fibrous protein

His work looked at the structure of fibrous proteins.

Keratin is a tough, fibrous protein found in hair and nails.

Fibrous proteins, such as those found in hair and skin, are insoluble in water.

Keratin is a fibrous protein that aids in protection.

An Amyloid is any of certain insoluble fibrous protein aggregates.

Expression of rooletin leads to the formation of fibrous protein.

Fibrous proteins, also called scleroproteins, are long filamentous protein molecules.

Fibrous proteins are only found in animals.

Miroshnikov et al. (1998) are among the researchers who have attempted to synthesize fibrous proteins.

Threaded through the collagen is elastin, another fibrous protein, which makes the skin resilient.

Globular proteins tend to denature more easily than fibrous proteins.

Sarcomeres are composed of long, fibrous proteins that slide past each other when the muscles contract and relax.

Regulatory roles are also performed by globular proteins rather than fibrous proteins.

Chemically speaking, this is calcium carbonate and a fibrous protein called conchiolin.

The insoluble fibrous protein aggregates that develop in amyloidosis are known as amyloids.

This kind of regular repetition and high glycine content is found in only a few other fibrous proteins, such as silk fibroin.

Amyloids are insoluble fibrous protein aggregates sharing specific structural traits.

Examples of fibrous proteins include keratins, collagens and elastins.

Estrogen is also essential to maintaining a fibrous protein called collagen, which makes up much of the breast's connective tissue.

Collagen, along with elastin, is a fibrous protein vital in keeping skin firm, elastic, and youthful-looking.

Fibrous proteins and interstitial molecules play different roles within the ECM.

Lamins Lamins are fibrous proteins having structural function in the cell nucleus.

Unlike fibrous proteins which only play a structural function, globular proteins can act as:

Pilin refers to a class of fibrous proteins that are found in pilus structures in bacteria.

Astbury hypothesized that the structure of fibrous proteins was stabilized by hydrogen bonds in β-sheets.