
2) The liver is susceptible to injury due to its size, friable parenchyma, thin capsule, and fixed position near the ribs and spine.
3) Liver injuries are classified based on the mechanism of injury, type and degree of damage, localization within liver lobes/segments, and whether associated vessels or bile ducts are damaged. Grades I-II are minor injuries while Grades III-V require surgical intervention and Grade VI is incompatible with survival.
This document discusses the management of bile duct injuries detected during or after laparoscopic cholecystectomy. It notes that bile duct injuries are detected intraoperatively in about one-third of cases. When detected intraoperatively, immediate repair by an experienced hepatopancreaticobiliary surgeon may be considered, though delayed repair often has better outcomes due to less inflammation. For injuries detected postoperatively, initial management focuses on controlling bile leaks and sepsis before definitive repair, often a bilioenteric anastomosis, performed after 6 weeks by an hepatopancreaticobiliary surgeon once the patient is stabilized. Hepatectomy or liver transplantation may be needed for complex injuries or if secondary biliary cirrhosis develops
Bile duct injuriesCBDstricture, biliary fistula.pptxPradeep Pande
1. The document provides tips for using a PowerPoint presentation as an active learning tool, including showing blank slides to elicit student responses before providing content.
2. It discusses the Strasberg classification system for bile duct injuries, which categorizes injuries based on location, mechanism, and effect on biliary continuity.
3. Management of bile duct injuries depends on the type and severity, ranging from ligation of small ducts to biliary-enteric anastomosis for more extensive injuries involving the biliary tree continuity.
Abdominal trauma: diagnosis and managementvinayakas4
1) Abdominal trauma is a major cause of death globally, especially in young adults, due to injuries from motor vehicle accidents. The abdomen has no bony protection and is vulnerable to hemorrhage from solid organs or sepsis from hollow viscus injuries.
2) Evaluation of abdominal trauma involves history, physical exam, focused assessment with sonography for trauma (FAST), and CT scan if stable. Unstable patients may require diagnostic peritoneal lavage or immediate exploratory laparotomy.
3) Management depends on injury type and hemodynamic stability. Nonoperative management is preferred for solid organ injuries while laparotomy is often needed for penetrating injuries or hemodynamically unstable patients to control bleeding.
The document discusses vascular injury in pelvic trauma. It covers pelvic anatomy, mechanisms of injury including blunt and penetrating trauma, clinical presentation, classification of pelvic fractures, and management approaches. Key points are the complex pelvic vasculature, need for rapid diagnosis and treatment given risk of hemorrhage, and use of techniques like bed sheets, MAST devices, or C-clamps to reduce pelvic fractures and stabilize patients.
This document discusses liver trauma resulting from blunt and penetrating injuries. It describes two case studies, one involving a car accident and the other a stabbing. The car accident patient had liver lacerations that were managed surgically, while the stabbing victim had a liver wound and duodenal injury repaired during an emergency laparotomy. Most liver injuries can be successfully treated without surgery if the patient is hemodynamically stable. Surgical management may involve packing the liver or angiographic embolization of bleeding sites. Following initial resuscitation, imaging can help evaluate the severity and location of liver injuries.
The liver is the second most commonly injured organ in blunt abdominal trauma and the most commonly injured in penetrating abdominal trauma. Non-operative management of liver injuries is now the standard of care for hemodynamically stable patients and has a success rate of over 85%, even for high-grade injuries. Failure of non-operative management is usually due to other intra-abdominal injuries rather than the liver injury itself. Operative intervention is indicated for hemodynamically unstable patients or those who fail non-operative management.
1) Abdominal trauma is commonly encountered in the emergency department and can be challenging to diagnose due to subtle or delayed presentations of serious intra-abdominal injuries.
2) A thorough primary and secondary survey including vital signs monitoring, focused assessment with ultrasound, and diagnostic tests like CT scan are used to identify injuries.
3) Uncontrolled hemorrhage and sepsis are major causes of mortality, so prompt diagnosis and management of injuries is important to prevent complications.
