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KCUMB Anatomy II > EXAM I > Flashcards

EXAM I Flashcards

1
Q

Cause of pneumothorax

A

Lung collapse due to air infiltrating the pleural cavity breaking the surface tension between the parietal and visceral pleural cavities

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2
Q

Define hemothorax, hydrothorax, chylothorax

A

Hemothorax - blood in pleural cavity

Hydrothorax - serous fluid in pleural cavity

Chylothorax - lymph in pleural cavity

Cause lung collapse

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3
Q

Pleuritis

A

Inflammation of the pleura

Scraping sounds during ascultation, sharp stabbing pain

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4
Q

Pulmonary Embolism

A

Obstruction of pulmonary artery by blood clot, fat globule, or air bubble

DVT common cause

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5
Q

Bronchogenic Carcinoma

A

Lung Cancer

Cancer arising from bronchial epithelium

Smoking major cause

Highly metastatic due to association of lymphatics in bronchial tissue

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6
Q

Malingnant Mesothelioma

A

Lung cancer affecting pleura (mesothelium)

Asbestos exposure

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7
Q

Pulmonary Tuberculosis

A

TB

Bacterial lung infection; can spread to other organs

Airborne

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8
Q

Describe the location of the heart

A

Left of the body midline posterior to the sternum in the middle mediastinum

Rotated so that the right side faces anterior and left is more posterior

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9
Q

What forms the base of the heart?

A

Left atrium

Sits at the posterosuperior surface of the heart

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10
Q

The pericardium of the heart has three primary layers. If the pericardium of the heart is pierced by a needle, which of these primary layers would the needle first pass through?

Visceral pericardium

Pleural pericardium

Parietal pericardium

Fibrous pericardium

Epicardium

A

Fibrous pericardium

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11
Q

List the pericardium layers from superficial to deep

A

Outer portion - fibrous pericardium

Inner Portion - serous pericardium - parietal layer —> visceral pericardium layer; outermost layer of heart wall (epicardium) (pericardial cavity with serous fluid in between)

Pericardium is a membrane that encloses and protects the heart

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12
Q

Name the two layers of superficial fascia of the abdominal wall. What are they continuous with? Where is potential space within the abdominal wall?

A

Camper’s Fascia - fatty layer; continuous with superficial fatty layers of the thigh, thorax, and perineum (penis & scrotum)

Scarpa’s Fascia - membranous layer; deep, continuous with fascia lata of thigh and with deep layer of superficial perineal fascia

Potential Space can be found within the membranous layer (Scarpa’s fascia) of superficial fasica and deep fasica (Investing fascia superficial) of the external oblique muscle; where fluid can leak

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13
Q

List the anterior abdominal walls and state their functions collectively

A

External Oblique, Internal Oblique, Transverse abdominis, Rectus abdominis

Flex, stabilize, and laterally bend vertebral column

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14
Q

Describe the significance of the arcuate line and the abdominal musculature

A

Above the arcuate line, you have the internal oblique aponeurosis surrounding the rectus abdominis

Below the arcuate line, you have the rectus abdominis sitting above/directly on the transversalis fascia

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15
Q

Which abdominal muscle forms the inguinal ligament?

A

External oblique

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16
Q

List the posterior muscles of the abdominal wall and state their function collectively

A

Psoas major, Psoas minor, Iliacus, Quadratus lumborum

Flexors of the trunk and/or hip

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17
Q

Describe the location and pathway of the cutaneous branches of the anterior abdominal nerves

A

Via ventral rami or intercostal nerves, are between internal oblique and transverse abdominis and pierce the rectus sheath to supply the rectus abdominis, skin, muscles, and parietal peritoneum

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18
Q

List the 3 anterior abdominal wall nerves, which plexus are they apart of? What areas do they supply?

A

I.G.I. (Iggy) = via lumbar plexus (L1+L2)

Iliohypogastric - L1; lateral & anterior cutaneous branches, supplies suprapubic region

Genitofemoral - L1,L2; Genital branch exits inguinal canal thru superficial inguinal ring, supplies cremaster muscle or cutaneous to labium majus, Femoral branch is cutaneous to femoral triangle area

Ilioinguinal - L1; enters inguinal canal and emerges thru superficial inguinal ring, suppies groin & scrotum/labium majus

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19
Q

Describe characteristics of femoral hernias; location and more common in men or women?

