Parietal cells are acidophilic because they contain a large number of mitochondria. The mitochondria, which are needed to pump hydrogen ions against their concentration gradient, are acidophilic; therefore, parietal cells are acidophilic as well.
The lobes of the brain correlate well with the bones of the skull cap. The frontal lobe is directly below the frontal bone. The parietal lobes (paired) are beneath the parietal bones (paired). At the back of the head is the occipital lobe situated below the occipital bone. And lastly, deep to the ears are the temporal lobes (paired) located underneath the temporal bones (paired).
there are many functions here are a few: Visual Perception, Spatial Orientation, Speech
All.
The cells found in the human body are eukaryotic cells. Organisms that have eukaryotic cells are usually multicellular like humans. Organisms that have prokaryotic cells are usually unicelluar, like bacteria.
When a cell reproduces by mitosis, the two identical new cells are called daughter cells.
Parietal cells
Parietal cells produce cover cells and chief cells produce micro and megaspores
Yes, parietal cells (like all cells) have a cell membrane. Parietal cells have a huge surface area (their membrane has deep folds called canaliculi).
Parietal cells are found in the fundic zone of the stomach.
Parietal cells have an endoplasmic reticulum organelles, tubular agranular reticulum, nucleus and vesicles. Parietal cells of the stomach secretes acid.
Chief and parietal cells are found in the fundic zone of the stomach.Chief cells produce pepsinogen, and parietal cells produce hydrochloric acid. Both of these products assist in the chemical breakdown of stomach contents.
Parietal cells are found in the fundic zone of the stomach.
When these parietal cells shrink in size (atrophy), they produce less and less intrinsic factor
Osteoclast (most likely from my point of view)
Mast cells and EC (enterochromaffin) cells produce histamine, which stimulates the parietal cell to produce hydrochloric acid.
Eukaryote
Parietal cells