1. Liver injuries are commonly caused by blunt or penetrating abdominal trauma. The right lobe of the liver is most frequently injured.
2. Liver injuries are graded from I to VI based on severity. Grade I injuries involve small lacerations while grade VI involve major vascular injuries.
3. Most liver injuries can now be managed non-operatively with techniques like angiography, embolization, and close monitoring. Operative management is reserved for higher grade injuries or those with ongoing bleeding.
Indications for thoracocoscopy in children brazil 2014bajuarez
This document discusses the use of thoracoscopy for various pediatric surgical procedures. It provides an overview of indications for thoracoscopy, including lung biopsies, lobectomies, and repairs of esophageal atresia. The document also reports on the outcomes of 230 thoracoscopic procedures performed at Children's Mercy Hospital between 2000-2007. Complications were rare. Thoracoscopy is described as a safe and effective alternative to thoracotomy that can avoid musculoskeletal complications in children.
A lecture about the management approaches for abdominal vascular injuries. Injury to the major arteries and veins in the abdomen are technical challenge to the surgeon and are often fatal. All vessels are susceptible to injury with penetrating trauma. Vascular injuries in blunt trauma are far less common and usually involve the renal arteries and veins, though all other vessels, including the aorta, can be injured. Blunt trauma results from deceleration, AP compression or pelvic fractures.
This document discusses genitourinary trauma, focusing on injuries to the upper and lower urinary tract. It covers the etiology, clinical findings, imaging, and management of renal injuries, ureteral injuries, and bladder injuries. Renal injuries are the most common genitourinary injuries and are often caused by blunt trauma from motor vehicle accidents. Contrast-enhanced CT is the preferred imaging method to evaluate renal injuries. Most renal injuries can be managed non-operatively with bed rest and IV fluids, while operative management is indicated for persistent bleeding or expanding hematomas.
This document discusses genitourinary trauma, focusing on renal trauma. It notes that the kidney is the most commonly injured genitourinary organ. Renal trauma is most often blunt, with severe cases associated with injuries to other organs. CT scan is the preferred imaging modality to evaluate renal injuries according to the American Association for the Surgery of Trauma classification system, which grades injuries from I to V based on severity. Grade I injuries involve contusions or small lacerations without urine extravasation. Grade II injuries include larger lacerations or hematomas confined to the kidney. Grade III injuries involve deeper lacerations or vascular injuries with contained bleeding.
Laparoscopy can be used to both diagnose and treat abdominal trauma. It is most effective for hemodynamically stable patients with penetrating injuries or blunt trauma with unclear internal injuries. Key benefits are lower morbidity rates compared to open surgery and ability to identify injuries often missed on imaging like diaphragmatic tears or mesenteric lacerations. The procedure allows for therapeutic repair of injuries to organs like liver, stomach or bowel when laparoscopic expertise is available. Contraindications include hemodynamic instability, clear need for open surgery, or limited laparoscopic resources.
This document discusses various types of vascular injuries. It covers the basic principles of vascular injury including anatomy, type of injury, mechanisms, clinical manifestations, investigations and management. It describes different types of vascular injuries like laceration, transection, dissection, crush and thrombosis. It discusses evaluation and investigations like Doppler, duplex ultrasound, angiography, CT angiography and MRI. It covers management of vascular injuries in different body regions like neck, chest, abdomen and extremities. It provides guidelines on treatment approaches including operative versus endovascular management.
This document discusses renal trauma, including causes such as blunt trauma from motor vehicle accidents or falls, as well as penetrating trauma. It outlines the grading system for renal injuries from Grade I to V. Mild injuries under Grade III are often managed conservatively with bed rest and monitoring, while more severe injuries may require angioembolization, stenting, or surgery. Surgical exploration is indicated for hemodynamic instability, expanding hematomas, or uncontrolled bleeding, while nephrectomy is considered for Grade V injuries or when the contralateral kidney is compromised.
1. The patient presented with an alleged stab injury to the chest and showed signs of hypotension not responding to fluids and a distended abdomen. CT scan showed hemopericardium and ascites.
