Dr. Cote's work also suggests that the body wall musculature also has functions akin to connective tissues in other species, producing ECM components and organizing the adult anatomy: https://t.co/pl5biOUvRb
Muscle functions as a connective tissue and source of extracellular matrix in planarians. https://t.co/Ff8RF593ZZ
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
Read the latest paper from Institute Member Peter Reddien's lab here:
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
RT @NatureComms: A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting…
A planarian matrisome/RNAseq data identify the muscle as acting as planarian connective tissue via hemicentin-1 and acting as the main source of secreted extracellular matrix. @WhiteheadInst @MITBiology https://t.co/hZiOLKsfEt
RT @CollinEwald: Muscle functions as a connective tissue and source of extracellular matrix in planarians. #matrisome https://t.co/2zJ2FRhC…
Muscle functions as a connective tissue and source of extracellular matrix in planarians. https://t.co/NqcLoUQuBJ
RT @CollinEwald: Muscle functions as a connective tissue and source of extracellular matrix in planarians. #matrisome https://t.co/2zJ2FRhC…
Muscle functions as a connective tissue and source of extracellular matrix in planarians. #matrisome https://t.co/2zJ2FRhCtC
RT @NabaLabUIC: The Reddien lab @WhiteheadInst @MITBiology defines the planarian #Matrisome! Thrilled to see our @matrisome bioinformatic p…
RT @PlanarianBrain: Muscle functions as a connective tissue and source of extracellular matrix in planarians | Nature Communications https:…
The Reddien lab @WhiteheadInst @MITBiology defines the planarian #Matrisome! Thrilled to see our @matrisome bioinformatic pipeline adopted by the community. Which model organism will be next? https://t.co/kBF48sAiHw
RT @PlanarianBrain: Muscle functions as a connective tissue and source of extracellular matrix in planarians | Nature Communications https:…
Muscle functions as a connective tissue and source of extracellular matrix in planarians | Nature Communications https://t.co/PuJdAFq769
RT @omriwu: Ever wondered where are the fibroblasts in flatworms? Not in the flatworms. They have muscle instead. Work led by the brilliant…
RT @awormwelcome: Beautiful work by @_lecote_, providing a deep and comprehensive look at how ECM components are produced by planarian musc…
RT @awormwelcome: Beautiful work by @_lecote_, providing a deep and comprehensive look at how ECM components are produced by planarian musc…
Beautiful work by @_lecote_, providing a deep and comprehensive look at how ECM components are produced by planarian muscle to provide structure to the animal's body. Nice job! https://t.co/fmViiTNiOd
RT @omriwu: Ever wondered where are the fibroblasts in flatworms? Not in the flatworms. They have muscle instead. Work led by the brilliant…
Ever wondered where are the fibroblasts in flatworms? Not in the flatworms. They have muscle instead. Work led by the brilliant @_lecote_ from the Reddien lab at @WhiteheadInst https://t.co/6yYvFbnqIP