FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3112847797> ?p ?o ?g. }

• W3112847797 abstract "Abstract Background Late blight disease (LBD) caused by the pathogen Phytophthora infestans (PI), is the most devastating disease limiting potato ( Solanum tuberosum ) production globally. Currently, this disease pathogen is re-emerging and appearing in new areas at a very high intensity. A better understanding of the natural defense mechanisms against PI in different potato cultivars especially at the protein level is still lacking. Therefore, to elucidate potato proteome response to PI, we investigated changes in the proteome and leaf morphology of three potato cultivars, namely; Favorita (FA), Mira (MA), and E-malingshu N0.14 (E14) infected with PI by using the iTRAQ-based quantitative proteomics analysis. Results A total of 3306 proteins were found in the three potato genotypes, and 2044 proteins were quantified. Cluster analysis revealed MA and E14 clustered together separately from FA. The protein profile and related functions revealed that the cultivars shared a typical hypersensitive response to PI, including induction of elicitors, oxidative burst, and suppression of photosynthesis in the potato leaves. Meanwhile, MA and E14 deployed additional specific response mechanism different from FA, involving high induction of protease inhibitors, serine/threonine kinases, terpenoid, hormone signaling, and transport, which contributed to MA tolerance of LBD. Furthermore, inductions of pathogenesis-related proteins, LRR receptor-like kinases, mitogen-activated protein kinase, WRKY transcription factors, jasmonic acid, and phenolic compounds mediate E14 resistance against LBD. These proteins were confirmed at the transcription level by a quantitative polymerase chain reaction and at the translation level by western-blot. Conclusions We found several proteins that were differentially abundant among the cultivars, that includes common and cultivar specific proteins which highlighted similarities and significant differences between FA, MA, and E14 in terms of their defense response to PI. Here the specific accumulation of mitogen-activated protein kinase, Serine/threonine kinases, WRKY transcription played a positive role in E14 immunity against PI. The candidate proteins identified reported in this study will form the basis of future studies and may improve our understanding of the molecular mechanisms of late blight disease resistance in potato." @default.
• W3112847797 created "2020-12-21" @default.
• W3112847797 creator A5005406155 @default.
• W3112847797 creator A5020500433 @default.
• W3112847797 creator A5022319514 @default.
• W3112847797 creator A5040614551 @default.
• W3112847797 creator A5056364957 @default.
• W3112847797 creator A5060125426 @default.
• W3112847797 creator A5065058975 @default.
• W3112847797 creator A5067954758 @default.
• W3112847797 creator A5090235736 @default.
• W3112847797 creator A5090618638 @default.
• W3112847797 date "2020-12-01" @default.
• W3112847797 modified "2023-10-06" @default.
• W3112847797 title "Comparative proteomics of three Chinese potato cultivars to improve understanding of potato molecular response to late blight disease" @default.
• W3112847797 cites W1515233587 @default.
• W3112847797 cites W1559891791 @default.
• W3112847797 cites W1595373988 @default.
• W3112847797 cites W1597997906 @default.
• W3112847797 cites W1600265238 @default.
• W3112847797 cites W1846708832 @default.
• W3112847797 cites W1964598885 @default.
• W3112847797 cites W1966721552 @default.
• W3112847797 cites W1967904001 @default.
• W3112847797 cites W1974585984 @default.
• W3112847797 cites W1976232265 @default.
• W3112847797 cites W1976616030 @default.
• W3112847797 cites W1979657533 @default.
• W3112847797 cites W1987527386 @default.
• W3112847797 cites W1990810460 @default.
• W3112847797 cites W1992449230 @default.
• W3112847797 cites W2001338440 @default.
• W3112847797 cites W2006607382 @default.
• W3112847797 cites W2009649462 @default.
• W3112847797 cites W2015756438 @default.
• W3112847797 cites W2017784854 @default.
• W3112847797 cites W2018819719 @default.
• W3112847797 cites W2020028851 @default.
• W3112847797 cites W2021091045 @default.
• W3112847797 cites W2023034635 @default.
• W3112847797 cites W2031644910 @default.
• W3112847797 cites W2040102666 @default.
• W3112847797 cites W2040125827 @default.
• W3112847797 cites W2045380328 @default.
• W3112847797 cites W2047221180 @default.
• W3112847797 cites W2048698079 @default.
• W3112847797 cites W2050669688 @default.
• W3112847797 cites W2051775267 @default.
• W3112847797 cites W2055378844 @default.
• W3112847797 cites W2062910674 @default.
• W3112847797 cites W2066706135 @default.
• W3112847797 cites W2067776505 @default.
• W3112847797 cites W2071635384 @default.
• W3112847797 cites W2073447660 @default.
• W3112847797 cites W2078076779 @default.
• W3112847797 cites W2079516818 @default.
• W3112847797 cites W2080843596 @default.
• W3112847797 cites W2082289646 @default.
• W3112847797 cites W2082661031 @default.
• W3112847797 cites W2084504934 @default.
• W3112847797 cites W2085021557 @default.
• W3112847797 cites W2094734146 @default.
• W3112847797 cites W2095152063 @default.
• W3112847797 cites W2107277218 @default.
• W3112847797 cites W2110040181 @default.
• W3112847797 cites W2126631937 @default.
• W3112847797 cites W2135266139 @default.
• W3112847797 cites W2138721132 @default.
• W3112847797 cites W2147993636 @default.
• W3112847797 cites W2149273650 @default.
• W3112847797 cites W2155036894 @default.
• W3112847797 cites W2159482845 @default.
• W3112847797 cites W2160619010 @default.
• W3112847797 cites W2162652421 @default.
• W3112847797 cites W2163298865 @default.
• W3112847797 cites W2165635465 @default.
• W3112847797 cites W2206036368 @default.
• W3112847797 cites W2209634757 @default.
• W3112847797 cites W2253555430 @default.
• W3112847797 cites W2315534050 @default.
• W3112847797 cites W2334381244 @default.
• W3112847797 cites W2476344676 @default.
• W3112847797 cites W2559588208 @default.
• W3112847797 cites W2560346918 @default.
• W3112847797 cites W2572105216 @default.
• W3112847797 cites W2736349853 @default.
• W3112847797 cites W2759285057 @default.
• W3112847797 cites W2790507966 @default.
• W3112847797 cites W2799988008 @default.
• W3112847797 cites W2894214279 @default.
• W3112847797 cites W2900691802 @default.
• W3112847797 cites W2908098024 @default.
• W3112847797 cites W2910730299 @default.
• W3112847797 cites W4256409604 @default.
• W3112847797 cites W601834739 @default.
• W3112847797 cites W805154366 @default.
• W3112847797 doi "https://doi.org/10.1186/s12864-020-07286-3" @default.
• W3112847797 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7727141" @default.
• W3112847797 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33297944" @default.
• W3112847797 hasPublicationYear "2020" @default.

• next