Matches in SemOpenAlex for { <https://semopenalex.org/work/W2597478826> ?p ?o ?g. }
- W2597478826 endingPage "561" @default.
- W2597478826 startingPage "543" @default.
- W2597478826 abstract "Countering the economic hurdle caused by coffee leaf rust disease is most appealing at this time as it has posed a major threat to coffee production around the world. Establishing differential expression profiles at different times following pathogen invasion in both innate and acquired immunities unlocks the molecular components of resistance and susceptibility. Suppression subtractive hybridization (SSH) was used to identify genes differentially over-expressed and repressed during incompatible and compatible interactions between Coffea arabica and Hemileia vastatrix. From 433 clones of expressed sequence tags (ESTs) sequenced, 352 were annotated and categorized of which the proportion of genes expressed during compatible interaction were relatively smaller. The result showed upregulation and downregulation of various genes at 12 and 24 h after pathogen inoculation in both interactions. The use of four different databases in searching for gene homology resulted in different number of similar sequences. BLASTx against EMBL-EBI (European Molecular Biology Laboratory-European Bioinformatics Institute) database being with the maximum (100%) hits for all the annotated sequences. RT-qPCR analysis of seven resistance-signaling genes showed similar expression patterns for most of the genes in both interactions, indicating these genes are involved in basal (non-specific) defense during which immune reactions are similar. Using SSH, we identified different types of resistance related genes that could be used for further studies towards resistant cultivar development. The potential role of some of the resistance related proteins found were also discussed." @default.
- W2597478826 created "2017-04-07" @default.
- W2597478826 creator A5035808857 @default.
- W2597478826 creator A5055306012 @default.
- W2597478826 creator A5078904129 @default.
- W2597478826 creator A5083417569 @default.
- W2597478826 creator A5087933996 @default.
- W2597478826 date "2017-03-31" @default.
- W2597478826 modified "2023-10-10" @default.
- W2597478826 title "Differential expression of molecular rust resistance components have distinctive profiles in Coffea arabica - Hemileia vastatrix interactions" @default.
- W2597478826 cites W109605013 @default.
- W2597478826 cites W1483602978 @default.
- W2597478826 cites W1539234056 @default.
- W2597478826 cites W1596434082 @default.
- W2597478826 cites W1611294543 @default.
- W2597478826 cites W1736037187 @default.
- W2597478826 cites W1859358717 @default.
- W2597478826 cites W1869155543 @default.
- W2597478826 cites W1957895380 @default.
- W2597478826 cites W1965872083 @default.
- W2597478826 cites W1966818513 @default.
- W2597478826 cites W1968241767 @default.
- W2597478826 cites W1972007984 @default.
- W2597478826 cites W1972071470 @default.
- W2597478826 cites W1974069021 @default.
- W2597478826 cites W1974585984 @default.
- W2597478826 cites W1981553911 @default.
- W2597478826 cites W1982587087 @default.
- W2597478826 cites W1983153589 @default.
- W2597478826 cites W1986345433 @default.
- W2597478826 cites W1988368360 @default.
- W2597478826 cites W1997299430 @default.
- W2597478826 cites W1997732742 @default.
- W2597478826 cites W2000643791 @default.
- W2597478826 cites W2003135423 @default.
- W2597478826 cites W2005095415 @default.
- W2597478826 cites W2005528863 @default.
- W2597478826 cites W2005906963 @default.
- W2597478826 cites W2012272033 @default.
- W2597478826 cites W2012617920 @default.
- W2597478826 cites W2017408936 @default.
- W2597478826 cites W2018598893 @default.
- W2597478826 cites W2019654415 @default.
- W2597478826 cites W2020131296 @default.
- W2597478826 cites W2025040786 @default.
- W2597478826 cites W2026343134 @default.
- W2597478826 cites W2035132465 @default.
- W2597478826 cites W2038236503 @default.
- W2597478826 cites W2038550512 @default.
- W2597478826 cites W2039954995 @default.
- W2597478826 cites W2041683102 @default.
- W2597478826 cites W2044682476 @default.
- W2597478826 cites W2047667092 @default.
- W2597478826 cites W2047872855 @default.
- W2597478826 cites W2049630541 @default.
- W2597478826 cites W2050015612 @default.
- W2597478826 cites W2050607290 @default.
- W2597478826 cites W2052875756 @default.
- W2597478826 cites W2054262102 @default.
- W2597478826 cites W2060041263 @default.
- W2597478826 cites W2065836084 @default.
- W2597478826 cites W2065912475 @default.
- W2597478826 cites W2067645185 @default.
- W2597478826 cites W2073764175 @default.
- W2597478826 cites W2074375950 @default.
- W2597478826 cites W2085633386 @default.
- W2597478826 cites W2086385989 @default.
- W2597478826 cites W2090630721 @default.
- W2597478826 cites W2092457474 @default.
- W2597478826 cites W2097453652 @default.
- W2597478826 cites W2104833513 @default.
- W2597478826 cites W2106693443 @default.
- W2597478826 cites W2108244474 @default.
- W2597478826 cites W2108491719 @default.
- W2597478826 cites W2111263897 @default.
- W2597478826 cites W2111547922 @default.
- W2597478826 cites W2117199912 @default.
- W2597478826 cites W2118474345 @default.
- W2597478826 cites W2119511951 @default.
- W2597478826 cites W2119886125 @default.
- W2597478826 cites W2121605986 @default.
- W2597478826 cites W2121711582 @default.
- W2597478826 cites W2128140979 @default.
- W2597478826 cites W2130337550 @default.
- W2597478826 cites W2132616061 @default.
- W2597478826 cites W2134392367 @default.
- W2597478826 cites W2134800166 @default.
- W2597478826 cites W2135956678 @default.
- W2597478826 cites W2138581811 @default.
- W2597478826 cites W2140422929 @default.
- W2597478826 cites W2142554274 @default.
- W2597478826 cites W2144123509 @default.
- W2597478826 cites W2144249817 @default.
- W2597478826 cites W2146802326 @default.
- W2597478826 cites W2149542350 @default.
- W2597478826 cites W2150346795 @default.
- W2597478826 cites W2150431323 @default.
- W2597478826 cites W2152458080 @default.