Slide 1 - AccessMedicine
... lateral to the ovarian vessels and across the vesicouterine fold. E. Narrow malleable retractors (Indiana retractors) are placed into the paravesical and pararectal spaces to provide excellent access to the lateral pelvic sidewall and pelvic lymph nodes. F. Pelvic lymphadenectomy (external and inter ...
... lateral to the ovarian vessels and across the vesicouterine fold. E. Narrow malleable retractors (Indiana retractors) are placed into the paravesical and pararectal spaces to provide excellent access to the lateral pelvic sidewall and pelvic lymph nodes. F. Pelvic lymphadenectomy (external and inter ...
Inferior mediastinum
... the lower 6 or 7 intercostal spaces • Upper intercostal lymph trunks from upper left 5-6 intercostal spaces • Ducts from posterior mediastinal nodes • Ducts from posterior diaphragmatic nodes ...
... the lower 6 or 7 intercostal spaces • Upper intercostal lymph trunks from upper left 5-6 intercostal spaces • Ducts from posterior mediastinal nodes • Ducts from posterior diaphragmatic nodes ...
Cytology of Body Cavity Fluids: Advanced Case Examples by R.E.
... Injury to the gall bladder or bile duct can result in release of bile into the peritoneum. The fluid color is usually brown, green, or dark yellow. The cell count often reflects the exudative character of the fluid. The cells include mostly nondegenerate or mildly karyolytic neutrophils as well foam ...
... Injury to the gall bladder or bile duct can result in release of bile into the peritoneum. The fluid color is usually brown, green, or dark yellow. The cell count often reflects the exudative character of the fluid. The cells include mostly nondegenerate or mildly karyolytic neutrophils as well foam ...
Trachea, bronchi & bronchopulmonary segment
... The respiratory bronchioles end by branching into alveolar ducts, which lead into tubular passages with numerous thin-walled outpouchings called alveolar sacs ...
... The respiratory bronchioles end by branching into alveolar ducts, which lead into tubular passages with numerous thin-walled outpouchings called alveolar sacs ...
42. Lungs, pleura
... Each segment has its own lymphatic vessels and autonomic nerve supply On entering a bronchopulmonary segment, each segmental bronchus divides repeatedly ...
... Each segment has its own lymphatic vessels and autonomic nerve supply On entering a bronchopulmonary segment, each segmental bronchus divides repeatedly ...
Pelvic Metastases
... Lymphatic tumor spread • Lymph vessels larger than small capillaries • Easy movement of tumor cells (No basement membrane & fewer intercellular junctions) • Slower flow velocities than capillaries • Lymph fluid similar to interstitial fluid and promotes tumor cell viability ...
... Lymphatic tumor spread • Lymph vessels larger than small capillaries • Easy movement of tumor cells (No basement membrane & fewer intercellular junctions) • Slower flow velocities than capillaries • Lymph fluid similar to interstitial fluid and promotes tumor cell viability ...
Lymphatic System
... immature T-cells. T-Cells play a very important part, Tcells can take out some of the really nasty stuff such as bacteria, fungi and viruses. In the thymus some T-cells don’t fully mature, and it’s a fact that every pack of T-cells that get to the thymus, only about 2% actually leave the thymus fu ...
... immature T-cells. T-Cells play a very important part, Tcells can take out some of the really nasty stuff such as bacteria, fungi and viruses. In the thymus some T-cells don’t fully mature, and it’s a fact that every pack of T-cells that get to the thymus, only about 2% actually leave the thymus fu ...
Personal Anatomy Notes – The Thoracic Cage
... If it continues further down, and the patient was standing/sitting when it happened, where would it most likely end up? RASSP. Sitting/Standing = Posterior Basal If it continues further down, and the patient was lying down (recumbent) when it happened, where would it most likely end up? RASSP. R ...
... If it continues further down, and the patient was standing/sitting when it happened, where would it most likely end up? RASSP. Sitting/Standing = Posterior Basal If it continues further down, and the patient was lying down (recumbent) when it happened, where would it most likely end up? RASSP. R ...
Deep Cervical Nodes
... thyrohyoid, and palatopharyngeus muscles. The main part of the larynx is thus elevated to the posterior surface of the epiglottis , and the entrance into the larynx is closed. The bolus moves downward over the epiglottis, the closed entrance into the larynx, and reaches the lower part of the pharynx ...
... thyrohyoid, and palatopharyngeus muscles. The main part of the larynx is thus elevated to the posterior surface of the epiglottis , and the entrance into the larynx is closed. The bolus moves downward over the epiglottis, the closed entrance into the larynx, and reaches the lower part of the pharynx ...
File
... tapeworms), may have been an unwitting beneficiary of this weight loss plan, which wormed its way into popular use in the 1920s. ...
