https://wiki.chemika.be/api.php?action=feedcontributions&feedformat=atom&user=R0847132Chemika Examenwiki - Gebruikersbijdragen [nl]2026-07-28T13:02:39ZGebruikersbijdragenMediaWiki 1.43.0https://wiki.chemika.be/index.php?title=Plant_Development_and_Metabolic_Regulation&diff=5013Plant Development and Metabolic Regulation2026-01-28T20:43:31Z<p>R0847132: /* Examenvragen */</p>
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<div>[[Categorie: Mabb]]<br />
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== Vakinformatie ==<br />
Plant development and metabolic regulation<br />
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ECTS-fiche: https://onderwijsaanbod.kuleuven.be/syllabi/e/G0G45AE.htm<br />
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== Examenvragen ==<br />
===28/01/2026===<br />
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COP/DET (5)<br />
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Regulation of G1/S and G2/M (3)<br />
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Briefly discuss: sweet immunity, AP2 and miR172 in flowering, WOX figure, the influence of galactanase on AGP (possible paper part) (2 each)<br />
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===22/01/2026===<br />
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Apical dominance: fill in scheme + explain (4)<br />
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Lateral root formation + hormones. Do environmental factors have an influence? Use schemes (4)<br />
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Shorter: (2 each)<br />
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*Sweet immunity<br />
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*Mechanism of N-terminal domain of EIN2 in ethylene response<br />
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*RIN in tomato<br />
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*Mechanism of flowering and vernalisation in wheat<br />
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===29/01/2025===<br />
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Apical dominance: fill in scheme + explain<br />
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Explain the formation of root hair cells<br />
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Briefly discuss: wound priming (sweet immunity), CTR mutant related to ethylene, coincidence model in Ara and rice, role of fructan in barley seeds <br />
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===23/01/2025===<br />
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Explain COP/DET mutant in relation to photomorphogenesis and skotomorphogenesis and explain the mechanisms in detail.<br />
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Given: the picture about vasculature and with the leaf gap and sometimes leafs cut off etc -> explain the context of this figure/ this figure.<br />
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Briefly discuss: T6P and flowering, sugar and hormones for bud outgrowth, drought with wt, smr1 mutant and SMR1 OE, difference between elicitor and priming<br />
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===31/01/2024===<br />
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Explain the formation of root hair cells<br />
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Apical dominance: fill in scheme + explain<br />
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Briefly discuss<br />
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coincidence model in Ara and rice<br />
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sweet immunity<br />
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CTR mutant related to ethylene<br />
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SMR1 and ratio stomata/ pavement cells<br />
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===25/01/2024===<br />
<br />
- explain COP/DET<br />
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- explain figure about vasculature formation<br />
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briefly discuss:<br />
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a) Role of T6P during flowering<br />
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b) Hormone/sugar signals for outgrowth of rose bud<br />
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c) role of miR172 in floral organ identity<br />
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d) drought tolerance of WT, smr1, SMR1 over expressing lines. which mechanisms are in play?<br />
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===30/08/2022===<br />
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- explain the formation of root hair cells (7)<br />
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-Discuss clonal analysis and average cell numbers (5)<br />
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briefly discuss: (8, 2 each)<br />
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a) ABCE floral system<br />
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b) Sweet immunity<br />
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c) BHP role in root cells fate<br />
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d) what happens when QC cells get Lazer ablated? and how can we visualise that?<br />
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===03/02/2022===<br />
COP/DET<br />
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Roothair formation, positioning, growth<br />
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Smaller questions:<br />
a)coincidence model<br />
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b)Give 3 shoot apical meristem mutants and the phenotype<br />
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c)sweet immunity<br />
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d)Influence of miRNA and sugar on stress and development. Role of SPL and DELLA.<br />
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===22 januari 2021===<br />
COP/DET en mutanten die hielpen bij dit te onderzoeken<br />
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regulation G1/S and S/M transition.<br />
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Small questions <br />
a)Sweet immunity <br />
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b)hoe kan je invertase enzym activiteit bepalen in een plant extract<br />
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c)Wox figure explain<br />
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===22 januari 2021===<br />
wortelhaarvorming uitleggen<br />
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COP/DET<br />
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a) sweet immunity<br />
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b)de rol van suikers & mirna in maturatie van plant <br />
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c)hoe kan je invertase enzym activiteit bepalen in een plant extract<br />
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===17/01/2019===<br />
COP/DET<br />
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regulation G1/S and S/M transition.<br />
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Explain briefly: <br />
a) sweet priming<br />
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b) polarity in Fucus<br />
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c) explain the figure: WOX<br />
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===17/01/2019===<br />
Apical dominance: fill in scheme + explain<br />
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roothair formation<br />
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Smaller questions:<br />
a) coincidence model in Ara and rice<br />
<br />
b) sweet immunity<br />
<br />
c) influence of miRNA and sugar on stress and development</div>R0847132