75358002: Structure of central vein of liver (body structure)
- SNOMED CT Concept\Body structure\Anatomical or acquired body structure (body structure)\Anatomical structure\...
- \Anatomical structure which has as its parts a heterogeneous collection of organs, organ parts, cells, cell parts or body part subdivisions that are adjacent to, or continuous with one another; does not constitute a cell part, cell, tissue, organ, or body part subdivision.\Structure of anatomical compartment (body structure)\Structure of body cavity and/or content\...
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\This structure comprises the space and content within the boundaries of the abdominal proper cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic proper structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic proper structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the superior pelvic aperture; anteriorly the anterior abdominal (including the lateral abdominal wall); and posteriorly the posterior wall of abdomen proper. Note, the structures that form the boundaries are excluded.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\This structure comprises the space and content within the boundaries of the abdominal proper cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic proper structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic proper structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the superior pelvic aperture; anteriorly the anterior abdominal (including the lateral abdominal wall); and posteriorly the posterior wall of abdomen proper. Note, the structures that form the boundaries are excluded.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\This structure comprises the space and content within the boundaries of the abdominal proper cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic proper structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic proper structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the superior pelvic aperture; anteriorly the anterior abdominal (including the lateral abdominal wall); and posteriorly the posterior wall of abdomen proper. Note, the structures that form the boundaries are excluded.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\This structure comprises the space and content within the boundaries of the abdominal proper cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic proper structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic proper structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the superior pelvic aperture; anteriorly the anterior abdominal (including the lateral abdominal wall); and posteriorly the posterior wall of abdomen proper. Note, the structures that form the boundaries are excluded.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\This structure comprises the space and content within the boundaries of the abdominal proper cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic proper structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic proper structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the superior pelvic aperture; anteriorly the anterior abdominal (including the lateral abdominal wall); and posteriorly the posterior wall of abdomen proper. Note, the structures that form the boundaries are excluded.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \This structure comprises the space and content within the boundaries of the abdominopelvic cavity but excludes the walls that define and enclose the space. Previously SNOMED CT used the word 'compartment' to describe structures comprising the cavity and content but FMA has used the same word to include cavity, content and wall. As a consequence, the preferred notation is intra-abdominopelvic structure as this more clearly excludes the 'wall' structures. The intra-abdominopelvic structure is bounded by, but excludes the following 'wall' structures: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; anteriorly the anterior abdominal wall (including the lateral abdominal wall); and posteriorly the wall of the abdominal proper segment of trunk. The pelvic component consists of the cavity and content of the true pelvis, which is bounded by the pelvic wall. Note, the structures that form the boundaries are excluded.\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Structure of viscus\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Structure of viscus\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Structure of viscus\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Structure of viscus\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Structure of viscus\Any organ (viscera) contained within the abdominopelvic cavity. The abdominopelvic viscera includes stomach, small intestine, large intestine, spleen, kidneys, adrenal glands, pancreas, liver and gallbladder and the viscera within the true pelvic cavity including ovaries, uterus, prostate, urinary bladder and anal canal.\Structure of organ within abdomen proper cavity (body structure)\Liver structure\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Digestive organ part\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Digestive organ part\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Digestive organ part\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Digestive organ part\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Digestive organ part\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Organ part\Organ parenchyma\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\Structure of blood vessel of abdominal cross-sectional segment of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\Structure of blood vessel of abdominal cross-sectional segment of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\Structure of blood vessel of abdominal cross-sectional segment of trunk\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\Structure of blood vessel of abdominal cross-sectional segment of trunk\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of blood vessel of abdomen proper (body structure)\Structure of vein of abdomen proper\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of blood vessel of abdomen proper (body structure)\Vascular structure of abdominal organ\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of blood vessel of abdomen proper (body structure)\Vascular structure of abdominal organ\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of abdominal vein\Structure of vein of abdomen proper\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of blood vessel of abdominopelvic cross-sectional segment of trunk (body structure)\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of abdominal vein\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of systemic vein of trunk\Tributary of inferior