Book contents
- Atlas of Surgical Techniques in Trauma
- Atlas of Surgical Techniques in Trauma
- Copyright page
- Dedication
- Contents
- Contributors
- Foreword
- Preface
- Acknowledgments
- Section 1 The Trauma Operating Room
- Section 2 Resuscitative Procedures in the Emergency Room
- Section 3 Head
- Section 4 Neck
- Section 5 Chest
- Section 6 Abdomen
- Chapter 22 General Principles of Abdominal Operations for Trauma
- Chapter 23 Damage Control Surgery
- Chapter 24 Resuscitative Endovascular Balloon Occlusion of the Aorta (REBOA)
- Chapter 25 Gastrointestinal Tract
- Chapter 26 Duodenum
- Chapter 27 Liver and Biliary Tract Injuries
- Chapter 28 Splenic Injuries
- Chapter 29 Pancreas
- Chapter 30 Urological Trauma
- Chapter 31 Abdominal Aorta and Splachnic Vessels
- Chapter 32 Iliac Vessel Injuries
- Chapter 33 Inferior Vena Cava
- Chapter 34 Cesarean Section
- Chapter 35 Emergency Hysterectomy
- Section 7 Pelvic Fractures and Bleeding
- Section 8 Upper Extremities
- Section 9 Lower Extremities
- Section 10 Orthopedic Damage Control
- Section 11 Soft Tissues
- Index
Chapter 28 - Splenic Injuries
from Section 6 - Abdomen
Published online by Cambridge University Press: 21 October 2019
- Atlas of Surgical Techniques in Trauma
- Atlas of Surgical Techniques in Trauma
- Copyright page
- Dedication
- Contents
- Contributors
- Foreword
- Preface
- Acknowledgments
- Section 1 The Trauma Operating Room
- Section 2 Resuscitative Procedures in the Emergency Room
- Section 3 Head
- Section 4 Neck
- Section 5 Chest
- Section 6 Abdomen
- Chapter 22 General Principles of Abdominal Operations for Trauma
- Chapter 23 Damage Control Surgery
- Chapter 24 Resuscitative Endovascular Balloon Occlusion of the Aorta (REBOA)
- Chapter 25 Gastrointestinal Tract
- Chapter 26 Duodenum
- Chapter 27 Liver and Biliary Tract Injuries
- Chapter 28 Splenic Injuries
- Chapter 29 Pancreas
- Chapter 30 Urological Trauma
- Chapter 31 Abdominal Aorta and Splachnic Vessels
- Chapter 32 Iliac Vessel Injuries
- Chapter 33 Inferior Vena Cava
- Chapter 34 Cesarean Section
- Chapter 35 Emergency Hysterectomy
- Section 7 Pelvic Fractures and Bleeding
- Section 8 Upper Extremities
- Section 9 Lower Extremities
- Section 10 Orthopedic Damage Control
- Section 11 Soft Tissues
- Index
Summary
The spleen lies under the ninth to eleventh ribs, under the diaphragm. It is lateral to the stomach and anterosuperior to the left kidney. The tail of the pancreas is in close anatomical proximity to the splenic hilum and amenable to injury during splenectomy or hilar clamping.
The spleen is held in place by four ligaments, which include the splenophrenic and splenorenal ligaments posterolaterally, the splenogastric ligament medially, and the splenocolic ligament inferiorly. The splenorenal ligament begins at the anterior surface of Gerota’s fascia of the left kidney and extends to the splenic hilum, as a two-layered fold that invests the tail of the pancreas and splenic vessels. The splenophrenic ligament connects the posteromedial part of the spleen to the diaphragm, and the splenocolic ligament connects the inferior pole of the spleen to the splenic flexure of the colon. The splenogastric ligament is the only vascular ligament and contains five to seven short gastric vessels that originate from the distal splenic artery and enter the greater curvature of the stomach. Excessive retraction of the splenic flexure or the gastrosplenic ligaments can easily tear the splenic capsule and cause troublesome bleeding.
The mobility of the spleen depends on the architecture of these ligaments. In patients with short and well-developed ligaments, mobilization is more difficult and requires careful dissection in order to avoid further splenic damage.
The splenic hilum contains the splenic artery and vein and is often intimately associated with the tail of the pancreas. The extent of the space between the tail of the pancreas and the splenic hilum varies from person to person.
The splenic artery is a branch of the celiac axis that courses superior to the pancreas towards the splenic hilum where it divides into upper and lower pole arteries. There is significant variability in where this branching occurs. Most people, approximately 70%, have a distributed or medusa like branching that occurs 5–10 cm from the spleen. Simple branching occurs in approximately 30%, 1–2 cm from the spleen.
The splenic vein courses posterior and inferior to the splenic artery, receives the inferior mesenteric vein, and joins the superior mesenteric vein to form the portal vein.
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- Atlas of Surgical Techniques in Trauma , pp. 234 - 243Publisher: Cambridge University PressPrint publication year: 2020