An insulin molecule is much bigger than a glucose molecule.
Insulin core is hydrophobic but its periphery has hydrophillic regions
The hormone that predominately signals glucose uptake by the cells is the insulin. It is secreted in the pancreas by the islets of Langerhans.
Insulin has a tertiary structure which is folded into a spherical shape. An insulin molecule comprises two chains of amino acids held together by disulfide bonds. This is the active state of the hormone.
The only thing that they have in common is that they are proteins. Insulin is a molecule that carries glucose across the body cell membranes. Hemoglobin is a very large molecule that contains iron and carries oxygen. The red blood cells are packed with it.
Insulin
s-s bridge or disulfide bond
It wouldn't work right.
Human insulin (I'm not sure about other species) is a 51-residue peptide. It's stored as a hexamer, but the active form is the monomer.
It can do!!!! If you take the molecule ethanol (ethyl alchol) CH3CH2OH , and substitute the the oxygen for sulphur, we have CH3CH2SH. This molecule is 'ethanethiol'. A critical biologicial molecule that contains sulphur is 'Insulin'. needed by humans to control sugar levels in the blood stream.
Once in the blood, insulin molecules can reach all the cells of the body. An insulin molecule is able to attach itself to the cell membrane of cells. When it does, one kind of pore opens. Sugar from the blood can then enter the cell through the open pore.
No. When genes from humans are inserted into bacteria, the bacteria acts as factories that produce chemicals of importance to humans, such as insulin.