... tapeworms), may have been an unwitting beneficiary of this weight loss plan, which wormed its way into popular use in the 1920s. ...
Anatomy of Root of the Neck
... water in times of stree (incr. blood volume), act on heart, lungs nervous tissue, assoc. w/ symp. nervous sys Chromaffin cells – secrete catecholamines into blood (mostly epinephrine) in response to signals from spesynaptic neurons celiac plexus, thoracic splanchnic ...
... water in times of stree (incr. blood volume), act on heart, lungs nervous tissue, assoc. w/ symp. nervous sys Chromaffin cells – secrete catecholamines into blood (mostly epinephrine) in response to signals from spesynaptic neurons celiac plexus, thoracic splanchnic ...
superficial veins, lymphatics and lymph nodes
... antecubital fossa using a venepuncture vacuum system ...
... antecubital fossa using a venepuncture vacuum system ...
anatomy and physiology in relation to compression of the upper limb
... is generally thin, devoid of hair follicles, and prone to sag. Overall, the skin is mobile and overlies loose, nonfibrous ...
... is generally thin, devoid of hair follicles, and prone to sag. Overall, the skin is mobile and overlies loose, nonfibrous ...
Brachial Plexus
... Medial pectoral n. Medial cutaneous n. of arm. Medial cutaneous n. of forearm. Ulnar n. Medial root of median n. ...
... Medial pectoral n. Medial cutaneous n. of arm. Medial cutaneous n. of forearm. Ulnar n. Medial root of median n. ...
Ch. 1 Jeopardy Levels or Organization/Requirements for Life 100
... Organ Systems/Characteristics of Life 100- What are 3 characteristics of living things? Movement, responsiveness, reproduction, growth, respiration, digestion, absorption, circulation, assimilation and excretion 200- What is the name for the organ system that contains the skin? Integumentary 300- W ...
... Organ Systems/Characteristics of Life 100- What are 3 characteristics of living things? Movement, responsiveness, reproduction, growth, respiration, digestion, absorption, circulation, assimilation and excretion 200- What is the name for the organ system that contains the skin? Integumentary 300- W ...
Questions for Anatomy Exam
... drains to the axillary lymph nodes on that side of the body. b. Most of the lymphatic drainage of the breasts is to the inguinal lymph nodes. c. Lymphatic fluid from the medial part of the breast drains to the axillary lymph nodes rather than the parasternal lymph nodes. d. Lymphatic fluid from the ...
... drains to the axillary lymph nodes on that side of the body. b. Most of the lymphatic drainage of the breasts is to the inguinal lymph nodes. c. Lymphatic fluid from the medial part of the breast drains to the axillary lymph nodes rather than the parasternal lymph nodes. d. Lymphatic fluid from the ...
Organizational Overview of Thorax, Abdomen, Pelvis Introduction to
... Some organs (e.g. kidneys) are between peritoneum on one surface, and the body wall on the other – the RETROPERITONEAL condition. ...
... Some organs (e.g. kidneys) are between peritoneum on one surface, and the body wall on the other – the RETROPERITONEAL condition. ...
9 lymph node
... lymphatic vessels located in the superior aspect of fundus of uterus and body of uterus: follow the ovarian blood vessels and ascend to terminate mainly in the lumbar lymph nodes. accompany the round ligament , pass the inguinal canal，and reach the superficial inguinal lymph nodes. lymphatic vessels ...
... lymphatic vessels located in the superior aspect of fundus of uterus and body of uterus: follow the ovarian blood vessels and ascend to terminate mainly in the lumbar lymph nodes. accompany the round ligament , pass the inguinal canal，and reach the superficial inguinal lymph nodes. lymphatic vessels ...
Chapter 8
... • Blood and Lymph Tissue – Moves through the circulatory system • Delivers nourishment electrolytes, hormones, vitamins, antibodies, heat and oxygen to all body tissues ...
... • Blood and Lymph Tissue – Moves through the circulatory system • Delivers nourishment electrolytes, hormones, vitamins, antibodies, heat and oxygen to all body tissues ...
Slide ()
... that joins with the anterosuperior pancreatoduodenal vein and the accessory right colic vein, making Henle's common trunk. ARCV, accessory right colic vein; ASPDV, anterosuperior pancreatoduodenal vein; GDA, gastroduodenal artery; IPA, infrapyloric artery; Pnac, pancreas; PV, portal vein; RGEA, righ ...
... that joins with the anterosuperior pancreatoduodenal vein and the accessory right colic vein, making Henle's common trunk. ARCV, accessory right colic vein; ASPDV, anterosuperior pancreatoduodenal vein; GDA, gastroduodenal artery; IPA, infrapyloric artery; Pnac, pancreas; PV, portal vein; RGEA, righ ...
