CHO cells allowed to grow in a medium containing selenalysine can utilize it for protein synthesis. Selenalysine is incorporated into cell proteins in substitution of lysine: a maximum of 5% of protein lysine can be substituted. Protein lysine substitution by selenalysine can be correlated to the reduced viability of cells grown in its presence.

SELENALYSINE UTILIZATION BY CHO CELLS / C. D., Marco; Cini, Chiara; Blarzino, Carla; V., Busiello; M. D., Girolamo. - In: PHYSIOLOGICAL CHEMISTRY AND PHYSICS AND MEDICAL NMR. - ISSN 0748-6642. - STAMPA. - 19:3(1987), pp. 153-157.

SELENALYSINE UTILIZATION BY CHO CELLS

CINI, Chiara;BLARZINO, Carla;
1987

Abstract

CHO cells allowed to grow in a medium containing selenalysine can utilize it for protein synthesis. Selenalysine is incorporated into cell proteins in substitution of lysine: a maximum of 5% of protein lysine can be substituted. Protein lysine substitution by selenalysine can be correlated to the reduced viability of cells grown in its presence.
1987
analogs /&/ derivatives/metabolism/pharmacology; animals; cell line; cricetinae; cricetulus; female; kinetics; lysine; metabolism; organoselenium compounds; ovary; selenium
01 Pubblicazione su rivista::01a Articolo in rivista
SELENALYSINE UTILIZATION BY CHO CELLS / C. D., Marco; Cini, Chiara; Blarzino, Carla; V., Busiello; M. D., Girolamo. - In: PHYSIOLOGICAL CHEMISTRY AND PHYSICS AND MEDICAL NMR. - ISSN 0748-6642. - STAMPA. - 19:3(1987), pp. 153-157.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/460334
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