FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3189702010> ?p ?o ?g. }

• W3189702010 abstract "Abstract Background Kiwifruit ( Actinidia Lindl.) is considered an important fruit species worldwide. Due to its temperate origin, this species is highly vulnerable to freezing injury while under low-temperature stress. To obtain further knowledge of the mechanism underlying freezing tolerance, we carried out a hybrid transcriptome analysis of two A. arguta ( Actinidi arguta ) genotypes, KL and RB, whose freezing tolerance is high and low, respectively. Both genotypes were subjected to − 25 °C for 0 h, 1 h, and 4 h. Results SMRT (single-molecule real-time) RNA-seq data were assembled using the de novo method, producing 24,306 unigenes with an N50 value of 1834 bp. Kyoto Encyclopedia of Genes and Genomes (KEGG) enrichment analysis of DEGs showed that they were involved in the ‘starch and sucrose metabolism’, the ‘mitogen-activated protein kinase (MAPK) signaling pathway’, the ‘phosphatidylinositol signaling system’, the ‘inositol phosphate metabolism’, and the ‘plant hormone signal transduction’. In particular, for ‘starch and sucrose metabolism’, we identified 3 key genes involved in cellulose degradation, trehalose synthesis, and starch degradation processes. Moreover, the activities of beta-GC (beta-glucosidase), TPS (trehalose-6-phosphate synthase), and BAM (beta-amylase), encoded by the abovementioned 3 key genes, were enhanced by cold stress. Three transcription factors (TFs) belonging to the AP2/ERF, bHLH (basic helix-loop-helix), and MYB families were involved in the low-temperature response. Furthermore, weighted gene coexpression network analysis (WGCNA) indicated that beta-GC , TPS5 , and BAM3.1 were the key genes involved in the cold response and were highly coexpressed together with the CBF3 , MYC2 , and MYB44 genes. Conclusions Cold stress led various changes in kiwifruit, the ‘phosphatidylinositol signaling system’, ‘inositol phosphate metabolism’, ‘MAPK signaling pathway’, ‘plant hormone signal transduction’, and ‘starch and sucrose metabolism’ processes were significantly affected by low temperature. Moreover, starch and sucrose metabolism may be the key pathway for tolerant kiwifruit to resist low temperature damages. These results increase our understanding of the complex mechanisms involved in the freezing tolerance of kiwifruit under cold stress and reveal a series of candidate genes for use in breeding new cultivars with enhanced freezing tolerance." @default.
• W3189702010 created "2021-08-16" @default.
• W3189702010 creator A5000098974 @default.
• W3189702010 creator A5018995113 @default.
• W3189702010 creator A5023202979 @default.
• W3189702010 creator A5025402999 @default.
• W3189702010 creator A5037417574 @default.
• W3189702010 creator A5045250047 @default.
• W3189702010 creator A5059400646 @default.
• W3189702010 creator A5068119903 @default.
• W3189702010 creator A5072210288 @default.
• W3189702010 creator A5077725174 @default.
• W3189702010 creator A5082646404 @default.
• W3189702010 date "2021-08-11" @default.
• W3189702010 modified "2023-10-06" @default.
• W3189702010 title "Full-length transcriptome profiling reveals insight into the cold response of two kiwifruit genotypes (A. arguta) with contrasting freezing tolerances" @default.
• W3189702010 cites W140230739 @default.
• W3189702010 cites W1984352173 @default.
• W3189702010 cites W1984425875 @default.
• W3189702010 cites W1999059182 @default.
• W3189702010 cites W2005261680 @default.
• W3189702010 cites W2021140789 @default.
• W3189702010 cites W2036775722 @default.
• W3189702010 cites W2046540878 @default.
• W3189702010 cites W2056394785 @default.
• W3189702010 cites W2056438160 @default.
• W3189702010 cites W2057927753 @default.
• W3189702010 cites W2059038119 @default.
• W3189702010 cites W2059724382 @default.
• W3189702010 cites W2062534929 @default.
• W3189702010 cites W2064916061 @default.
• W3189702010 cites W2077081557 @default.
• W3189702010 cites W2085790118 @default.
• W3189702010 cites W2093341351 @default.
• W3189702010 cites W2144110952 @default.
• W3189702010 cites W2163748001 @default.
• W3189702010 cites W2169966075 @default.
• W3189702010 cites W2184617853 @default.
• W3189702010 cites W2190412510 @default.
• W3189702010 cites W2273018859 @default.
• W3189702010 cites W2331660912 @default.
• W3189702010 cites W2381490973 @default.
• W3189702010 cites W2561996841 @default.
• W3189702010 cites W2591685010 @default.
• W3189702010 cites W2761665625 @default.
• W3189702010 cites W2765553891 @default.
• W3189702010 cites W2766286252 @default.
• W3189702010 cites W2767946678 @default.
• W3189702010 cites W2777164039 @default.
• W3189702010 cites W2797570641 @default.
• W3189702010 cites W2800250979 @default.
• W3189702010 cites W2802369716 @default.
• W3189702010 cites W2806038273 @default.
• W3189702010 cites W2887135430 @default.
• W3189702010 cites W2888920739 @default.
• W3189702010 cites W2891731575 @default.
• W3189702010 cites W2896215125 @default.
• W3189702010 cites W2902428681 @default.
• W3189702010 cites W2902651633 @default.
• W3189702010 cites W2909264548 @default.
• W3189702010 cites W2912513382 @default.
• W3189702010 cites W2913136258 @default.
• W3189702010 cites W2924283412 @default.
• W3189702010 cites W2932364291 @default.
• W3189702010 cites W2941152466 @default.
• W3189702010 cites W2943910268 @default.
• W3189702010 cites W2947407245 @default.
• W3189702010 cites W2947444129 @default.
• W3189702010 cites W2952218621 @default.
• W3189702010 cites W2958877791 @default.
• W3189702010 cites W2974693624 @default.
• W3189702010 cites W2976649711 @default.
• W3189702010 cites W2979901583 @default.
• W3189702010 cites W2980790354 @default.
• W3189702010 cites W2991682377 @default.
• W3189702010 cites W3006369641 @default.
• W3189702010 cites W3007809565 @default.
• W3189702010 cites W3017143756 @default.
• W3189702010 cites W3025996254 @default.
• W3189702010 cites W3037675855 @default.
• W3189702010 cites W3047202782 @default.
• W3189702010 cites W3095987771 @default.
• W3189702010 cites W3110524780 @default.
• W3189702010 cites W3110630321 @default.
• W3189702010 cites W3111476686 @default.
• W3189702010 cites W3120880751 @default.
• W3189702010 cites W961522100 @default.
• W3189702010 doi "https://doi.org/10.1186/s12870-021-03152-w" @default.
• W3189702010 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8356467" @default.
• W3189702010 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34380415" @default.
• W3189702010 hasPublicationYear "2021" @default.
• W3189702010 type Work @default.
• W3189702010 sameAs 3189702010 @default.
• W3189702010 citedByCount "12" @default.
• W3189702010 countsByYear W31897020102021 @default.
• W3189702010 countsByYear W31897020102022 @default.
• W3189702010 countsByYear W31897020102023 @default.
• W3189702010 crossrefType "journal-article" @default.
• W3189702010 hasAuthorship W3189702010A5000098974 @default.
• W3189702010 hasAuthorship W3189702010A5018995113 @default.

• next