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Lacunae are connected to one another by small canals called canaliculi.
That's the holes we're seeing, the haversian canals or canaliculi, where tiny blood vessels run through.
Osteocytes do not entirely fill up the canaliculi.
Canaliculi are microscopic canals between the lacunae of ossified bone.
Microvilli are present in the canaliculi but are sparse.
These canaliculi provide the nutrients needed for the newly transformed osteoblasts, which are now called osteocytes.
He created an histological stain especially designed to show the canaliculi and lamellae in sections of bone.
"And the grooves and channels of the canaliculi.
These surfaces are involved in the exchange of substances between the hepatocyte, the vessels and the biliar canaliculi.
The canalicular surfaces are the ones through which bile drains from the hepatocytes to the canaliculi.
The highest concentration that gastric acid reaches in the stomach is 160 mM in the canaliculi.
Materials picked up by osteocytes adjacent to blood vessels, are distributed throughout the bone matrix via the canaliculi.
Excretion of bilirubin from liver to biliary canaliculi is an active, energy dependent and rate limiting process.
Bile canaliculi are formed by grooves on some of the lateral faces of these hepatocytes.
The membrane of parietal cells is dynamic; the numbers of canaliculi rise and fall according to secretory need.
In mature bone, osteocytes and their processes reside inside spaces called lacunae and canaliculi, respectively.
There is plenty of canalicular multi-drug resistant protein that causes bilirubin transfer to bile canaliculi.
Potassium (K) and chloride (Cl) ions diffuse into the canaliculi.
The bile canaliculi merge and form bile ductules, which eventually become common hepatic duct.
Once in the hepatocytes, Tc mebrofenin is secreted into the canaliculi and finally excreted by the bile ducts.
In the liver, the enlargement of hepatocytes due to fatty change may compress adjacent bile canaliculi, leading to cholestasis.
It begins in bile canaliculi that form between two adjacent surfaces of liver cells (hepatocytes) similar to the terminal branches of a tree.
The intercellular surfaces are the ones that are between two adjacent hepatocytes and they are not in contact with sinusoids or canaliculi.
Osteocytes make contact with the cytoplasmic processes of their counterparts via a network of small transverse canals, or canaliculi.
This is because of accumulation of the drug in parietal cell canaliculi and the irreversible nature of proton pump inhibition.