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Answer:
The relationship between endomembrane system, insulin and insulin receptor, activation by phosphorylation, membrane-bound polyribosomes, and glucose transport channels is the eukariotic cell, because within it, they work together with the organelles to modify, summarize and transport lipids and proteins from the gut and absorb nutrients.
Explanation:
The Endomembrane system varies from membranes and organelles, but basically, it is structured by the nuclear envelope and lysosomes, the plasma membrane and several cytoplasmic organelles, as the ER, the Golgi apparatus, secretory granules, vesicles, lysosomes, endosomes, and the endoplasmic reticulum all working together to transfer, modify and package lipids and proteins macromoecules to the eukaryotic cell, from one part of it to another, and from in to the outside of it also.
The membrane bound polyribosomes are attached to the cell endoplasmic reticulum. The bound ribosomes, used within the cell membrane or expelled from the cell by exocytosis, will produce insulin and they will become membrane bound to control the intake, protein modifications, fusion lipids and sugar breakdown. The insulin is a membrane bound polyribosomes protein synthesized in the ER, which travels along the endomembrane system. This hormone controls glucose and lipid metabolism or energy function, if glucose level is high, insulin synthesis is activated.
Synthesized and traveling through the endomembrane system, the insulin gets to its receptor called tyrosine kinase and activates it, phosphorylating and recruiting different substrate adaptors.
The brand new insulin polypeptide chains go directly into the endoplasmic reticulum by the ribosome and then transported to where they are needed as insulin regulates sugar uptake into adipose tissue and skeletal muscle through glucose transport channels or glucose transporters GLUT4 within vesicles, which are directed to the plasma membrane, this is also the gut and nutrient absorption.
When The relationship between the endomembrane system, insulin, and also insulin receptor, activation by phosphorylation, membrane-bound polyribosomes.
What is an Endomembrane system?
Glucose transport spiritualists are the eukaryotic cell, They work concurrently with the organelles to change, summarize and also transport lipids and then proteins from the gut and also absorb nutrients.
The Endomembrane system differs from membranes and organelles, but fundamentally, it is structured by the nuclear envelope and also lysosomes, when the plasma membrane, and several cytoplasmic organelles, like the ER, the Golgi apparatus, vesicles, lysosomes, endosomes, secretory granules, and also when the endoplasmic reticulum all working together to transfer, modify and package lipids and then proteins macromolecules to the eukaryotic cell, from one part of it to another, and from into the outside of it also.
When The membrane-bound polyribosomes are connected to the cell endoplasmic reticulum. Then, The bound ribosomes, used within the cell membrane or removed from the cell by exocytosis, will create insulin and they will become membrane-bound to control the infusion, protein modifications, fusion lipids, and also sugar breakdown.
When the Insulin is a membrane-bound polyribosomes protein synthesized in the ER, which they are traveled along with the endomembrane system. This hormone controls glucose and also lipid metabolism or energy function, When the glucose level is high, insulin synthesis is activated.
Synthesized and traveling via the endomembrane system, Then insulin gets to its receptor called tyrosine kinase and activates it, phosphorylating and also recruiting different substrate adaptors.
When The brand new insulin polypeptide chains go directly into the endoplasmic reticulum by the ribosome and are then transported to where they are needed as insulin regulates sugar uptake into adipose tissue and also skeletal muscle through glucose transport channels or glucose transporters GLUT4 within vesicles, which are directed to the plasma membrane, Also this is the gut and also nutrient absorption.
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