Il ruolo di TAF12B e UVR3 nel ciclo circadiano dei vegetali / / Susanna Pollastri.

The book goes over the studies carried out on the circadian oscillators in plants, performed using the model plant Arabidopsis thaliana. The plant's oscillators seem to include similar components to those described for other model organisms. A bioinformatic analysis on the Arabidopsis genome fo...

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Bibliographic Details
Superior document:Premio Tesi di dottorato ; 28
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Place / Publishing House:Firenze, Italy : : Firenze University Press,, [2013]
©2013
Year of Publication:2013
Language:Italian
Series:Premio Tesi di dottorato ; 28.
Physical Description:1 online resource (80 pages) :; illustrations.
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520 |a The book goes over the studies carried out on the circadian oscillators in plants, performed using the model plant Arabidopsis thaliana. The plant's oscillators seem to include similar components to those described for other model organisms. A bioinformatic analysis on the Arabidopsis genome found the genes TAF12b, At1g17440 and UVR3, At3g15620. Both the genes were cloned with the GFP green fluorescent protein in order to locate this protein at cell level. Furthermore, Arabidopsis SALK line plants were grown and selected, mutating the genes in question, and in parallel gene expression tests were performed on the main circadian rhythm genes in order to monitor their expression both in conditions of alternating light and dark, and in constant conditions. From the data that has emerged to date it seems that both genes are involved in the Arabidopsis's circadian rhythms. 
504 |a Includes bibliographical references. 
505 0 |a Lista delle abbreviazioni -- Capitolo 1 Introduzione -- 1. I ritmi circadiani -- 2. Allineamento dei ritmi interni ed esterni nello sviluppo di Arabidopsis -- 3. Le proprieta` dell'orologio circadiano -- 4. Il motivo della presenza dell'orologio -- 5. L'architettura dell'orologio -- 6. Il nucleo oscillatore -- 7. Basi molecolari della regolazione dei geni orologio -- 8. Componenti aggiuntivi del sistema circadiano -- 9. Studio dei ritmi circadiani in Arabidopsis -- 10. Obiettivi della ricerca -- Capitolo 2 Materiali e metodi -- 1. Materiali -- 2. Metodi -- Capitolo 3 Risultati -- 1. Identificazione omologo di CLOCK, Homo sapiens, in Arabidopsis thaliana -- 2. Identificazione omologo di CRYPTOCROMO 1, Homo sapiens, in Arabidopsis thaliana -- 3. Analisi dell'espressione genica 36Il ruolo di TAF12B e UVR3 nel ciclo circadiano dei vegetali -- Capitolo 4 Discussione -- 1. TAF12B -- 2. UVR3 -- 3. Conclusioni -- Appendice -- Bibliografia -- Ringraziamenti. 
650 0 |a Plants. 
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