2. At operation, a 2cm rent was found in the left dome of the diaphragm with 1L of hemoperitoneum and a 2cm laceration in the right lobe of the liver but no active bleeding.
3. Post-operatively, the patient had occasional RV collapse seen on echo but normal cardiac enzymes and was discharged on post-op day 6.
The document discusses traumatic injuries to the gallbladder and biliary ducts. It notes that 95% of biliary tree injuries are iatrogenic, while 5% are due to trauma. Trauma to the gallbladder occurs in 3-5% of abdominal trauma cases, while injuries to the biliary ducts occur in 0.5% of cases. Diagnosis is often intraoperative when associated injuries like liver, vascular, duodenal or splenic injuries are found. Imaging like CT may show duct dilation or periportal collections but do not always locate the injury site. ERCP is useful for diagnosing the location and type of biliary duct injury. Management depends on the specific injury but may include cholecystectomy
This document discusses genitourinary trauma. It covers renal trauma in detail, including that renal injuries make up about 10% of emergency room visits for trauma. It presents the American Association for the Surgery of Trauma classification system for renal injuries in detail. It also discusses trauma to the bladder and ureters, management principles, and complications.
1. The liver is the second most commonly injured organ in abdominal trauma after the spleen. Liver injuries have a high mortality rate, especially with blunt trauma.
2. Liver injuries can be caused by blunt trauma from motor vehicle accidents or falls, as well as penetrating trauma from stab wounds or gunshots.
3. CT scanning is the gold standard for evaluating liver injuries and assessing their severity based on the American Association for the Surgery of Trauma (AAST) grading scale.
4. Management depends on the patient's stability and injury grade. Lower grade injuries may be managed non-operatively but higher grades often require surgery or angiography with embolization.
The Americal Association for the Surgery of Trauma - guidelines for intestinal injury- grading and a brief description of duodenal injury and few Most common Questions
This document discusses the evaluation and management of abdominal injuries. It notes that abdominal injuries occur in 13% of trauma patients and are associated with a 7.7% mortality rate. Blunt trauma can cause organ lacerations and bleeding while penetrating trauma risks organ perforation. Clinical examination is important to assess for peritonitis and hemodynamic instability which indicate need for exploration. Focused abdominal sonography for trauma (FAST) can identify fluid but CT is preferred for stable patients. Diagnostic laparoscopy and laparotomy may be needed but have limitations in fully evaluating injuries.
1) Liver trauma is the second most common organ injured in blunt abdominal trauma and the most common injured in penetrating trauma, occurring in 1-8% of patients with multiple blunt trauma.
2) The liver is susceptible to injury due to its size, friable parenchyma, thin capsule, and fixed position near the ribs and spine.
3) Liver injuries are classified based on the mechanism of injury, type and degree of damage, localization within liver lobes/segments, and whether associated vessels or bile ducts are damaged. Grades I-II are minor injuries while Grades III-V require surgical intervention and Grade VI is incompatible with survival.
This document discusses the management of bile duct injuries detected during or after laparoscopic cholecystectomy. It notes that bile duct injuries are detected intraoperatively in about one-third of cases. When detected intraoperatively, immediate repair by an experienced hepatopancreaticobiliary surgeon may be considered, though delayed repair often has better outcomes due to less inflammation. For injuries detected postoperatively, initial management focuses on controlling bile leaks and sepsis before definitive repair, often a bilioenteric anastomosis, performed after 6 weeks by an hepatopancreaticobiliary surgeon once the patient is stabilized. Hepatectomy or liver transplantation may be needed for complex injuries or if secondary biliary cirrhosis develops
Bile duct injuriesCBDstricture, biliary fistula.pptxPradeep Pande
1. The document provides tips for using a PowerPoint presentation as an active learning tool, including showing blank slides to elicit student responses before providing content.
2. It discusses the Strasberg classification system for bile duct injuries, which categorizes injuries based on location, mechanism, and effect on biliary continuity.
