Blackcloud Body Wall and Thorax p.18-40 Flashcards

(99 cards)

1
Q

drains lung tissue and visceral pleura into the bronchopulmonary (hilar) lymph nodes

A

superficial lymphatic plexus

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2
Q

drains structures that form the root of the lung into the pulmonary lymph nodes along the lobar bronchi

A

deep lymphatic plexus

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3
Q

where is the superficial plexus located?

A

deep to the visceral pleura

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4
Q

where is the deep lymphatic plexus loacted?

A

in the submucosa of the bronchi and connective tissue

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5
Q

path of lymph from bronchopulmonary lymph nodes

A

s. and i. Tracheobronchial lymph nodes, to bronchomediastinal lymph trunks and out the right lymphatic duct and thoracic duct (left)

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6
Q

negative pressure in pleural cavity and surface tension between pleural levels causes

A

inhalation

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7
Q

diaphragm moves one vertebral level in

A

quiet respiration

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8
Q

diaphragm moves two levels in

A

full respiration

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9
Q

lesion to phrenic n. causes paralysis of dome you’d notice in

A

inspiration, not exhalation

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10
Q

why do the lungs enlarge, instead of the pleural cavity

A

surface tension of fluid between pleural layers causing them to stick together

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11
Q

muscles in deep inspiration or controlled exhalation

A

quadratus lumborum, intercostals, scalenes, serratus posterior superior, SCM

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12
Q

muscles in deep expiration

A

serratus posteior inferior, internal and innermost intercostals, transversus thoracis

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13
Q

anything that compromises the negative pressure in the pleural cavity, which can cause the lung to collapse.

A

pneumothorax

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14
Q

contents of posterior mediastinum

A

esophagus, esophageal plexus, descending aorta, thoracic duct

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15
Q

esophagus is ____ and to the ____ of the descending aorta

A

anterior, to the right

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16
Q

azygous system is ____ to the esophagus and ascending aorta

A

posterior

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17
Q

greater splanchnic nerve runs ____ from the sympathetic chain toward the posterior mediastinum, and ____ toward the diaphragm

A

anteriorly, inferiorly

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18
Q

blood supply to cervical esophagus

A

inferior thyroid artery (branch of thyrocervical trunk)

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19
Q

blood supply to thoracic esophagus

A

branches from descending thoracic aorta

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20
Q

blood supply to abdominal esophagus

A

left gastric artery

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21
Q

azygous system drains into

A

SVC

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22
Q

paired branches of descending aorta in order

A

bronchial arteries, mediastinal arteries, esophageal arteries, pericardial arteries, superior phrenic

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23
Q

emerge from the intervertebral foramina of thoracic vertebra and run in the intercostal space just inferior to a rib

