Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310037109> ?p ?o ?g. }
- W4310037109 abstract "Maize (Zea mays L.) is the most important food security crop worldwide. Northern corn leaf blight (NCLB), caused by Exserohilum turcicum, severely reduces production causing millions of dollars in losses worldwide. Therefore, this study aimed to identify significant QTLs associated with NCLB by utilizing next-generation sequencing-based bulked-segregant analysis (BSA). Parental lines GML71 (resistant) and Gui A10341 (susceptible) were used to develop segregating population F2. Two bulks with 30 plants each were further selected from the segregating population for sequencing along with the parental lines. High throughput sequencing data was used for BSA. We identified 10 QTLs on Chr 1, Chr 2, Chr 3, and Chr 5 with 265 non-synonymous SNPs. Moreover, based on annotation information, we identified 27 candidate genes in the QTL regions. The candidate genes associated with disease resistance include AATP1, At4g24790, STICHEL-like 2, BI O 3-BIO1, ZAR1, SECA2, ABCG25, LECRK54, MKK7, MKK9, RLK902, and DEAD-box ATP-dependent RNA helicase. The annotation information suggested their involvement in disease resistance-related pathways, including protein phosphorylation, cytoplasmic vesicle, protein serine/threonine kinase activity, and ATP binding pathways. Our study provides a substantial addition to the available information regarding QTLs associated with NCLB, and further functional verification of identified candidate genes can broaden the scope of understanding the NCLB resistance mechanism in maize." @default.
- W4310037109 created "2022-11-30" @default.
- W4310037109 creator A5014323765 @default.
- W4310037109 creator A5018403739 @default.
- W4310037109 creator A5022273742 @default.
- W4310037109 creator A5023954258 @default.
- W4310037109 creator A5032202209 @default.
- W4310037109 creator A5042919531 @default.
- W4310037109 creator A5049581104 @default.
- W4310037109 creator A5053703803 @default.
- W4310037109 creator A5087171794 @default.
- W4310037109 date "2022-11-25" @default.
- W4310037109 modified "2023-10-14" @default.
- W4310037109 title "SNP-based bulk segregant analysis revealed disease resistance QTLs associated with northern corn leaf blight in maize" @default.
- W4310037109 cites W1492253012 @default.
- W4310037109 cites W1556298714 @default.
- W4310037109 cites W1581340207 @default.
- W4310037109 cites W1984343513 @default.
- W4310037109 cites W1990114024 @default.
- W4310037109 cites W1991528226 @default.
- W4310037109 cites W1991874938 @default.
- W4310037109 cites W1997720887 @default.
- W4310037109 cites W2004532690 @default.
- W4310037109 cites W2013414890 @default.
- W4310037109 cites W2041029381 @default.
- W4310037109 cites W2062105733 @default.
- W4310037109 cites W2068962188 @default.
- W4310037109 cites W2088261467 @default.
- W4310037109 cites W2095538892 @default.
- W4310037109 cites W2101166532 @default.
- W4310037109 cites W2102736473 @default.
- W4310037109 cites W2107277218 @default.
- W4310037109 cites W2108582238 @default.
- W4310037109 cites W2113280067 @default.
- W4310037109 cites W2119951970 @default.
- W4310037109 cites W2122599023 @default.
- W4310037109 cites W2130409038 @default.
- W4310037109 cites W2140413947 @default.
- W4310037109 cites W2156161854 @default.
- W4310037109 cites W2192080449 @default.
- W4310037109 cites W2254178749 @default.
- W4310037109 cites W2256386497 @default.
- W4310037109 cites W2329378459 @default.
- W4310037109 cites W2552158984 @default.
- W4310037109 cites W2556565539 @default.
- W4310037109 cites W2590230777 @default.
- W4310037109 cites W2590677784 @default.
- W4310037109 cites W2609061010 @default.
- W4310037109 cites W2612277400 @default.
- W4310037109 cites W2752716285 @default.
- W4310037109 cites W2779499931 @default.
- W4310037109 cites W2802800882 @default.
- W4310037109 cites W2884280053 @default.
- W4310037109 cites W2892240482 @default.
- W4310037109 cites W2900396878 @default.
- W4310037109 cites W2900725275 @default.
- W4310037109 cites W2907848668 @default.
- W4310037109 cites W2918908250 @default.
- W4310037109 cites W2920549115 @default.
- W4310037109 cites W2924139971 @default.
- W4310037109 cites W2927068340 @default.
- W4310037109 cites W2949850166 @default.
- W4310037109 cites W2973497905 @default.
- W4310037109 cites W2977882356 @default.
- W4310037109 cites W2981398480 @default.
- W4310037109 cites W3008418497 @default.
- W4310037109 cites W3011500533 @default.
- W4310037109 cites W3033205981 @default.
- W4310037109 cites W3035403282 @default.
- W4310037109 cites W3039831765 @default.
- W4310037109 cites W3042409164 @default.
- W4310037109 cites W3046693134 @default.
- W4310037109 cites W3056734727 @default.
- W4310037109 cites W3085080657 @default.
- W4310037109 cites W3090995445 @default.
- W4310037109 cites W3117667770 @default.
- W4310037109 cites W3126492957 @default.
- W4310037109 cites W3131585947 @default.
- W4310037109 cites W3134014281 @default.
- W4310037109 cites W3138379787 @default.
- W4310037109 cites W3163029944 @default.
- W4310037109 cites W3165662375 @default.
- W4310037109 cites W3165911748 @default.
- W4310037109 cites W3175435983 @default.
- W4310037109 cites W3176660895 @default.
- W4310037109 cites W3198624787 @default.
- W4310037109 cites W4205356993 @default.
- W4310037109 cites W4221098738 @default.
- W4310037109 cites W4226159181 @default.
- W4310037109 cites W4254621947 @default.
- W4310037109 cites W4283831421 @default.
- W4310037109 cites W4361866579 @default.
- W4310037109 cites W658158207 @default.
- W4310037109 cites W981773428 @default.
- W4310037109 doi "https://doi.org/10.3389/fgene.2022.1038948" @default.
- W4310037109 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36506330" @default.
- W4310037109 hasPublicationYear "2022" @default.
- W4310037109 type Work @default.
- W4310037109 citedByCount "0" @default.
- W4310037109 crossrefType "journal-article" @default.