3. Management of bile duct injuries depends on the type and severity, ranging from ligation of small ducts to biliary-enteric anastomosis for more extensive injuries involving the biliary tree continuity.
This document discusses safe laparoscopic cholecystectomy and management of bile duct injuries. It begins with an overview of laparoscopic cholecystectomy and the increased risk of bile duct injury compared to open procedures. It then covers bile duct injury mechanisms, classifications, prevention techniques such as obtaining the critical view of safety, and management strategies whether the injury is recognized intraoperatively or postoperatively. The key messages are that obtaining the correct anatomical views and following established safety procedures can help prevent bile duct injuries, and injuries need to be promptly addressed either by repair or biliary reconstruction to reestablish bile flow.
Bile Duct Injury and Post Cholecystectomy Biliary StrictureArifuzzaman Shehab
Bile duct injuries are a devastating complication of gallbladder surgery that can have tremendous physical and mental effects on both surgeons and patients. Early recognition within 72 hours allows for minimal inflammation and the highest chance of successful repair. Diagnosis involves signs of abdominal pain and jaundice along with imaging and blood tests showing bile leakage and liver dysfunction. Management depends on the severity and location of the injury, ranging from endoscopic stenting to immediate surgical repair.
BILE DUCT INJURY AFTER CHOLECYSTECTOMY.pptxSultanBhai4
This document summarizes research on bile duct injury after cholecystectomy and surgical approaches for treatment. Key points include:
- Bile duct injury is a risk of laparoscopic cholecystectomy and can lead to strictures or leaks requiring further intervention.
- Surgical repair by an experienced hepatobiliary surgeon offers the best outcomes for major bile duct injuries.
- Proper identification of ductal anatomy using techniques like the "critical view of safety" are important for prevention of injury during cholecystectomy.
- Management of bile duct injuries may require a multidisciplinary team including surgeons, gastroenterologists, and interventional radiologists.
Bile duct injury is a rare but potentially devastating complication of cholecystectomy that can result in biliary peritonitis, sepsis, and cirrhosis. It is most commonly caused by misidentification of structures during laparoscopic cholecystectomy. Management involves controlling infection, delineating biliary anatomy, and reestablishing biliary drainage, usually through surgical hepaticojejunostomy. Prevention relies on identification of anatomical variations, achieving a "critical view of safety" before duct division, and open conversion if needed. Proper management requires a multidisciplinary approach between surgeons, radiologists, and gastroenterologists.
This document discusses the history of biliary injuries and laparoscopic cholecystectomy. It begins with a brief overview of milestones in the history of cholecystectomy and bile duct surgery. It then describes biliary anatomy and variations that can increase risk of injury. The advantages of laparoscopic cholecystectomy are noted but also the increased risk of bile duct injuries compared to open surgery. Risk factors for injuries are discussed including surgeon experience, patient factors like inflammation, and anatomic variations. Techniques for prevention are outlined including obtaining the "critical view of safety" and using intraoperative cholangiography. Classification systems for injuries and approaches to treatment are also summarized. Throughout, the importance of prevention over treatment is emphasized
This document discusses post-cholecystectomy biliary duct injuries, including:
- Types of biliary anomalies and injuries that can occur during or after laparoscopic cholecystectomy.
- Factors that can increase the risk of bile duct injury, such as acute inflammation, obesity, anatomic variations, and surgical technique errors.
- Classification systems for bile duct injuries, ranging from leaks to various types of strictures, occlusions, and transections.
- Presentation of bile duct injuries, which can be either immediately post-op or months/years later, depending on the type and severity of injury.
- Diagnostic approaches like ERCP, MRCP, and P
The Mystery of Bile or No Bile:“Elementary My Dear Watson!”