A

Upper thigh, inferior to inguinal ligament, originating in femoral triangle

Medial portion of femoral triangle = weak

Mainly in females due to wider femoral triangle bc of wider hips

Whereas males more likely develop inguinal hernias

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20
Q

Distinguish between direct and indirect hernias

A

Direct - travels directly through the ab wall, passes medial to inferior epigastric vessels punching through peritoneum and transversalis fascia. Bulge in the lower anterior abdominal wall. Loop travels thru superficial inguinal ring but not the entire length

Indirect - travels ENTIRELY through inguinal canal, passes lateral to inferior epigastric vessels to enter deep inguinal ring; follows the path of spermatic cord

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21
Q

List the components of the foregut, midgut, and hindgut

A

PEGGY on LSD with a JAILED CAT who couldn’t Descend w/ RATS

F - pancreas, esophagus, gallbladder, liver, stomach, parts 1,2 duodenum

M - jejunum, appendix, ileum, 2-4 duodenum, cecum, ascending colon, proximal 2/3 transverse colon

H - descending colon, rectum, anus, transverse colon distal 2/3, sigmoid colon

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22
Q

Which layer of the peritoneum lacks pain fibers?

A

Visceral peritoneum

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23
Q

List the primary and secondary retroperitoneal organs

A

SAD* P*UC*KER.G (dpc)

S - suprarenal glands

A - aorta and IVC

D - 2-4 parts of duodenum (secondary)

P - pancreas (secondary)

U - ureter

C - ascending & descending colon (secondary)

K - kidneys

E - esophagus

R - rectum

G - gonads

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24
Q

What structures does THE Mesentery attach to? List the 3 other mesenteries that attach organs to the posterior body wall

A

Jejunum

Ileum

  1. Transverse mesocolon - fuses w/ posterior layer of greater omentum
  2. Sigmoid mesocolon
  3. Mesoappendix
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25
Q

What two peritoneal ligaments are found in this image?

A

Gastrosplenic ligament

Splenorenal ligament

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26
Q

What 2 ligaments form the lesser omentum? What is unique about this area?

A

Hepatogastric ligament

Hepatoduodenal ligament

Foramen of Winslow - opening to the inside of the lesser omentum behind the stomach but in front of the pancreas

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27
Q

What 4 ligaments are associated with the greater omentum?

A
  1. Greater omentum (via dorsal mesogastrium)
  2. Gastrocolic ligament
  3. Gastrophrenic ligament
  4. Gastrosplenic ligament
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28
Q

List the peritoneal ligaments of the liver (4)

A

CTFL

  1. Coronary ligament
  2. Left and Right Triangular ligament
  3. Falciform ligament (supraumbilical structure)
  4. Ligamentum teres (supraumbilical structure)
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29
Q

List the 3 umbilical folds and what they’re contained with, what is a fold?

A

Structures coursing thru extraperitoneal tissue forming elevations on interior ab wall

  1. Median umbilical fold - urachus
  2. Medial umbilical fold - medial umbilical ligaments, obliterated umbilical artery
  3. Lateral umbilical fold - inferior epigastric vessels, functional veins and arteries (Hasselbalch’s triangle)
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30
Q

What are the 3 fossae (between folds) that lie within the umbilical folds? What can form from them?

A
  1. ​Supravesical fossa (b/w median & medial folds) - site for supravesicle hernias
  2. Medial Inguinal fossa (b/w medial & lateral folds); inguinal triangle - site for direct inguinal hernias
  3. Lateral Inguinal fossa - (lateral to lateral umbilical folds) - site for indirect inguinal hernias
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31
Q

What 2 regions can the greater sac be divided into?

A

“closed” potential space b/w parietal and visceral layers of peritoneum

  1. Supracolic/supramesocolic - superior & anterior to liver and stomach (includes hepatorenal and subphrenic spaces and fossae of anterior wall)
  2. Infracolic/inframesocolic - inferior & posterior parts, upper & lower parts are divided by THE mesentery into right and left infracolic spaces
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32
Q

What structure connects the greater and lesser sacs?

A

Foremen of Winslow/Epiploic Foramen

33
Q

At what levels do structures cross the diaphragm? (Hiatus)

A

T8 - IVC

T10 - esophagus

T12 - aorta

34
Q

“Sliding” hiatal hernia

A

Esophageal hiatus of diaphragm enlarges or weakens and abdominal esophagus and parts of stomach herniate into the thorax

35
Q

Paraesophageal hiatal hernia

A

Defect in the diaphragm next to esophageal hiatus; fundus of stomach herniates, not esophagus

36
Q

What is the function of the heptaduodenal ligament?

A

Holds the portal triad

Portal hepatis “doorway” into the liver

37
Q

What ducts enter the 2nd part (descending) of the duodenum? What structure does it enter?

A

Bile and pancreatic ducts at the major duodenal papilla

38
Q

List features of the first part of the duodenum? What is it held in place by?

A

Begins at the pyloric sphinctor

Held in place by the hepatoduodenal ligament

Parts of the porta triad are posterior and superior

39
Q

What are the features of the 3rd part of the duodenum?

