• Mashup Score: 0

    The phytohormones salicylic acid (SA) and gibberellin (GA) promote defense response and growth, respectively. In this study, the authors show that the salicylic acid receptor NPR1 functions as an adaptor of ubiquitin E3 ligase to mediate the polyubiquitination and degradation of the gibberellin receptor GID1, leading to inhibition of gibberellin signaling and thus plant growth. This study reveals…

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    • New Molecular Plant research article: Salicylic acid inhibits gibberellin signaling through receptor interactions @MPlantPCom https://t.co/XkCtJGEcCZ

  • Mashup Score: 2

    MINI-EX integrates single-cell expression data and transcription factor binding information to learn cell-type-specific gene-regulatory networks in plants. Through an integrative prioritization strategy leveraging network characteristics, expression specificity and functional relevance, novel cell-type-specific regulators controlling a biological process of interest can be identified.

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    • New resource article from Molecular Plant: MINI-EX: Integrative inference of single-cell gene regulatory networks in plants @MPlantPCom @plaza_genomics https://t.co/OwHrV5NdOD

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    Zaxinone is an apocarotenoid growth regulator and plant hormone candidate that promotes rice growth and acts as a negative regulator of strigolactone biosynthesis. Wang et al. performed a structure–activity relationship study and used obtained results to generate a series of easy-to-synthesize mimics of zaxinone (MiZax) that were as efficient as zaxinone in promoting rice growth, repressing…

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    • Molecular Plant research report: Efficient mimics for elucidating zaxinone biology and promoting agricultural applications @MPlantPCom @KAUST_News https://t.co/nPR3oNdhW2 https://t.co/RK8A1x10ge

  • Mashup Score: 4

    Through characterization of the purple tomato “Indigo Rose,” which only shows anthocyanin pigmentation in the skin in a light-dependent manner, this study reveals that the R2R3-MYB protein SlAN2-like orchestrates a hierarchical transcriptional network to promote anthocyanin accumulation. Expression of a functional SlAN2-like gene could bypass light and activate anthocyanin biosynthesis in both…

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    • Molecular Plant research article: A transcriptional network promotes anthocyanin biosynthesis in tomato flesh @MPlantPCom https://t.co/yiLzq7aCG9 https://t.co/8nHE1BA5PL

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    Using feeding experiments with labeled compounds and by analyzing physiological and transcriptional responses, the authors show that plants can synthesize abscisic acid (ABA) from β-carotene or zeaxanthin cleavage products, i.e., C15 β-apo-11-carotenoids, via a route circumventing the ABA1-mediated zeaxanthin epoxidation. The findings explain ABA presence in Arabidopsis aba1 mutants and will open…

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    • Molecular Plant research article: An alternative, zeaxanthin epoxidase-independent abscisic acid biosynthetic pathway in plants @MPlantPCom @KAUST_News https://t.co/dtxZSBBpdU https://t.co/UTqIBr2v9P

  • Mashup Score: 3

    Cytochrome P450 enzymes play critical roles in regulation and diversification of plant metabolism. This review article provides an updated annotation of the plant cytochrome P450 families within the plant lineage, and discusses molecular features and dynamics of cytochrome P450 plasticity and evolution. This is presented along with specific examples from various biosynthetic pathways.

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    • Molecular Plant review: Plant cytochrome P450 plasticity and evolution @MPlantPCom @P450nelson @bioSYNergy_dk https://t.co/AOMGCX9xCz https://t.co/zSM7Az2oAp

  • Mashup Score: 2

    Single-cell bisulfite sequencing has been applied for human and mouse, although the read distribution is relatively biased, being dependent on the DNA methylation level. This study develops bisulfite-converted randomly integrated fragments sequencing (BRIF-seq), which generates an even read distribution independent of DNA methylation level. Using BRIF-seq the methylation heterogeneity of maize…

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    • Molecular Plant resource article: BRIF-seq: Bisulfite-converted randomly integrated fragments sequencing at the single-cell level @MPlantPCom https://t.co/OVf9yeP9QM https://t.co/9OKGFhu2dK