Why the two opposite studies of the MGB
1. Minimal Bile Reflux
2. Common Bile Reflux
Answer: 1. Skill and knowledge of the Surgeons & 2. Propper care and education of post op patients
Conclusion: Don't Do the MGB! If You Don't Know What You are Doing
Dr. Sreenath K discusses bile duct injuries that can occur during cholecystectomy. The document covers risk factors, classifications, presentations, prevention strategies, and management approaches for bile duct injuries. Prevention focuses on obtaining a clear view of structures in Calot's triangle before division. Management depends on the type and extent of injury, and may involve drainage, stenting, or surgical reconstruction like hepaticojejunostomy. Surgical repair aims to reestablish biliary enteric continuity in a tension-free manner.
Bile duct injury:How safe is emergency laparoscopic cholecystectomy?KETAN VAGHOLKAR
laparoscopic cholecystectomy has become the gold standard . But its safety in acute cholecystitis is debatable. The traditional dictum to wait for 6 weeks before contemplating removal of the gall bladder still remains the safest option rather than removing the gall bladder on an emergency basis and heightening the chances of bile duuct injury leading to a surgical disaster.The presentation outlines the evaluation and management of bile duct injuries.
This document provides tips and instructions for using a PowerPoint presentation on liver trauma. Some key points:
- Slides can be freely edited and modified. Blank slides are included to facilitate active learning sessions.
- The presentation follows the AAST classification system for liver injuries and also discusses the WSES classification.
- Imaging studies like CT, ultrasound, and angiography play an important role in diagnosis. Conservative management is preferred for stable patients.
- Indications for surgery include signs of peritonitis, uncontrolled bleeding, or clinical deterioration. Surgical techniques aim to control bleeding and remove devitalized tissue.
This document discusses techniques for performing safe laparoscopic cholecystectomy to avoid bile duct injury. It emphasizes obtaining the "critical view of safety" during surgery, which involves clearly exposing the two structures entering the gallbladder without exposing the common bile duct. Failure to obtain this view and excessive traction on structures are common causes of bile duct injury. If injury occurs, prompt recognition and repair by an expert is important to avoid complications. New minimally invasive approaches for hepatopancreaticobiliary surgery are also discussed.
This is very important topic for Laparoscopic surgeons,as bile injury is not uncommon,how to approach such biliary injuries is prime to know for evolving surgeons.This slide would also helpful for surgery residents.
This document presents a case of traumatic liver injury in a 17-year old male patient who was in a motorcycle accident. He presented with abdominal pain and vomiting. Imaging showed a liver laceration and bleeding in the abdomen. He underwent an exploratory laparotomy where a left lobe liver laceration and diaphragm perforation were found and repaired. He recovered well after surgery with drain removal after one week and was discharged. Traumatic liver injuries can range from minor injuries treated non-operatively to severe injuries requiring surgery like lobectomy or packing to control bleeding. Both non-operative and surgical management were discussed.
This document discusses percutaneous transhepatic biliary drainage (PTBD) for the treatment of malignant biliary obstruction. PTBD involves puncturing the obstructed bile duct under imaging guidance and placing a drainage catheter to decompress the biliary system. It is indicated for palliation or as a preoperative procedure. Complications can include pain, bile leaks, hemorrhage, cholangitis, and stent blockage over time. The procedure involves imaging to plan access, puncturing the bile duct with a needle, placing a wire and catheter across the stricture, and sometimes placing a stent to maintain drainage.
This document discusses abdominal trauma, providing classifications and management strategies. It divides the abdomen into 4 internal sections and classifies trauma as blunt or penetrating. Factors influencing blunt trauma severity are outlined. Diagnosis involves history, exam, and special tests like ultrasound, CT, DPL. Management depends on stability, with laparotomy indicated for instability or clear injuries. Specific organ injuries from spleen to urethra are addressed, noting diagnostic criteria and treatment options like repair versus resection.
