(1) A decrease in chaperone activity from nuclear crystallin has been showed in age - dependent fashion.

(2) ConclusionThe molecular chaperone activity of α crystallin was compromised by UV B irradiation in time - dependent manner.

(3) The melting point of the blend decreased and crystallin temperature rose with the increase of the TPU content in the blend.

(4) For example, severe dehydration can cause crystallin proteins to precipitate, prompting their cells to crumble into a clump—a cataract.

(5) Conclusion: Downregulation of alpha B - crystallin mRNA may be concerned with the development of human glioma.

(6) Analysis of aged and cataract lenses shows the presence of increased amounts of crystallin fragments in the high molecular weight aggregates of water-soluble and water-insoluble fractions.

(7) Purpose : To evaluate the molecular chaperone function of α - crystallin in age - related cataract.