Globular proteins, having undergone tertiary folding, are water-soluble, compact, and spherical due to hydrophilic R groups being on the outside, enabling functions like transport (e.g., insulin).
Globular proteins, having undergone tertiary folding, are water-soluble, compact, and spherical due to hydrophilic R groups being on the outside, enabling functions like transport (e.g., insulin).
| Front | Globular proteins 2.1.2(n) |
|---|---|
| Back | - formed when proteins in tertiary structure - water soluble, compact and spherical - these soluble in water as hydrophic R groups on inside and Hydrophillic R groups on outside - example insulin, which needs to be soluble to be transported |
Learn with these flashcards. Click next, previous, or up to navigate to more flashcards for this subject.
Next card: Group haem proteins prosthetic conjugated 2.1.2(n quaternary structure
Previous card: Reaction peptides broken aa 2.1.2(b hydrolysis
Up to card list: OCR A Biology