Molecular Plant Pathology

Journal highlights from the MPP Editorial Office

[Molecular Plant Pathology @MPPjournal]

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[Molecular Plant Pathology @MPPjournal]

Deletion of major endoxylanase genes in Fusarium
graminearum uncovers distinct virulence phenotypes
influenced by the genetic background: https://t.co/CSaCHO2aIS

[Molecular Plant Pathology @MPPjournal]

Multi-­omics analysis uncovers the SA and
ethylene-­responsive transcription factor-­mediated
defence mechanism of Panax notoginseng to Panax
notoginseng virus Y: https://t.co/I4t05XPAKl

[Molecular Plant Pathology @MPPjournal]

New Pathogen Profile! Pseudomonas avellanae: from specific pathogens to a species complex: https://t.co/ErlN3GTlOP

[Molecular Plant Pathology @MPPjournal]

A hierarchical OhrR–EmrR regulatory circuit fine-­tunes
the Vfm quorum-­sensing system and virulence in
Dickeya oryzae: https://t.co/AKdctu4HHr

[Molecular Plant Pathology @MPPjournal]

Arsenic resistance protein BcArs2 modulates endogenous
ROS homeostasis in infection cushions to enhance the
virulence of Botrytis cinerea toward host plants: https://t.co/dvyrxZJanr

[Molecular Plant Pathology @MPPjournal]

🕰️Combinatorial cis-regulatory elements shape temporal
effector expression in Ustilago maydis: https://t.co/u7FAx8lTGj

[Molecular Plant Pathology @MPPjournal]

A Csi-­miR3954b-­CsCE70/CsPLA1
regulatory module
enhances citrus fruit resistance to Penicillium digitatum
by promoting phenolic acid and flavonoid biosynthesis: https://t.co/yUns7n2M94

[Molecular Plant Pathology @MPPjournal]

Lysin motif effectors facilitate the endophytic colonization
of wheat by Sclerotinia sclerotiorum by modulating
plant immunity: https://t.co/7QkPRyjFfp

[Molecular Plant Pathology @MPPjournal]

Genome-­wide screening and functional verification of the
tobacco SGR family identify transcription-­factor-­like
NtSGRL as a negative regulator of TYLCV resistance: https://t.co/hLEbIYxnZD

[Molecular Plant Pathology @MPPjournal]

🌲PmWRKY-­10 enhances pine wilt disease resistance by
promoting pinosylvin monomethyl ether biosynthesis
through transcriptional activation of PmPMT2-­ 1: https://t.co/ETbERIDFMK

[Molecular Plant Pathology @MPPjournal]

Pseudomonas syringae pv. tabaci 8018 is virulent against
tobacco cultivars N509 and Burley 21 due to spontaneous
mutation in hopAZ1: https://t.co/qFj2XEv6Gr

[Molecular Plant Pathology @MPPjournal]

Cucumber mosaic virus promotes sphingolipid
biosynthesis to alleviate host UPR-­mediated immunity: https://t.co/9uRaeYvXJ7

[Molecular Plant Pathology @MPPjournal]

⛓️Functional dissection of the turnip crinkle virus coat
protein links ATG8 association to autophagy-­associated
antiviral regulation: https://t.co/diJzLxwVdh

[Molecular Plant Pathology @MPPjournal]

🌽Suppression of ZmJAZ12 expression modulates JA and SA signalling and enhances maize
resistance to southern corn rust: https://t.co/cyzrJigiQ9

[Molecular Plant Pathology @MPPjournal]

Histone demethylase JMJD2-­dependent regulation of rDNA transcription and integrity of nucleolus is required for Magnaporthe oryzae development and pathogenicity: https://t.co/aOvDpwvtc8

[Molecular Plant Pathology @MPPjournal]

GWAS with a global population of wheat stripe rust
identifies high-­confidence avirulence gene candidates: https://t.co/Xov5XCyZxs

[Molecular Plant Pathology @MPPjournal]

BcMFSR is required for efficient uptake of exogenous
dsRNA and spray-­induced gene silencing in
Botrytis cinerea: https://t.co/3D7W6fiC1W

[Molecular Plant Pathology @MPPjournal]

MgCBP1 synergistically enhances MgENG2-­mediated
cellulose degradation to promote parasitism in
Meloidogyne graminicola: https://t.co/oxgt7ri76q

[Molecular Plant Pathology @MPPjournal]

New Pathogen Profile! Cucurbit leaf crumple virus: An important pathogen of
cucurbits and snap beans: https://t.co/AVCmojXB9Y

[Molecular Plant Pathology @MPPjournal]

GmERF109 enhances soybean resistance
to Phytophthora sojae by transcriptionally activating
GmG4DT-­like to promote glyceollin I accumulation: https://t.co/SHnWwxNviR