Drs. Penzler, Ricker, and Ahmad’s CMC Abdominal Imaging Mastery Project: Nove...Sean M. Fox
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Management of Bile duct injuries - Dr Keyur Bhatt
1. Dr. Keyur Bhatt
MS, FAIS, MRCS (UK), FACS (USA)
ASIA BOOK & INDIA BOOK Record holder for “Grand Master of laparoscopic
cholecystectomy”
LIMCA BOOK & INDIA BOOK Record holder “longest foreign body removal
from stomach”
7. Type wise definitive management –
Our experience
Surgical Only surgical
endostentin
g
SIDS TYPE
ENDOSCOP
IC
HJ
Only
TTD
Total
Type I 114 0 114
Type II 37 0 37
Type III A 15 6 4 25
Type III B 23 23
Type III C 8 8
Type III D 2 2
Type IV 0 2 2
TOTAL 166 39 4 2 211
8. REVIEW
• Following LC , Biliary complication Incidence is
reported to be 0.7 as compared to 0.4 for OC. (almost 2
times)
• Why do injury happens
– A. anatomical variations
– A. Miss interpretation of
Anatomy 70%
– B. local pathology
– C. technical problems, (lack of 3d vision, tactile perception,
etc)
– D. learning curve, (inexperienced surgeon or over
confident surgeon(after 75-100 cases)
9. Some facts
Following LC – cystic duct
stump blow out most
common cause-
• Improper application of
clips, use of diathermy ,
energy source to divide CD
can lead to thermal injury
and necrosis of stump
slippage of clip
• In bile duct injury laceration
/ lateral injuries caries less
risk than transaction or
circumferential injury as the
blood supply runs parallel to
CBD
11. Risk factors of poor outcome
• Biliary reconstruction in presence of
peritonitis
• Combined vascular and biliary injury
• Injury at or above the level of biliary
bifurcations
Independent significant risk factors of poor
outcome
12. Why to discuss
• Why do we need to classify injuries?
• Ans- to know outcome, severity, possible
management guidelines
• Bismuth
• Strasberg classification
• McMohan
19. McMohan 1995
• A – Cystic duct leak or leakage from aberrant
Hepatic ducts
• B – Major leak with/without concomitant
strictures
• C- Bile duct strictures without leaks
• D- Complete transaction of CBD with excision
of part of CBD
20.
21. Clinical presentation of patient
1. ACUTE BILE DUCT INJURY DETECTED DURING
SURGERY
2. POST OP BILIARY FISTULA FROM DRAIN
(CONTROLLED) OR WOUND
3. BILOMA / BILIARY PERITONITIS
4. DELAYED PRESENTATION WITH BILIARY
STRICTURE FOLLOWING LC/OC.(Bismuth
types)
22. Our Data till 2018
Type of presentation Number of
patients
Percentage of
total
On table detected 13 6.16
Biloma 06 2.84
Controlled biliary fistula /drain 149 70.61
Biliary peritonitis infected 30 14.21
Delayed presentation with Biliary
stricture
13 6.16
23. 1. ACUTE BILE DUCT INJURY DETECTED
DURING SURGERY
• This carries the best chance of management
amongst all types of injury
• Prognosis is best if managed properly
• But this is only 25% of all BDI.
24. What to do?
• Who is experienced in the field
• Lap convert to open- to identify the
structures in HDL, & identify the severity of
injury
• Still unclear stop dissection, put drainage,
come out.
25. What to do?
• Simple type D injuries are repaired by closure of the
defect using fine absorbable sutures over a T tube /
endo biliary stent and placement of a closed suction
drain in the vicinity of the repair.
• If identified less than 1/3
of circumference injury
26. What to do?
• Type D injuries that are thermal in origin or that
are complex are best repaired by
hepaticojejunostomy(HJ)
• Segment loss more than 1/3 circumference
injury—(expertise available) , injury bellow
confluence Without sepsis No vascular
compromise HJ
• BUT FOR HIGHER LESIONS AND INJURY ABOVE
THE BIFURCATION– ONLY DRAINAGE AND LATER
REPAIR.
