Genome-wide characterization of sugarcane catalase gene family identifies a ScCAT1 gene associated disease resistance

Deciphering the Atlas of Post-Translational Modification in Sugarcane

“…scitamineum stress (Figure and Table S13). Our group has discovered that an L-ascorbate peroxidase 6 gene ( APX6 ), a glyoxalase I gene ( SoGloI ), a gretchen hagen 3 ( ScGH3–1 ), an allene oxide synthase gene ( ShAOS1 ), two calcineurin B-like protein genes ( ScCBL2–1 and ScCBL3–1 ), two catalase genes ( ScCAT1 and ScCAT2 ), ,, three thaumatin-like proteins genes ( ScTLP1 , ScTLP2 , and ScTLP3 ), , three β-1,3-glucanase genes ( ScGluA1 , ScGluD1 , and ScGluD2 ), , four chitinase genes ( ScChi , ScChiI1 , ScChiIV1 , and ScChiVII1 ) , and the ten CBL-interacting protein kinase genes ( ScCIPKs ) were involved in sugarcane tolerance to SA, MeJA, ABA, hydrogen peroxide (H 2 O 2 ), drought, salt, low temperature, heavy metals or S. scitamineum stress.…”

“…In addition, lots of stressrelated modified proteins involved in ROS signaling, Ca 2+ signaling, PAL metabolic, glyoxalase system, and hormone metabolism were also identified (Figure 6c and Table S12) and could be induced under cold, drought or S. scitamineum stress (Figure 7 and Table S13). Our group has discovered that an Lascorbate peroxidase 6 gene (APX6), 87 a glyoxalase I gene (SoGloI), 88 a gretchen hagen 3 (ScGH3−1), 89 an allene oxide synthase gene (ShAOS1), 90 two calcineurin B-like protein genes (ScCBL2−1 and ScCBL3−1), 91 two catalase genes (ScCAT1 and ScCAT2), 39,92,93 three thaumatin-like proteins genes (ScTLP1, ScTLP2, and ScTLP3), 94,95 three β-1,3glucanase genes (ScGluA1, ScGluD1, and ScGluD2), 96,97 four chitinase genes (ScChi, ScChiI1, ScChiIV1, and ScChiVII1) 98,99 and the ten CBL-interacting protein kinase genes (ScCIPKs) 100 were involved in sugarcane tolerance to SA, MeJA, ABA, hydrogen peroxide (H…”

“…Sugarcane (Saccharum spp. hybrids) is the world’s largest commercial crop, which is used primarily for sugar, ethanol, and fiber-related products. , It is cultivated in more than 120 countries, with approximately 26.27 million hectares, and a global production of about 1.90 billion tons, accounting for about 80 and 85% of the total sugar in the world and in China, respectively. ,− In China, since the introduction of the prevalent sugarcane variety ROC22, it has been well accepted by sugar enterprises and farmers, and the planting area has expanded rapidly in a short period of time, dominating the sugarcane production in the past 20 years . In sugarcane, many studies have been conducted on the morphology, cell physiology, molecular biology, , high-throughput transcriptomics ,,− and proteomics, − but protein post-transcriptional modificationomics, including Kac, Khib, and Kla has not yet been investigated.…”

“…hybrids) is the world's largest commercial crop, which is used primarily for sugar, ethanol, and fiber-related products. 38,39 It is cultivated in more than 120 countries, with approximately 26.27 million hectares, and a global production of about 1.90 billion tons, accounting for about 80 and 85% of the total sugar in the world and in China, respectively. 38,40−42 In China, since the introduction of the prevalent sugarcane variety ROC22, it has been well accepted by sugar enterprises and farmers, and the planting area has expanded rapidly in a short period of time, dominating the sugarcane production in the past 20 years.…”

Transcriptional Regulation of SugarCane Response to Sporisorium scitamineum: Insights from Time-Course Gene Coexpression and Ca2+ Signaling

“…For the expression patterns of four immune response-related genes in N. benthamiana, leaves were also analyzed by RT-qPCR, including SA signal pathway-related genes ( NbPR2 and NbPR3 ) and ET signal pathway-related genes ( NbACO and NbACO-like ), with NbEF-1α as a reference gene . The nucleotide sequences of the RT-qPCR primers of these four genes are shown in Table S1.…”