Revision history of "MULTIFUNCTIONALITY OF PIPX AND SIGNALING NETWORKS IN THE CYANOBACTERIA MODEL SYNECHOCOCCUS ELONGATUS SP. PCC 7942" (Q3189332)

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9 October 2024

  • curprev 23:0523:05, 9 October 2024DG Regio talk contribs 120,851 bytes −4 Changed label, description and/or aliases in pt
  • curprev 23:0523:05, 9 October 2024DG Regio talk contribs 120,855 bytes +81 Set a claim value: summary (P836): A Cianobactéria realiza a Fotossíntese Oxigenica e Coloniza a Maioria dos ECOSSISTEMAS ILUMINADOS, de modo que eles têm um grande impacto sobre o Carbono Global e os Ciclos de Azoto. No entanto, apesar do seu sucesso ecológico e da sua importância biotecnológica, os mecanismos responsáveis por esta variedade e a capacidade de adaptação ambiental permanecem desconhecidos. Neste contexto, SYNECHOCOCCUS ELONGATUS SP. PCC 7942, DE MANIPUAÇÃO GENÉTICA RE...

23 March 2024

20 December 2023

12 June 2023

10 June 2023

4 August 2022

  • curprev 12:3912:39, 4 August 2022DG Regio talk contribs 118,779 bytes +84,729 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,

16 January 2022

17 December 2021

9 December 2021

4 December 2021

12 October 2021

  • curprev 22:0422:04, 12 October 2021DG Regio talk contribs 16,076 bytes +4,036 Created claim: summary (P836): CYANOBACTERIA PERFORM OXIGENICAN PHOTOSYNTHESIS AND COLONISE THE MAJORITY OF ILLUMINATED ECOSYSTEMS, SO THEY HAVE A GREAT IMPACT ON GLOBAL CARBON AND NITROGEN CYCLES. HOWEVER, DESPITE ITS ECOLOGICAL SUCCESS AND BIOTECHNOLOGICAL IMPORTANCE, THE MECHANISMS RESPONSIBLE FOR THIS VERSATILITY AND CAPACITY FOR ENVIRONMENTAL ADAPTATION REMAIN UNKNOWN. IN THIS CONTEXT, SYNECHOCOCCUS ELONGATUS SP. PCC 7942, OF RELATIVELY FACILITY GENETICAL MANIPUATION, IS...
  • curprev 22:0422:04, 12 October 2021DG Regio talk contribs 12,040 bytes −4,036 Removed claim: summary (P836): CYANOBACTERIA PERFORM OXIGENICAN PHOTOSYNTHESIS AND COLONISE THE MAJORITY OF ILLUMINATED ECOSYSTEMS, SO THEY HAVE A GREAT IMPACT ON GLOBAL CARBON AND NITROGEN CYCLES. HOWEVER, DESPITE ITS ECOLOGICAL SUCCESS AND BIOTECHNOLOGICAL IMPORTANCE, THE MECHANISMS RESPONSIBLE FOR THIS VERSATILITY AND CAPACITY FOR ENVIRONMENTAL ADAPTATION REMAIN UNKNOWN. IN THIS CONTEXT, SYNECHOCOCCUS ELONGATUS SP. PCC 7942, OF RELATIVELY FACILITY GENETICAL MANIPUATION,...
  • curprev 21:0921:09, 12 October 2021DG Regio talk contribs 16,076 bytes +173 Changed label, description and/or aliases in en: translated_label
  • curprev 21:0921:09, 12 October 2021DG Regio talk contribs 15,903 bytes +4,036 Created claim: summary (P836): CYANOBACTERIA PERFORM OXIGENICAN PHOTOSYNTHESIS AND COLONISE THE MAJORITY OF ILLUMINATED ECOSYSTEMS, SO THEY HAVE A GREAT IMPACT ON GLOBAL CARBON AND NITROGEN CYCLES. HOWEVER, DESPITE ITS ECOLOGICAL SUCCESS AND BIOTECHNOLOGICAL IMPORTANCE, THE MECHANISMS RESPONSIBLE FOR THIS VERSATILITY AND CAPACITY FOR ENVIRONMENTAL ADAPTATION REMAIN UNKNOWN. IN THIS CONTEXT, SYNECHOCOCCUS ELONGATUS SP. PCC 7942, OF RELATIVELY FACILITY GENETICAL MANIPUATION, IS...

11 October 2021

10 October 2021

8 October 2021