A

Anterior: SMA and vein, root of mesentery

Superior: head of pancreas

Anterior and inferior: jejunum

40
Q

Features of the 4th part of the duodenum (ascending)? What is anterior? Posterior? What holds it in place?

A

Not covered by peritoneum

Anterior = root of mesentery, jejunum

Posterior = left margin of aorta, medial border of psoas muscle

Held in place by the suspensory ligament of the duodenum (of Treitz) = anchors it to the right crus of the diaphragm

41
Q

Where does the jejunum begin and where does the ileum end?

A

Duodenal-jejunal junction

Ileum = ileo-cecal valve

42
Q

Vasa recta and plicae circularis are characteristic to what abdominal organ?

A

Jejunum and ileum

Jejunum = long vasa recta, more plicae circularis

Ileum = shorter vasa recta, fewer plicae circularis

43
Q

Meckel’s diverticulum

A

A diverticulum about 2ft from the ileo-cecal junction

Remnant of the vitelline duct

44
Q

What are the major structures of the large intestine? T.H.A.

A

Taenia coli - 3 bands of longitudinal muscle on the outside of the colon that converge at the root of the appendix and produce haustrae that slow the movement of feces

Appendices epiploicae are tags of fat, NOT found on the cecum

45
Q

List 4 unique characteristics of the cecum

A

No epiploic appendages

Iliocolic valve - 2 folds that aren’t a true sphincter

Ileal papilla - projection of the ileum that connects it to the cecum

Opening for appendix - inferior to ileal papilla

46
Q

What 2 structures does the spleen sit in between? What are its peritoneal relationships (2 ligaments)? What is posterior, anterior, and inferior to the spleen?

A

Stomach and Diaphragm

Left ribs 9-11; midaxillary line

Gastrosplenic ligament; Splenorenal ligament

Posterior - diaphragm

Anterior - tail of pancreas, stomach, left colic flexure

Inferior - left kidney, phrenicocolic ligament

47
Q

What ducts form the major duodenal papilla? (entering the 2nd part of the duodenum)

A

Major pancreatic duct + bile duct = common hepatopancreatic ampulla = major duodenal papilla

Accessory pancreatic duct enters the ​Minor duodenal papilla

48
Q

List the lobes of the liver, what does the falciform ligament do?

A

Left, Right, Caudate, Quadrate (gall bladder)

Falciform ligament = connects liver to anterior ab wall

49
Q

Significance of the bare area of the liver

A

IVC is posterior to it and hepatic veins drain into it

50
Q

List the muscles that elevate the ribs (4) ELIS

A

ELIS

Everyone Insane Loves Sex

External Intercostal

Innermost Intercostal

Levator Costarum

Serratus Posterior Superior

51
Q

What muscles depress the ribs? (4)

A

SITS (sits for sex)

Subcostal

Internal Intercostal

Transversus Thoracis

Serratus Posterior Inferior

52
Q

Where does the abdominal aorta begin and end along the vertebral column? What does it pass through to enter the abdomen? What structure crosses anterior to the aorta? What forms the aortic hiatus?

A

Begins at T12

Ends at L4

Enters abdomen via aortic hiatus

Left renal vein crosses anterior (therefore it’s longer than right renal vein)

Left & Right Crus of diaphragm forms aortic hiatus

53
Q

What three structures lie anterior to the abdominal aorta? (3)

A
  1. Root of THE mesentery
  2. Pancreas
  3. Duodenum
54
Q

Label the paired branches off the abdomindal aorta

A
55
Q

Label the abdominal aorta paired branches

A
56
Q

What are the 3 branches that come off the celiac trunk?

A

Left gastric artery (superior) (esophagus, lesser curvature)

Left splenic artery (stomach & esophagus)

Right common hepatic artery (lesser curvature of stomach, posterior duodenum, superior pancreas, liver)

57
Q

What branches arise from the left gastric artery of the celiac trunk? (2) What does one anastomose with?

A

Esophageal branches

Branches to lesser curvature = anastomose with branches of the right gastric along the lesser curvature

58
Q

What two arteries does the common hepatic artery branch into? (superior and inferior) What do they supply, what are their terminal branches?

A

Superior - Proper Hepatic artery (2 branches; left and right hepatic arteries)

Right gastric artery (anastomoses w/ left gastric artery along lesser curvature); Ends as right and left hepatic arteries

Inferior - Gastroduodenal artery

Supraduodenal artery, supplies posterior duodenum

Terminal branches: right gastro-omental artery and superior pancreaticduodenal branches

59
Q

What are the branches/terminal branches of the splenic artery? What organ(s) does it supply?

