Lab Test 2 Flashcards
Name these parts
A.Renal Vein
B.Inferior Vena Cava
C.Urtethre
D.Renal Artery
E.Left Kidney
F.Abdomial Aoarta
G.Ureter
H.Urinary Bladder
Name these parts
A.Bowman’s Capsule
B.Efferent Arteriole
C.Glomerelus
D.Afferent Arteriole
E.Interlobar Artery
F.Loop of Henle
G.Proximal Convulated Tubule
H. Pertibular Capillaries
I.Distal Convulated Tubule
J.Collecting Duct
K.Interlobular Vein
Name these parts
A.Abdominal Aorta
B.Renal Vein
C.Ureter
D.Urinary Bladder
E.Inferior Vena Cava
F.Left Kidney
G.Renal Artery
Name these parts
A. Efferent Arteriole
B.Afferent Arteriole
C.Podocytes
D.Bowman’s Capsule
E.Renal Corpsucle
F.Glomeruls
Name these parts
A.Renal Column
B.Minor Calyx
C.Major Calyx
D.Cortex
E.Renal Papilla
F.Renal Corpsucle
G.Renal Pyramid
H.Renal Artery
I.Renal Vein
J.Renal Pelvis
K.Renal Sinus
L.Medulla
M.Ureter
Name these parts
A.Renal Artery
B.Renal Vein
C.Renal elvis
D.Renal Papilla
E.Ureter
F.Minor Calyx
G.Cortex
H.Major Calyx
I.Rneal Pyramid
J.Renal Column
Name these parts
A.Arculate Artery
B.Arcuate Vein
C.Renal Column
D.Cortex
E.Interlobular Artery
F.Interlobular Vein
G.Interlobar Vein
H.Interlobar Artery
I.Segmental Artery
J.Renal Artery
K.Renal Vein
L.Ureter
Renal Capsule: Function
A connective tissue layer directly superficial to the kidney
Nephrons
Microscopic Urine-Forming Structures
Do veins join to form segmental veins in the kidney?
No, the join to form the renal vein directly
Renal Corpsucle Consists of…
Glomerulus + Boman’s Capsule
Boman’s Capsule layers
Outer: Epithelial cells
Inner: Podocytes
Renal Fascia
Immediately deep to the parietal peritonium (binds it to the abdominal wall)
Perineral Fat Capsule
Cushions kidney and holds it in place
Fibrous Capsule
Encloses kidney protecting it from trauma and infection
Collagen Fibers
extend from fibrous capsule to renal fascia:
Renal Parenchyma & Zones
Glandular Tissue that forms uring
Two Zones:
1.Outer Renal Cotex
2.Inner Renal Medulla
Renal Columns
Extensions of the cortex that project inward toward sinus
Renal Pyramids
6-10 with broad base facing cortex and renal papilla facing sinus
Lobe of Kidney
One pyramid and its overlying cortex
Minor Calyx
Cup that nestles the pailla of each pyramid, collects its urine
Major Calyx
Formed by the convergence of 2 or 3 minor calyces
Renal Pelvis
Formed by the convergence of 2 or 3 major calyces
Ureter
A tubular continuation of the pelvis that drains urine down to the urinary bladder
Name these parts
A.Carotid Artery
B.Tyroid
C.Liver
D.Gallbladder
E.Small Intestine
F.Thyroid Cartliage
G.Jugular Vein
H.Left Primary Bronchi
I.Esophogus
J.Stomach
K. Large Intestine
Name these parts
A. Esophogeal Spinchter
B.Cardia
C.Lesser Curvature
D.Pyloric Spinchter
E.Pyloric Region
F.Fundus
G.Body
H. Lesser Curvature
Name these parts
A.Mucosa
B.Muscularis Mucosa
C.Muscularis Externa
D.Serosa
Name these parts
A. Oral Cavity/ Mouth
B.TOngue
C.Larynx
D.Liver
E.Gallbladder
F.Ascending INtestine
G.Pharynx
H.Esophogus
I.Stomach
J.Pancreas
K.Transverse Colon
L.Descending Colon
M.Small Intestine
N.SIgnoid Colon
O.Rectum
P.Anus
Name these parts
A.Cystic Duct
B.Gallbladder
C.Common Hepatic Duct
D.Hepatic Portal Vein
E.Quadrate Lobe
F.Falciform Ligament
G.Hepatic Artery
H.Caudate Lobe
I.Porta Hepatis
Name these parts
A. Muscle Layers