A

intercostal nerves

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24
Q

carries lymph from lower body, left upper limb, left thorax, left head and neck

A

thoracic duct

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25
thoracic duct is ____ the azygous vein and descending aorta, ____ the esophagus
between, posterior to
26
lymphatic drainage of the anterior intercostal spaces goes to
parasternal lymph nodes that drain to the subclavian veins
27
lymphatic drainage of the posterior intercostal spaces goes to
intercostal lymph nodes that drain to the thoracic duct
28
the thoracic duct drains into the venous system at the intersection of
the subclavian and internal jugular veins
29
Do the lungs break through the mesothelial lining of the pleural cavity?
No
30
Are the lungs within the pleural cavity?
No
31
narrowing aorta (defect in 10%) occurs in the region of
the ductus arteriosis
32
narrowing aorta causes what to appear in radiograph
notched ribs, from enlarged internal thoracic artery
33
dermatomes are ___ than nerve outlets.
lower
34
thickening at the edges of the cusps of the semilunar valves, which add stability
lunule
35
what contains chemoreceptors to detect low O2 and respond with increased heart rate and respiration
the carotid body
36
GSE innervation to heart?
there is none. No skeletal muscle
37
atelectasis
when obstruction prevents air from reaching a part of the lung
38
muscles that bend trunk to same side
external and internal obliques
39
muscles that rotate trunk to same side
transversus abdominis
40
muscles that flex trunk
rectus abdominis
41
linea alba
where the aponeuroses of the external oblique, internal oblique, and transversus abdominis meet in the midline raphe
42
rectus sheath above belly button
external oblique apo is anterior to rectus, transversus apo is posterior to rectus, internal oblique splits to go on both sides of rectus
43
rectus sheath below belly button
all three muscles' apos pass anterior to the rectus.
44
blood supply to anterolateral abdominal wall
segmental lumbar arteries (from aorta) superior epigastric muscles (from internal thoracic), inferior epigastric (from external iliac)
45
superior abdominal wall drains to
axillary or parasternal vessels
46
posterior abdominal wall drains to
femoral region
47
anterior abdominal wall veins drain
to IVC or ascending lumbar veins (from azygous system)
48
left ascending lumbar vein becomes hemiazygous when
it passes through the diaphragm
49
deep lymph: upper anterior abdominal wall
parasternal lymph nodes that drain to the subclavian veins
50
deep lymph: inferior abdominal wall
deep inguinal lymph nodes
51
lymphatics returning with lumbar veins drain into
lymphatic trunks on either side of the IVC
52
fatty portion of superficial fascia inferior to umbilicus
Camper's fascia
53
underlying membranous layer of superficial fascia inferior to umbilicus, used for stapling in surgery
Scarpa's fascia
54
in midline, contains remnant of allantois, the embryoninc tube that connected urinary bladder to umbilicus
Median umbilical fold
55
on either side of median umbilical fold, contains umbilical arteries.
Medial umbilical folds
56
formed by underlying inferior epigastric artery and vein travelling laterally to umbilicus
Lateral umbilical folds
57
connects diaphragmatic surface of liver to anterior abdomenal wall, divides liver into left and right lobes
falciform ligament
58
where small intestine begins
pyloric sphincter
59
right hypochondriac compartment contains
liver, gallbladder
60
epigastric compartment contains
stomach, pancreas, duodenum
61
left hypochondriac compartment contains
spleen, left colic flexure
62
right lumbar compartment contains
right kidney, right ureter, ascending colon
63
umbilical compartment contains
loops of small intestine, aorta, IVC
64
left lumbar compartment contains
left kidney, left ureter, descending colon
65
right iliac compartment contains
cecum, appendix
66
hypogastric compartment contains
coils of small intestine, bladder, uterus
67
left iliac compartment contains
sigmoid colon
68
foregut derivatives are
liver, stomach, pancreas
69
foregut derivatives are mostly superior to
the subcostal plane (L2)
70
within the abdominal cavity, a potential space between parietal and visceral peritoneum
peritoneal cavity
71
which organs are in the peritoneal cavity?
none of them
72
what is the peritoneal cavity good for?
allows free movement of abdominal viscera, minimizes friction, resists infection
73
space bound by abdominal wall, diaphragm and pelvis
abdominal cavity
74
abdominal cavity is intraperitoneal because
it is lined with peritoneum
75
omentum
double layered fold of peritoneum connecting the stomach with other organs
76
lesser omentum
connects visceral surface of liver to stomach and duodenum
77
lesser omentum is made up of
gastrohepatic and hepatoduodenal ligaments
78
greater omentum
runs along greater curve of stomach, covers small and large intestines. 4 layers of peritoneum
79
greater omentum is made up of
gastrocolic, gastrosplenic, gastrophrenic ligaments
80
what three things are primarily retroperitoneal?
kidneys, aorta, IVC
81
mesentary starts in the ____ plane, moves to the ____ plane
sagittal, coronal
82
closed space posterior to stomach, can only be entered via omental foramen, surrounds posterior liver
lesser sac/omental bursa
83
give off branches along lesser curve of stomach, anastomose with eachother
right and left gastric artery
84
supply greater curve of stomach, anastomose with each other
right and left gastro-omental arteries
85
supply body and tail of pancreas and spleen
splenic arteries
86
supply head of pancreas and duodenum
superior pancreaticoduodenal artery
87
connects liver to superior duodenum
hepatoduodenal ligment
88
hepatoduodenal ligment contains
hepatic artery proper, hepatic portal vein, and common bile duct (portal triad) and hepatic nerve plexus
89
connects liver to stomach, contains right and left gastric arteries
gastrohepatic ligament (lesser curve)
90
right and left gastric veins drain to
hepatic portal vein
91
short gastric veins and left gastro-omental veins drain to
splenic vein
92
splenic vein joins superior mesenteric vein to form
hepatic portal vein
93
right gastro-omnetal vein drains into
superior mesenteric vein
94
folds of mucose inside stomach
rugae
95
level of esophageal hiatus
T10
96
level of pylorus
L1
97
remnant of ventral mesentary attaching liver to anterior abdomical wall
falciform ligament
98
separates the left and caudate lobes
gastrohepatic ligament
99
runs in free ende of falciform ligament, is obliterated umbilical vein
round ligament