UMR PHIM

Plant Health Institute of Montpellier

Among the interactions between the plant and its environment (microbial organisms or insects, whether pathogenic or beneficial), the research unit studies those that have an impact on plant health, growth and productivity. The unit is organized in 4 research departments:

Plant-pathogen interactions (ITEM)
Plant-vector-pathogen interactions (VIROM)
Towards an understanding of the phytobiome (PHYTOBIOM)
Understanding epidemics in the field (PRISM)

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71 to 74 of 74 Results

PHIM_ xisRNA_xisRNA009_majorUniqueReadsMsa.pdf Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection" Adobe PDF - 39.3 KB - MD5: 6c4f17dd6e5181969cca00188faa63e5 Plot Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA009 locus as well as the sequence of the annotated MSU locus transcript in this window.
PHIM_ xisRNA_xisRNA010_majorUniqueReadsMsa.pdf Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection" Adobe PDF - 38.8 KB - MD5: 804f2621d10c84bb799ce7221ab78453 Plot Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA010 locus as well as the sequence of the annotated MSU locus transcript in this window.
PHIM_ xisRNA_xisRNA022_majorUniqueReadsMsa.pdf Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection" Adobe PDF - 38.5 KB - MD5: 8d414ef10406ec357a3b99a05aa73b74 Plot Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA022 locus as well as the sequence of the annotated MSU locus transcript in this window.
PHIM_ xisRNA_xisRNA023_majorUniqueReadsMsa.pdf Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection" Adobe PDF - 39.1 KB - MD5: 21d67884a8775769d05e34b913916cc6 Plot Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA023 locus as well as the sequence of the annotated MSU locus transcript in this window.

PHIM_ xisRNA_xisRNA009_majorUniqueReadsMsa.pdf

Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection"

Adobe PDF - 39.3 KB -

Plot

Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA009 locus as well as the sequence of the annotated MSU locus transcript in this window.

PHIM_ xisRNA_xisRNA010_majorUniqueReadsMsa.pdf

Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection"

Adobe PDF - 38.8 KB -

Plot

Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA010 locus as well as the sequence of the annotated MSU locus transcript in this window.

PHIM_ xisRNA_xisRNA022_majorUniqueReadsMsa.pdf

Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection"

Adobe PDF - 38.5 KB -

Plot

Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA022 locus as well as the sequence of the annotated MSU locus transcript in this window.

PHIM_ xisRNA_xisRNA023_majorUniqueReadsMsa.pdf

Mar 5, 2021 - Supplementary information and source code for "An atypical class of non-coding small RNAs produced in rice leaves upon bacterial infection"

Adobe PDF - 39.1 KB -

Plot

Multiple sequences alignment of the three most abundant unique read signatures for each strand of the xisRNA023 locus as well as the sequence of the annotated MSU locus transcript in this window.

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