Question

(Question) Which statement about the fluid mosaic model of membrane
structure is correct?

(a) The less unsaturated the fatty acid, the more fluid nature.

(b) The more unsaturated the fatty acid, the more fluid nature.

(c) Higher the temperature, less fluid nature.

(d) The lower the temperature, more fluid nature​

Answer 1

A hoga q ki shi h yrr

Answer 2

Answer:

answer is option (a) The less unsaturated the fatty acid, the more fluid nature.

Explanation:

S.J. Singer and GarthL. Nicolson proposed the fluid mosaic idea in 1972. The model explained the structure of the plasma membrane.

• Although the version has modified over time, it nevertheless satisfactory describes the shape and features of the plasma membrane as we currently understand them.
• The fluid mosaic version defines the plasma membrane's composition as a mosaic of components, which include phospholipids, cholesterol, proteins, and carbohydrates, that provide it a fluid appearance.
• The membrane's predominant material is made from amphiphilic( binary- loving) phospholipid motes.
• Integral proteins, the second most critical issue of plasma membranes, are completely incorporated into the membrane shape, with their hydrophobic membrane-spanning sections interacting with the phospholipid bilayer's hydrophobic region.
• Carbohydrates, the1/3 primary issue of plasma membranes, are constantly determined at the outside of cells, connected to proteins( forming glycoproteins) or lipids( forming glycolipids). membrane's composition as a mosaic of factors, including phospholipids, cholesterol, proteins, and carbohydrates, that give it a fluid appearance.
• The membrane's main fabric is made up of amphiphilic( binary- loving) phospholipid motes.
• Integral proteins, the second most important component of plasma membranes, are entirely integrated into the membrane structure, with their hydrophobic membrane-spanning sections interacting with the phospholipid bilayer's hydrophobic region.
• Carbohydrates, the third major element of plasma membranes, are always set up on the outside of cells, associated to proteins( forming glycoproteins) or lipids( forming glycolipids).

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