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Cell-Free translation of Balbiani ring RNA (75S) ofChironomus tentans salivary glands into high molecular weight products (1983)

Weber, F. ; Mähr, R. ; Meyer, B. ; [et al.]

Springer

Development genes and evolution 192 (1983), S. 200-203

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ISSN: 1432-041X

Keywords: Balbiani ring ; Cell-free translation ; Chironomus messenger RNA ; Secretory proteins

Source: Springer Online Journal Archives 1860-2000

Topics: Biology

Notes: Summary Cell-free translation of salivary gland RNA or of purified Balbiani ring RNA (75S) in a reticulocyte lysate system gives rise to high molecular weight translational products (HMTP). In addition to a common size (approx. 1×106 daltons) HMTP share imunogenic determinants with the giant secretory proteins of salivary glands. This suggests that HMTP correspond to in vivo secreted proteins and thus, corroborates the notion that 75S-RNA is the messenger for these proteins. The time course of HMTP synthesis and the lack of appearance of lower molecular weight components as translational products of 75S-RNA indicate that the synthesis of HMTP (and of secretory proteins) occurs in one piece by an uninterrupted process. HMTP are regarded the largest polypeptides so far synthesized in a cell-free system.

Type of Medium: Electronic Resource

URL: http://dx.doi.org/10.1007/BF00848691

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Co2+ and Mn2+ ion locations in doped CsCdCl3 (1983)

Bensekrane, M. ; Goltzene, A. ; Meyer, B. ; [et al.]

Springer

Il nuovo cimento della Società Italiana di Fisica 2 (1983), S. 1964-1970

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ISSN: 0392-6737

Keywords: Electron paramagnetic resonance and relaxation

Source: Springer Online Journal Archives 1860-2000

Topics: Physics

Description / Table of Contents: Riassunto Gli ioni di sostituzione Co2+ e Mn2+ in due diverse posizioni nel Cd nel composto CsCdCl3 sono state studiati usando la risonanza paramagnetica elettronica. L'occupazione preferenziale, Co2+ nel sito CdII, Mn2+ nel sito CdI, è discussa in termini di argomenti di simmetria della chimica dei cristalli.

Abstract: Резюме Используя электронный парамагнитный резонанс, в соединении CsCdCl3 исследуются местоположения ионов замещения Co2+ и Mn2+ в двух различных положениях Cd. В терминах кристалло-химической симметрии обсуждается предпочтительное расположение Co2+ в положении CdII и Mn2+ в положении CdI.

Notes: Summary Substitutional Co2+ and Mn2+ ions at the two different Cd sites in the compound CsCdCl3 have been studied by using electron paramagnetic resonance. The preferential occupation, Co2+ in the CdII site, Mn2+ in the CdI site, is discussed in terms of crystallochemical symmetry arguments.