Revision history of "Studies of epigenetic and epigenomic mechanisms related to the conditional invalidation of the methionin synthase gene in the liver" (Q3697653)

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11 October 2024

  • curprev 11:4211:42, 11 October 2024DG Regio talk contribs 58,030 bytes +4 Changed label, description and/or aliases in pt
  • curprev 11:4211:42, 11 October 2024DG Regio talk contribs 58,026 bytes +5 Set a claim value: summary (P836): Entre os mecanismos moleculares para regular a expressão genética, as reações de metilação (ou seja, transferência de grupo metilo) desempenham um papel fundamental. Quase todos os tipos de moléculas podem ser alvos da metilação, incluindo moléculas pequenas do lipido, açúcares e ácidos aminados, mas igualmente macromoléculas biológicas tais como proteínas e ADN e RNA. O gene que codifica a enzima chamada metionina sintase (MTR) é um gene essencial...

7 March 2024

12 January 2024

19 June 2023

11 June 2023

8 June 2023

11 August 2022

  • curprev 22:4122:41, 11 August 2022DG Regio talk contribs 54,751 bytes +37,307 Changed label, description and/or aliases in et, lt, hr, el, sk, fi, pl, hu, cs, lv, ga, sl, bg, mt, pt, da, ro, sv, nl, fr, de, it, es, and other parts: Adding translations: et, lt, hr, el, sk, fi, pl, hu, cs, lv, ga, sl, bg, mt, pt, da, ro, sv,

14 January 2022

13 January 2022

6 December 2021

1 December 2021

  • curprev 10:2310:23, 1 December 2021DG Regio talk contribs 11,679 bytes +1,724 Created claim: summary (P836): Unter den molekularen Mechanismen zur Regulierung der Genexpression spielen Methylierungsreaktionen (d. h. die Übertragung der Methylgruppe) eine entscheidende Rolle. Fast alle Arten von Molekülen können Methylierungsziele sein, darunter kleine Lipidmoleküle, Zucker und Aminosäuren, aber auch biologische Makromoleküle wie Proteine und DNA und RNA. Das Gen, das für das Enzym Methionin Synthase (MTR) kodiert, ist ein wesentliches Gen im Stoffwechs...

27 November 2021

  • curprev 13:4113:41, 27 November 2021DG Regio talk contribs 9,955 bytes −1,869 Removed claim: summary (P836): Parmi les mécanismes moléculaires permettant la régulation de l’expression des gènes, les réactions de méthylation (c.à.d. de transfert du groupement méthyle) jouent un rôle primordial. Presque tous les types de Molécules peuvent être des cibles de méthylation, incluant des petites Molécules de lipides, des sucres et des acides aminés, mais également des macromolécules biologiques comme des protéines et l‚ADN et l‘ARN. Le gène codant pour l’en...
  • curprev 01:1401:14, 27 November 2021DG Regio talk contribs 11,824 bytes +1,869 Created claim: summary (P836): Parmi les mécanismes moléculaires permettant la régulation de l’expression des gènes, les réactions de méthylation (c.à.d. de transfert du groupement méthyle) jouent un rôle primordial. Presque tous les types de Molécules peuvent être des cibles de méthylation, incluant des petites Molécules de lipides, des sucres et des acides aminés, mais également des macromolécules biologiques comme des protéines et l‚ADN et l‘ARN. Le gène codant pour l’enzy...

26 November 2021

24 November 2021

22 November 2021

  • curprev 10:4810:48, 22 November 2021DG Regio talk contribs 9,318 bytes +191 Changed label, description and/or aliases in en: translated_label
  • curprev 10:4810:48, 22 November 2021DG Regio talk contribs 9,127 bytes +1,640 Created claim: summary (P836): Among the molecular mechanisms for regulating gene expression, methylation reactions (i.e. methyl group transfer) play a key role. Almost all types of molecules can be methylation targets, including small lipid molecules, sugars and amino acids, but also biological macromolecules such as proteins and DNA and RNA. The gene coding for the enzyme called methionine synthase (MTR) is an essential gene in the metabolism of vitamin B12, which provides...

17 November 2021