vena cava\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of systemic vein of trunk\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of abdominal vein\Structure of vein of abdomen proper\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Regional blood vessel structure (body structure)\Vascular structure of trunk\Structure of vein of trunk\Structure of abdominal vein\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Vascular structure of organs\Vascular structure of abdominal organ\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Vascular structure of organs\Vascular structure of abdominal organ\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Systemic vascular structure\Systemic venous structure\Structure of systemic vein of trunk\Tributary of inferior vena cava\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Systemic vascular structure\Systemic venous structure\Structure of systemic vein of trunk\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Systemic venous structure\Structure of systemic vein of trunk\Tributary of inferior vena cava\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Systemic venous structure\Structure of systemic vein of trunk\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of vein of abdominal cross-sectional segment of trunk\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of systemic vein of trunk\Tributary of inferior vena cava\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of systemic vein of trunk\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of abdominal vein\Structure of vein of abdomen proper\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Blood vessel structure (body structure)\Venous structure\Structure of vein of trunk\Structure of abdominal vein\Structure of systemic abdominal vein (body structure)\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Intra-abdominal digestive structure\Liver and/or biliary structure (body structure)\Liver structure\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Digestive organ part\Liver part\Microscopic liver structure\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Digestive organ part\Liver part\Microscopic liver structure\Hepatic lobule structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Digestive organ part\Liver part\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Digestive organ part\Liver part\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \An anatomical structure that consists of the maximal set of organ parts so connected to one another that together they constitute a self-contained unit of macroscopic anatomy, distinct both morphologically and functionally from other such units. Together with other organs, an organ constitutes an organ system or a body part. An organ is divisible into organ parts but not organs (examples: femur, biceps, liver, heart, aorta, sciatic nerve, ovary).\Digestive organ structure\Digestive organ part\Liver part\Structure of parenchyma of liver\Hepatic lobule structure\Structure of central vein of liver
- \Body region structure\Chest and/or abdomen and/or pelvis structure (body structure)\Chest and/or abdomen structure (body structure)\This is considered the most commonly used clinical variant of 'abdomen' and relates to the space and content within the abdominopelvic cavity plus the anterior and lateral abdominal wall. The volume is bounded by, but excludes: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; and posteriorly the posterior wall of the abdomen proper: The pelvic component consists of the cavity of the true pelvis, which is bounded by, but excludes, the pelvic wall. Anteriorly this volume is bounded and includes the anterior abdominal (including the lateral abdominal wall).\Soft tissue of abdomen\Structure of soft tissue within abdominopelvic cavity (body structure)\Vascular structure of abdominal organ\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
- \Body region structure\Chest and/or abdomen and/or pelvis structure (body structure)\Chest and/or abdomen structure (body structure)\This is considered the most commonly used clinical variant of 'abdomen' and relates to the space and content within the abdominopelvic cavity plus the anterior and lateral abdominal wall. The volume is bounded by, but excludes: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; and posteriorly the posterior wall of the abdomen proper: The pelvic component consists of the cavity of the true pelvis, which is bounded by, but excludes, the pelvic wall. Anteriorly this volume is bounded and includes the anterior abdominal (including the lateral abdominal wall).\Soft tissue of abdomen\Structure of soft tissue within abdominopelvic cavity (body structure)\Vascular structure of abdominal organ\Vascular structure of liver\Structure of hepatic vein\Structure of central vein of liver
- \Body region structure\Chest and/or abdomen and/or pelvis structure (body structure)\Chest and/or abdomen structure (body structure)\This is considered the most commonly used clinical variant of 'abdomen' and relates to the space and content within the abdominopelvic cavity plus the anterior and lateral abdominal wall. The volume is bounded by, but excludes: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; and posteriorly the posterior wall of the abdomen proper: The pelvic component consists of the cavity of the true pelvis, which is bounded by, but excludes, the pelvic wall. Anteriorly this volume is bounded and includes the anterior abdominal (including the lateral abdominal wall).\Soft tissue of abdomen\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of blood vessel of abdomen proper (body structure)\Structure of vein of abdomen proper\Structure of hepatic vein\Structure of central vein of liver
- \Body region structure\Chest and/or abdomen and/or pelvis structure (body structure)\Chest and/or abdomen structure (body structure)\This is considered the most commonly used clinical variant of 'abdomen' and relates to the space and content within the abdominopelvic cavity plus the anterior and lateral abdominal wall. The volume is bounded by, but excludes: superiorly the thoracic diaphragm; inferiorly the pelvic diaphragm; and posteriorly the posterior wall of the abdomen proper: The pelvic component consists of the cavity of the true pelvis, which is bounded by, but excludes, the pelvic wall. Anteriorly this volume is bounded and includes the anterior abdominal (including the lateral abdominal wall).\Soft tissue of abdomen\This concept describes any blood vessel that is entirely within the abdominopelvic cavity.\Structure of blood vessel of abdomen proper (body structure)\Vascular structure of abdominal organ\Vascular structure of liver\Intrahepatic venous structure\Structure of central vein of liver
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