Ruhrpott-PilzeJul 8, 2025

Puccinia brachypodii ex Brachypodium sylvaticum

#Puccinia #Pucciniabrachypodii #Brachypodiumsylvaticum #Brachypodium #Waldzwenke #falsebrome #Brachypodedesbois #paléosilvestre #rust #rustfungus #rostpilz #rost #mushroom #mushrooms #fungus #fungi #pilz #pilze #champignons #Phytopathology #FungiFriends

Ruhrpott-PilzeJun 10, 2025

Tilletia olida ex Brachypodium pinnatum

#Brachypodiumpinnatum #Brachypodium #Fiederzwenke #heathfalsebrome #brachypodepenné #lastón #paléocomune #Tilletiaolida #Tilletia #smut #smutfungus #Brand #Brandpilz #fungus #fungi #pilz #pilze #nature #natur #FungiFriends

Ruhrpott-PilzeJun 19, 2024

Ceratorhiza rhizodes ex Brachypodium pinnatum

#Brachypodiumpinnatum #Brachypodium #Fiederzwenke #heathfalsebrome #brachypodepenné #lastón #paléocomune #Ceratorhizarhizodes #Ceratorhiza #fungus #fungi #pilz #pilze #nature #natur #FungiFriends #Phytopathology

Ruhrpott-PilzeJun 16, 2024

Tilletia olida ex Brachypodium pinnatum

#Brachypodiumpinnatum #Brachypodium #Fiederzwenke #heathfalsebrome #brachypodepenné #lastón #paléocomune #Tilletiaolida #Tilletia #smut #smutfungus #Brand #Brandpilz #fungus #fungi #pilz #pilze #nature #natur #FungiFriends

Ruhrpott-PilzeMay 27, 2024

Tilletia olida ex Brachypodium pinnatum

#Brachypodiumpinnatum #Brachypodium #Fiederzwenke #heathfalsebrome #brachypodepenné #lastón #paléocomune #Tilletiaolida #Tilletia #smut #smutfungus #Brand #Brandpilz #fungus #fungi #pilz #pilze #nature #natur #FungiFriends

CellBioNewsSep 19, 2023

#Gene required for #root hair growth, #nitrate foraging found in #grasses.

#BUZZ #Brachypodium

https://phys.org/news/2023-09-gene-required-root-hair-growth.html

Gene required for root hair growth, nitrate foraging found in grasses

Scientists have found a plant gene that drives the growth of root hairs, the tiny structures that help plants find water and nutrients in the soil.

Phys.org
Show threadAxel ViselAug 23, 2023

From climate resiliency to variation affecting growth rate:

David Des Marais from MIT at #JGI2023:

Control of Growth Rate Variation in Brachypodium

#plant #Genome #variation #brachypodium

@LBNLBioSci

Michael RaissigDec 20, 2022
Over the moon to share
@danzhanghappy
et al’s paper now published in @eLife “Opposite polarity programs regulate asymmetric subsidiary cell divisions in grasses” - we identified a novel, distal #polarity domain formed by the POLAR homolog in #Brachypodium. Together with a proximal polarity domain formed by PAN1, POLAR acts like a compass to define the orientation of the formative #CellDivision that makes stomatal helper cells in #grasses. https://elifesciences.org/articles/79913
Opposite polarity programs regulate asymmetric subsidiary cell divisions in grasses

The formation of stomatal 'helper cells' (=subsidiary cells) in grasses requires two opposing polarity domains with diverse roles in establishing division asymmetry.

eLife
Show threadNikos Tsardakas RenhuldtMay 29, 2022
Something that I use very extensively in my own work are the #orthogroups that have been released as a resource together with this paper - they provide groups of roughly orthologous genes, linking the Sang annotation to #arabidopsis, #wheat, #barley, #rye, #maize, #brachypodium and #rice, as well as to oat progenitors.