2019
DOI: 10.1016/j.indcrop.2019.111545
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Resin tapping transcriptome in adult slash pine (Pinus elliottii var. elliottii)

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Cited by 23 publications
(21 citation statements)
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“…Only 1.73% of the annotating the high-quality isoforms in this research (Figure 2) were homologous to Pinus taeda, which showed that the published Pinus taeda genome is not the good choice as P. elliottii reference. Resin tapping transcriptome generated using SGS in adult slash pine was just published [14], which provided hundreds of candidate genes for genetic study for the first time. However, the sequences are not suited for reference at exome level because the sequences using SGS mostly are random, short sequences and not full-length transcriptomes.…”
Section: Discussionmentioning
confidence: 99%
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“…Only 1.73% of the annotating the high-quality isoforms in this research (Figure 2) were homologous to Pinus taeda, which showed that the published Pinus taeda genome is not the good choice as P. elliottii reference. Resin tapping transcriptome generated using SGS in adult slash pine was just published [14], which provided hundreds of candidate genes for genetic study for the first time. However, the sequences are not suited for reference at exome level because the sequences using SGS mostly are random, short sequences and not full-length transcriptomes.…”
Section: Discussionmentioning
confidence: 99%
“…The mean length of 80,339 high-accuracy transcripts generated using TGS in this research reached 2366.99 bp and the 1,058,173 reads (excluded <300 bp in length) reached 2264 bp, while the average length of unigenes using SGS in the other conifers is from 547.26bp to 1368.09bp ( Table 2). The mean length of the first published slash pine resin tapping transcriptome generated using SGS is about several hundreds of bp [14]. There are 15,653 high-confidence transcripts covering >30 Mbp of the genome in P. taeda with an average coding sequence length of 1295 bp [10].…”
Section: Discussionmentioning
confidence: 99%
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“…Ao contrário de temperaturas altas em que podem influenciar desde o rendimento da oleoresina presente no recipiente de coleta, devido a evaporação dos componentes e até mesmo no desempenho da árvore na exsudação da substância. Também, a abertura da estria no painel é mais um fator determinante na produção de resina e é por isso que se utilizam as pastas ácidas, em que atuam no prolongamento do período de exsudação (DE OLIVEIRA JUNKES et al, 2019).…”
Section: Fonte: Própria (2020)unclassified
“…La resina que queda adherida en las trozas de pino listas para el transporte; una vez procesadas en la planta para la obtención de la pulpa para papel, consumen gran cantidad de sustancias químicas en el proceso de deslignificación y aumenta la carga contaminante en la planta de tratamiento de agua residual. La no resinación de las variedades de Pino patula y Pino oocarpa, hacen que los subproductos obtenidos del tratamiento químico de la resina se tengan que importar [4,5]. Es importante en la región y en Colombia estudiar, organizar y orientar la fabricación de productos con valor agregado, a partir de desechos lignocelulósicos, mediante la instalación de plantas adecuadas para este fin.…”
Section: Introductionunclassified