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Are pancreatic stem cells a plant cell?
No, pancreatic stem cells are not plant cells. They are found in the pancreas of animals, including humans, and have the ability to differentiate into various cell types within the pancreas. Plant cells are specific to plants and differ in structure and function from animal cells.
How the nucleus adapted to its function?
how are cells adapted? sperm cells white blood cells red blood cells pollen cells leaf cells Cells may adapt gradually through evolution or more rapidly through specialization.
How is a pericycle adapted to its function?
The pericycle is adapted to its function of producing lateral roots by containing undifferentiated cells capable of cell division. These cells can differentiate into different types of root tissues to facilitate root growth. Additionally, the pericycle can respond to signals from the plant to initiate lateral root formation in specific locations.
How are stem cells adapted to their function?
Stem cells are adapted to their function by having the ability to self-renew and differentiate into various cell types. They have unique properties such as potency and plasticity that allow them to play a role in tissue regeneration and repair. Additionally, they have specific markers on their surface that help regulate their differentiation process and maintain their stem cell characteristics.
What does Pan stands for in Pan b cell marker?
Pan stands for "pancreatic" in Pan b cell marker, indicating that the marker is specific to pancreatic B cells. This marker helps researchers or clinicians identify and study these particular cells in pancreatic tissues or samples.
Are pancreatic stem cells a plant cell?
No, pancreatic stem cells are not plant cells. They are found in the pancreas of animals, including humans, and have the ability to differentiate into various cell types within the pancreas. Plant cells are specific to plants and differ in structure and function from animal cells.
What are Pancreatic cells?
Pancreatic cells are the cells that make up your pancreas. The answer is basically in the question.
How are the cells of tissue adapted for its function of strengthening a plant in the amoeba?
lala
Which of these is not produced by pancreatic islet cells?
Insulin is not produced by pancreatic islet cells. It is produced by beta cells within the pancreatic islets of Langerhans, while glucagon is produced by alpha cells and somatostatin is produced by delta cells in the pancreatic islets.
What do the the beta cells of the pancreatic islets do?
Insulin
How the nucleus adapted to its function?
how are cells adapted? sperm cells white blood cells red blood cells pollen cells leaf cells Cells may adapt gradually through evolution or more rapidly through specialization.
How is a pericycle adapted to its function?
The pericycle is adapted to its function of producing lateral roots by containing undifferentiated cells capable of cell division. These cells can differentiate into different types of root tissues to facilitate root growth. Additionally, the pericycle can respond to signals from the plant to initiate lateral root formation in specific locations.
Organelles found abundantly in pancreatic cells?
glucose ?
What is the function of pancreatic juice?
Pancreatic juices are produced in the pancreas. They act on all the main food groups, breaking them down.
What is the root word pertaining to pancreatic islet cells?
insulo
How are stem cells adapted to their function?
Stem cells are adapted to their function by having the ability to self-renew and differentiate into various cell types. They have unique properties such as potency and plasticity that allow them to play a role in tissue regeneration and repair. Additionally, they have specific markers on their surface that help regulate their differentiation process and maintain their stem cell characteristics.
How do the pancreatic alpha cells of type 2 diabetic contribute to high blood sugar concentration?
When the pancreatic alpha cells respond, they secrete glucagon to signal cells to break down glycogen into glucose. As cells release sugar, blood glucose concentration increases.