27. What to do?
• Type C injury:
• Confirm first (IOC) and can be
simply ligated /over sewed (if
sectoral duct)
• If RHD drain / internal stenting
• Nearly impossible to reconstruct -
and should never be tried in
emergency without expertise
28. Clinical presentation of patient
1. ACUTE BILE DUCT INJURY DETECTED DURING
SURGERY
2. POST OP BILIARY FISTULA FROM DRAIN
(CONTROLLED), or WOUND
3. BILOMA / BILIARY PERITONITIS
4. DELAYED PRESENTATION WITH BILIARY
STRICTURE FOLLOWING LC/OC.(Bismuth
types)
29. Presentation
• Bile in drain
• Bile from wound
• We need to look @ this not the amount of
bile leakage
• With or without fever / sepsis / high TLC
• With or without Jaundice
• With or without associated Biloma
30. • Controlled fistula (no associated collection)
Non toxic patient MRCP (Typing of injury )
ERCP
• IF A,C, Selected D (no associated collection)
STENTING OF CBD
• IF COMPLETE LIGATION OF CBD WAIT FOR
6 WEEKS – OBSERVE THE OUTPUT – SOS PTBD
/ External Drainage – DELAYED HJ.
31. Clinical presentation of patient
1. ACUTE BILE DUCT INJURY DETECTED DURING
SURGERY
2. POST OP BILIARY FISTULA FROM DRAIN
(CONTROLLED), or WOUND
3. BILOMA / BILIARY PERITONITIS
4. DELAYED PRESENTATION WITH BILIARY
STRICTURE FOLLOWING LC/OC.(Bismuth
types)
32. • Presentation:
• NON SPECIFIC SIGNS
• Abdominal tenderness, discomfort,
generalized malaise and anorexia with or
without FEVER
• Investigations: Routine blood Ix +
• Noninvasive imaging (US/CT scan) is essential
to define Biloma
33. What next ?
• BILOMA may require percutaneous or surgical
drainage (most essential)
• ERCP and percutaneous transhepatic
cholangiography (PTC) can provide an exact
anatomical diagnosis of bile duct leak, while at
the same time allowing for treatment of the leak
by appropriate decompression of the biliary tree
if needed.
• But prior to that bile needs to be taken out of
abdomen
34. Why ?
• Biliary tree is sterile most of the times so as the
Bilioma (even though they are post op) (except
pre op cholangitis)
• The moment sphenctorotomy is done and stent /
dye placed in CBD BACTERIA ENTERS THE
SYSTEM (after any ERCP bactibilia is 100%,
cholangitis may or may not happen)
• LEAKS FROM THE INJURY PARTSPREADS ALL
OVER THE ABDOMEN
• BILOMA BILIARY PERITONITIS
35. What next after drainage..
• In case of CBD stone removal with
sphincterotomy is treatment of choice.
• If there is no stone, then internal stenting with
or without sphincterotomy has shown to be
effective in treating bile leaks of Type A,C,D.
36. Cont…
• Endoscopic internal Stenting is currently
procedure of choice for treating bile duct leaks
(usually types A, C and D)
• 7 Fr and 10 Fr stents can be inserted without
sphincterotomy Cessation of bile extravasation
in 70-95% of cases within a period of 1-7 days.
• PTC is usually reserved for instances when ERCP is
unsuccessful or in preparation for surgical repair
37. Clinical presentation of patient
1. ACUTE BILE DUCT INJURY DETECTED DURING
SURGERY
2. POST OP BILIARY FISTULA FROM DRAIN
(CONTROLLED), or WOUND
3. BILIOMA / BILIARY PERITONITIS
4. DELAYED PRESENTATION WITH BILIARY
STRICTURE FOLLOWING LC/OC.(Bismuth
types)
38. How to deal
• Patient usually presents with SOJ +/- Cholangitis
• If Cholangitis PTBD
• Always typing should be first - MRCP
• Most important factor in this type is timing of
surgery for the positive outcome
• Immediate post operative repair carries high risk
of complications rate.
• Late reconstruction after 6 weeks is rule of
THUMB.
40. Summary
• BDI are rare complications of Cholecystectomies
LC or OC but they can devastate and individual by
turning him into a “biliary cripple” and most
ultimately die of liver failure.
• They often occur from errors of human
judgment and are thus preventable…
• Marriage of experience of OC &
vision/magnifications of LC should reduce the
incidence of such catastrophes.