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Coexistence of Ammonium Transporter and Channel Mechanisms in Amt-Mep-Rh Twin-His Variants Impairs the Filamentation Signaling Capacity of Fungal Mep2 Transceptors.

par Williamson, Gordon;Brito, Ana Sofia ;Bizior, Adriana;Tamburrino, Giulia;Dias Mirandela, Gaëtan ;Harris, Thomas;Hoskisson, Paul A;Zachariae, Ulrich;Marini, Anna Maria ;Boeckstaens, Mélanie ;Javelle, Arnaud
Référence mBio, 13, 2, page (e0291321)
Publication Publié, 2022-03-01

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Titre:	Coexistence of Ammonium Transporter and Channel Mechanisms in Amt-Mep-Rh Twin-His Variants Impairs the Filamentation Signaling Capacity of Fungal Mep2 Transceptors.
Auteur:	Williamson, Gordon; Brito, Ana Sofia; Bizior, Adriana; Tamburrino, Giulia; Dias Mirandela, Gaëtan; Harris, Thomas; Hoskisson, Paul A; Zachariae, Ulrich; Marini, Anna Maria; Boeckstaens, Mélanie; Javelle, Arnaud
Informations sur la publication:	mBio, 13, 2, page (e0291321)
Statut de publication:	Publié, 2022-03-01
Sujet CREF:	Sciences bio-médicales et agricoles
Mots-clés:	Candida albicans
	Escherichia coli
	Saccharomyces cerevisiae
	ammonium assimilation
	fungal filamentation
	secondary transporter mechanism
MeSH keywords:	Ammonium Compounds
	Cation Transport Proteins -- genetics
	Escherichia coli
	Escherichia coli Proteins -- genetics
	Fungal Proteins -- genetics
	Humans
	Membrane Transport Proteins -- genetics
	Saccharomyces cerevisiae -- genetics
	Saccharomyces cerevisiae Proteins -- genetics
	Signal Transduction
	Translocation, Genetic
Note générale:	SCOPUS: ar.j
Langue:	Anglais
Identificateurs:	urn:issn:2150-7511
	info:doi/10.1128/mbio.02913-21
	info:scp/85129086126
	info:pmid/35196127
	PMC9040831