2016
DOI: 10.1016/j.dib.2016.03.083
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Mass spectrometry data for in vitro protein profiles in early and late stages of Douglas-fir xylogenesis

Abstract: A Douglas-fir tissue culture system was developed [1] that could be induced to differentiate into tracheary elements (fibers) making it possible to monitor xylogenesis in vitro by a proteomics approach. Two proteomes, one from an early and one from a late stage of fiber differentiation process were analyzed and compared. Obtained mass spectrometry proteomics data have been deposited to the ProteomeXchange Consortium (http://proteomecentral.proteomexchange.org) via the PRIDE partner repository [2] with the data… Show more

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Cited by 3 publications
(3 citation statements)
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“…Cytokinins act to induce the breakdown of apical dominance and proliferation of axillary buds. Although BAP is one of the most commonly used plant regulators and with the lowest acquisition cost (Dziedzic & McDonald, 2016), this cytokinin does not always have a positive effect for all species, as in the present study, where IAA stood out. The high concentration of cytokinin promoted by the addition of high doses of BAP can cause stress in explants and this can activate genes that alter the endogenous hormonal balance, especially those related to the synthesis of cytokinins, oxidases and dehydrogenases (Kopečný et al, 2016).…”
Section: Boletín Latinoamericano Y Del Caribe De Plantas Medicinales ...contrasting
confidence: 45%
“…Cytokinins act to induce the breakdown of apical dominance and proliferation of axillary buds. Although BAP is one of the most commonly used plant regulators and with the lowest acquisition cost (Dziedzic & McDonald, 2016), this cytokinin does not always have a positive effect for all species, as in the present study, where IAA stood out. The high concentration of cytokinin promoted by the addition of high doses of BAP can cause stress in explants and this can activate genes that alter the endogenous hormonal balance, especially those related to the synthesis of cytokinins, oxidases and dehydrogenases (Kopečný et al, 2016).…”
Section: Boletín Latinoamericano Y Del Caribe De Plantas Medicinales ...contrasting
confidence: 45%
“…de 1mg L -1 de BAP pode estar relacionada a alta atividade da citocinina na parte aérea (BAKHTIAR; MIRJALILI; SONBOLI, 2016) e ou ao equilíbrio entre a concentração endógena (explante) e exógena aplicada, estimulando a sinergia entre as diferentes origens da citocinina. Sendo o BAP considerado o fitorregulador sintético de uso mais abrangente, utilizado nas etapas de propagação in vitro, com influência mais efetiva para multiplicação de diversas espécies de plantas e com o menor custo de aquisição(ARAGÃO et al, 2011;ROLLI et al, 2015;DZIEDZIC;MCDONALD, 2016), é o mais comumente utilizado nos processos de produção de plantas matrizes a partir da regeneração e multiplicação de tecidos vegetais.…”
unclassified
“…O BAP está diretamente ligado a uma alta taxa de multiplicação de brotos e tem sido relacionado como eficiente na multiplicação de várias espécies (RODRIGUES et al, 2016;EMER et al, 2018;ENKHBILEG et al, 2019) As citocininas agem na indução da quebra da dominância apical e proliferação de gemas axilares, apesar de o BAP ser um dos reguladores vegetais mais comumente utilizado e com o menor custo de aquisição (BAKHTIAR et al, 2016;DZIEDZIC;MCDONALD, 2016) esta citocinina nem sempre apresenta um efeito positivo para todas as espécies.…”
Section: Introductionunclassified