A

Run posterior to stomach, superior to pancreas

Short gastric artery - upper part of greater curvature

Left gastro-omental artery - anastomoses with right gasto-omental on the greater curvature via gastroduodenal artery via common hepatic artery via celiac trunk

60
Q

What are the contents of the hepatoduodenal ligament? (3; portal triad)

A

Bile duct (right)

Portal vein (posterior)

Hepatic artery (left)

61
Q

From which organ does the SMA arise from posteriorly?

A

Neck of the pancreas

62
Q

From what arterial branches does the pancreas receive blood?

A

Superior and Inferior Pancreaticduodenal artery

Superior (anterior & posterior) - Celiac trunk via gastroduodenal

Inferior (anterior & posterior) - SMA these branches anastomose w/ anterior & posterior surfaces of head of pancreas

63
Q

What are the branches of the SMA? What do they supply?

A
  1. Inferior pancreaticduodenal artery
  2. Small intestine - jejunal (long vasa recta, simple arcades) & ileal arteries (short vasa recta, complex arcades)
  3. Large intestine - ileocolic artery, right colic artery, middle colic artery
64
Q

What are the 3 branches of the large intestine via SMA? How about SMV? What’s different?

A

Superior - middle colic artery

Middle - Right colic artery

Inferior - Ileocolic artery (posterior & anterior cecal branch, appendicular branch)

SMV drains ilial and jejunal veins; everything else same

65
Q

What 3 branches arise from the ileocolic artery via SMA?

A

Anterior & Posterior Cecal branches

Appendicular branch

66
Q

Branches of the Inferior Mesenteric Artery

A

Left colic artery

Sigmoid arteries

Superior rectal artery

67
Q

What are the 3 branches of the inferior mesenteric veins? (superior, middle, inferior) What do they drain?

A

Superior rectal veins - drain IMV

Middle rectal veins - drain internal iliac veins

Inferior rectal veins - drain external pudental veins

68
Q

What veins make up the hepatic portal system? (3) Where does this structure form in relation to the pancreas?

A

Valveless; end up as capillaries in liver

Splenic vein

SMV (small intestine), IMV (via rectal veins)

Forms Posterior to neck of pancreas

Ends as right and left branches in liver

Runs through hepatoduodenal ligament to enter the liver

69
Q

What two veins form the IVC?

What type of structures drain into the IVC?

What are the 4 main tributaries?

A

Left and right common iliac veins at L5

Posterior; kidneys, gonads, lumbar veins, median sacral vein, right and left common iliac veins, suprarenal veins, hepatic vein, inferior phrenic vein

Left suprarenal & gonadal veins enter left renal vein whereas right side is directly into IVC (hence why left renal vein is longer and runs anterior to aorta)

Tributaries: Common iliacs (lower limbs), lumbar veins, renal & hepatic veins

70
Q

List the 4 portal-caval anastomoses

A
  1. Esophageal
  2. Paraumbilical
  3. Colic veins to retroperitoneal veins; veins draining ascending colon (via SMV) & descending colon (via IMV) drain posterior body wall (retroperi. organs)
  4. B/w superior rectal veins and middle and inferior rectal veins; empty into internal iliac veins —> common iliac veins = rectal varicosities/hemorrhoids
71
Q

In terms of the portal-caval anastomoses, what can result in the esophagus? Where does the esophageal branches drain into?

A

Esophageal branches of left gastric veins connect w/ veins on lower thoracic esophagus = esophageal varicosities = via cirrhosis (portal hypertension)

72
Q

Explain the drainage of the paraumbilical veins in terms of porta-caval anastomoses, what can result of this?

A

Paraumbilical veins are in the falciform ligament with subcutaneous veins around umbilicus in anterior abdominal wall = caput medusae

Drains umbilical area

Inferior & superficial epigastric veins empty into external iliac and femoral veins

73
Q

What two structures are involved in bypassing the fetal lung?

A

Ductus arteriosus

Foramen ovale

74
Q

What is the function of the fibrous skeleton of the heart? Where does it sit?

A

Separates the atria and ventricles

Anchors heart valves

Provides electrical insulation

Provides a rigid framework for the attachment of cardiac muscle tissue

75
Q

What is another term for the right AV valve?

A

Tricuspid valve

Allows the flow of venous blood from right atrium into right ventricle

Prevents backflow into right atrium

76
Q

Conus arteriosus of the pulmonary trunk

A

A conical region at the superior end of the pulmonary trunk

77
Q

What does the right coronary artery branch into? (2)

A

Marginal artery - supplies right border of heart

Posterior interventricular artery - supplies LV & RV

78
Q

What vessels branch from the left coronary artery?

A

Anterior Interventricular artery (LAD-left anterior descending) - supplies anterior of LV and RV

Circumflex artery - supplies LA and LV

79
Q
A

KCUMB Anatomy II (5 decks)

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