B.Lumen
C.Plicae Circularis (Circular Folds_
D.Villi
E. Vlilli
F.Intestinal Crypt
G.Brush Border
H.Submucosa
I.Brush Border
J.Microvilli
Name these parts
A.DIaphram
B.RIght Lobe
C.Cystic Duct
D.Gallbladder
E.Duodenum
F.Bile Duct
G.Accessory Pancreatic Duct
H.Pancreatic Duct
I.Hepatic Pancreatic Ampula
J.Falciform Ligament
K.Left Lobe
L.Common Hepatic Duct
M.Pancreatic Duct
N.Pancreas
O.Common Hepatic Duct
P.Hepatopancreatic Sphincter
Text: Right Hepatic Duct
Text: Left Hepatic Duct
Name these parts
A.Lumen
B.Mucosa
C.Submucosa
D.Nerve
E.Vein
F.Artery
G.Outer Longitudinal Vein
H.Inner Circular Vein
I.Serosa
J.Muscularis Externa
Name these parts
A.Bile Canaliculi
B.Hepatic Arteriole
C.Venu.e of hepatic portal vein
D.Bile Ductle
E.Central Veins
F.Hepatic Triad
G.Hepatic Lobules
H.Hepatocyte
Teeth
- Accessory Organ
- Help mechanically digest food to break it down into small particles and expose its internal structure
Salivary Glands
-Accesory Organ
Aids in chemical digestion- Produce saliva to moisten food so it can be swallowed more easily
-produces salivary amylase (an enzyme that assists in the breakdown of starch)
Pharynx
A passageway from the mouth to the esophogus
Esophogus
Long muscular tube that extends to the stomach.
- The inner lining of the esophogus is composed of:
- stratified sqamous epitehlial tissue bc food that is ingested can cause abraisian
- Submuscoa Layer- secretes mucus
- 1/3 part: skeltal
- 2/3: skeeltal & smooth
3/3: smooth muscle
GI Tract
Stomach, Large Intestine, Small Intestine
Stomach
Food stoage oragan where mechanical and chemical breakdown occurs. Bolus of food passing through esophogus enters into the stomach where it breaks down into chyme- a soup mixture of semi digested food.
Chyme
A soupy/pasty mixture of semi-digested food
Lesser Omentum
A ventral messentery that extends from the lesser curvatrue of the stomach to the liver
Greater Omentum
Hangs from the greater curvature of the stomach (its left inferior margin)
Small Intestine
Food digestion completes here and starts to get absorbed in the latter parts of the small intestine (Juodendum and ilium)
Small intestine absorbtion sites are layered with small & large intestine
Large Intestine
Absorbtion, Water Balance, etc.
Intraparitoneal
When an organ is encolsed by mesentery on both sides
- considered within the periotenal cavity
- Examples: Stomach, liver, and parts of the small & large intestine
Retroperitineal
When an organ lies against the posterior body wall and is covered by peritoneium on its anterior side only
- Considered outside the peritoneum cavity
- Examples: Duodendum, Pancreas, and parts of the large intestine
Liver
- Accessory Organ
- Secretes bile which helps with digestion
-
Pancreas
- Accessory Organ
- Has exocrine and endocrine properties
Exocrine: releases of pancreatic juices to nearby organ
o Assists in chemical digestion within the small intestine:
Amylase - breaks down carbohydrates
Lipase - breaks down fats
Ribonuclease/ Deoxyribonuclease - break down RNA and
DNA
Proteases - break down protein.
o These enzymes are stimulated by CCK in the small intestine which is
triggered as food passes through the small intestine.
• Endocrine: Release of hormones into the bloodstream (insulin & glucagon
are important for glucose metabolism)