and certain hormones like insulin and enzymes are all examples of globular proteins. They have their spiral chains folded intro spherical shapes and are generally soluble in water. However the ...

William Cramer and three other scientists have tackled a major problem confronting protein researchers – how to crystallize fat-soluble proteins in order to study them. Most proteins are water-soluble ...

Water-soluble protein helps to understand the photosynthetic apparatus. Whenever you see green color out in nature, you are likely to look at chlorophyll. This is the pigment used by all plants to ...

In an advance that could make it easier to perform this type of structural study, MIT researchers have developed a way to make these proteins water-soluble by swapping some of their hydrophobic ...

Serum albumin – Produced by the liver and acts as a carrier protein for fatty acids, steroids, and thyroid hormones in the blood. By contributing to oncotic pressure, it balances extracellular fluid ...

The green bush cricket’s camouflage is due to a water-soluble protein, dibilinoxanthinin (DBXN), which binds both blue bilin and yellow lutein pigments to closely mimic foliage.

Results open up new possibilities for egg white proteins as a resource for the development of a new class of functional soluble globular protein-based materials Protein-based functional materials are ...

By swapping hydrophobic amino acids for structurally similar hydrophilic ones, the researchers transform hydrophobic transmembrane receptors into water-soluble proteins that don’t need ...

But because these proteins ... water-based solutions (hydrophobic), making them difficult to study. We wanted to get these ...

But because these proteins are embedded in the lipid-containing outer layer of cells, they are tricky to access and insoluble ...