MYELOID TISSUES PATHOLOGY OF THE HEMATOPOIETIC
... (= neoplastic lymphocytes primarily in bone marrow and circulation) to lymphoma (= neoplastic lymphocytes in lymph nodes / tissues / organs with relatively normal blood profile). C in the later stages of disease lymphoid leukemia will often invade tissues and lymphoma can involve marrow / circulatin ...
... (= neoplastic lymphocytes primarily in bone marrow and circulation) to lymphoma (= neoplastic lymphocytes in lymph nodes / tissues / organs with relatively normal blood profile). C in the later stages of disease lymphoid leukemia will often invade tissues and lymphoma can involve marrow / circulatin ...
Unit 1 Review Intro and Tissues
... 12, 13 and 14. Draw a stick person and label the dorsal cavity and the 2 parts. Label the ventral cavity and its 4 cavities. ...
... 12, 13 and 14. Draw a stick person and label the dorsal cavity and the 2 parts. Label the ventral cavity and its 4 cavities. ...
Lecture 1: LYMPHATICS
... i. relies on arterial pressure, muscle contraction (peripheral pumps), thoracoabdominal and pelvic diaphragms ii. system of one-way valves iii. Some intrinsic contractile activity (7-12/min) b. We would die within 24 hours from toxin buildup if it stopped functioning Lymphatic Fluid a. Ultrafiltrate ...
... i. relies on arterial pressure, muscle contraction (peripheral pumps), thoracoabdominal and pelvic diaphragms ii. system of one-way valves iii. Some intrinsic contractile activity (7-12/min) b. We would die within 24 hours from toxin buildup if it stopped functioning Lymphatic Fluid a. Ultrafiltrate ...
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... lymphoblastic lymphoma and diffuse large B-cell lymphoma are the most common type that present with mediastinal masses Lymphoma involving a single mediastinal or hilar nodal group is much more common in NHL than in Hodgkin disease. NHL most commonly involves middle mediastinal and hilar lymph ...
... lymphoblastic lymphoma and diffuse large B-cell lymphoma are the most common type that present with mediastinal masses Lymphoma involving a single mediastinal or hilar nodal group is much more common in NHL than in Hodgkin disease. NHL most commonly involves middle mediastinal and hilar lymph ...
Lymphatic system
The lymphatic system is part of the circulatory system and a vital part of the immune system, comprising a network of lymphatic vessels that carry a clear fluid called lymph (from Latin lympha meaning water) directionally towards the heart. The lymphatic system was first described in the seventeenth century independently by Olaus Rudbeck and Thomas Bartholin. Unlike the cardiovascular system, the lymphatic system is not a closed system. The human circulatory system processes an average of 20 litres of blood per day through capillary filtration, which removes plasma while leaving the blood cells. Roughly 17 litres of the filtered plasma are reabsorbed directly into the blood vessels, while the remaining three litres remain in the interstitial fluid. One of the main functions of the lymph system is to provide an accessory return route to the blood for the surplus three litres.The other main function is that of defense in the immune system. Lymph is very similar to blood plasma: it contains lymphocytes and other white blood cells. It also contains waste products and debris of cells together with bacteria and protein. Associated organs composed of lymphoid tissue are the sites of lymphocyte production. Lymphocytes are concentrated in the lymph nodes. The spleen and the thymus are also lymphoid organs of the immune system. The tonsils are lymphoid organs that are also associated with the digestive system. Lymphoid tissues contain lymphocytes, and also contain other types of cells for support. The system also includes all the structures dedicated to the circulation and production of lymphocytes (the primary cellular component of lymph), which also includes the bone marrow, and the lymphoid tissue associated with the digestive system.The blood does not come into direct contact with the parenchymal cells and tissues in the body (except in case of an injury causing rupture of one or more blood vessels), but constituents of the blood first exit the microvascular exchange blood vessels to become interstitial fluid, which comes into contact with the parenchymal cells of the body. Lymph is the fluid that is formed when interstitial fluid enters the initial lymphatic vessels of the lymphatic system. The lymph is then moved along the lymphatic vessel network by either intrinsic contractions of the lymphatic passages or by extrinsic compression of the lymphatic vessels via external tissue forces (e.g., the contractions of skeletal muscles), or by lymph hearts in some animals. The organization of lymph nodes and drainage follows the organization of the body into external and internal regions; therefore, the lymphatic drainage of the head, limbs, and body cavity walls follows an external route, and the lymphatic drainage of the thorax, abdomen, and pelvic cavities follows an internal route. Eventually, the lymph vessels empty into the lymphatic ducts, which drain into one of the two subclavian veins, near their junction with the internal jugular veins.