Chromosome-level genomes of multicellular algal sisters to land plants illuminate signaling network evolution.
Xuehuan FengJinfang ZhengIker IrisarriHuihui YuBo ZhengZahin AliSophie de VriesJean KellerJanine M R Fürst-JansenArmin DadrasJaccoline M S ZegersTim P RiesebergAmra Dhabalia AshokTatyana DarienkoMaaike J BierenbroodspotLydia GramzowRomy PetrollFabian B HaasNoe Fernandez PozoOrestis NousiasTang LiElisabeth FitzekW Scott GrayburnNina RittmeierCharlotte PermannFlorian RümplerJohn M ArchibaldDanuše TarkowskáJeffrey P MowerMaike LorenzHenrik BuschmannKlaus von SchwartzenbergLori BostonRichard D HayesChristopher DaumKerrie W BarryIgor V GrigorievXiyin WangFay-Wei LiStefan Andreas RensingJulius Ben AriNoa KerenAssaf MosqunaAndreas HolzingerPierre-Marc DelauxChi ZhangJinling HuangMarek MutwilJan de VriesYanbin YinPublished in: bioRxiv : the preprint server for biology (2023)
are rich in genes for multicellular growth and environmental acclimation: signaling, lipid modification, and transport Cell wall innovations: diversification of hexameric rosette cellulose synthase in ZygnematophyceaeCo-expression networks reveal conserved modules for balancing growth and acclimation.