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PubMed:26692049 JSONTXT 52 Projects

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Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-140 Sentence denotes Structural and enzymatic analyses of a glucosyltransferase Alr3699/HepE involved in Anabaena heterocyst envelop polysaccharide biosynthesis.
T1 0-140 Sentence denotes Structural and enzymatic analyses of a glucosyltransferase Alr3699/HepE involved in Anabaena heterocyst envelop polysaccharide biosynthesis.
T1 0-140 Sentence denotes Structural and enzymatic analyses of a glucosyltransferase Alr3699/HepE involved in Anabaena heterocyst envelop polysaccharide biosynthesis.
TextSentencer_T2 141-262 Sentence denotes Formation of the heterocyst envelope polysaccharide (HEP) is a key process for cyanobacterial heterocyst differentiation.
T2 141-262 Sentence denotes Formation of the heterocyst envelope polysaccharide (HEP) is a key process for cyanobacterial heterocyst differentiation.
T2 141-262 Sentence denotes Formation of the heterocyst envelope polysaccharide (HEP) is a key process for cyanobacterial heterocyst differentiation.
TextSentencer_T3 263-482 Sentence denotes The maturation of HEP in Anabaena sp. strain PCC 7120 is controlled by a gene cluster termed HEP island in addition to an operon alr3698-alr3699, which encodes two putative proteins termed Alr3698/HepD and Alr3699/HepE.
T3 263-482 Sentence denotes The maturation of HEP in Anabaena sp. strain PCC 7120 is controlled by a gene cluster termed HEP island in addition to an operon alr3698-alr3699, which encodes two putative proteins termed Alr3698/HepD and Alr3699/HepE.
T3 263-482 Sentence denotes The maturation of HEP in Anabaena sp. strain PCC 7120 is controlled by a gene cluster termed HEP island in addition to an operon alr3698-alr3699, which encodes two putative proteins termed Alr3698/HepD and Alr3699/HepE.
TextSentencer_T4 483-636 Sentence denotes Here we report the crystal structures of HepE in the apo-form and three complex forms that bind to UDP-glucose (UDPG), UDP&glucose and UDP, respectively.
T4 483-636 Sentence denotes Here we report the crystal structures of HepE in the apo-form and three complex forms that bind to UDP-glucose (UDPG), UDP&glucose and UDP, respectively.
T4 483-636 Sentence denotes Here we report the crystal structures of HepE in the apo-form and three complex forms that bind to UDP-glucose (UDPG), UDP&glucose and UDP, respectively.
TextSentencer_T5 637-825 Sentence denotes The overall structure of HepE displays a typical GT-B fold of glycosyltransferases, comprising two separate β/α/β Rossmann-fold domains that form an inter-domain substrate-binding crevice.
T5 637-825 Sentence denotes The overall structure of HepE displays a typical GT-B fold of glycosyltransferases, comprising two separate β/α/β Rossmann-fold domains that form an inter-domain substrate-binding crevice.
T5 637-825 Sentence denotes The overall structure of HepE displays a typical GT-B fold of glycosyltransferases, comprising two separate β/α/β Rossmann-fold domains that form an inter-domain substrate-binding crevice.
TextSentencer_T6 826-949 Sentence denotes Structural analyses combined with enzymatic assays indicate that HepE is a glucosyltransferase using UDPG as a sugar donor.
T6 826-949 Sentence denotes Structural analyses combined with enzymatic assays indicate that HepE is a glucosyltransferase using UDPG as a sugar donor.
T6 826-949 Sentence denotes Structural analyses combined with enzymatic assays indicate that HepE is a glucosyltransferase using UDPG as a sugar donor.
TextSentencer_T7 950-1074 Sentence denotes Further site-directed mutageneses enable us to assign the key residues that stabilize the sugar donor and putative acceptor.
T7 950-1074 Sentence denotes Further site-directed mutageneses enable us to assign the key residues that stabilize the sugar donor and putative acceptor.
T7 950-1074 Sentence denotes Further site-directed mutageneses enable us to assign the key residues that stabilize the sugar donor and putative acceptor.
TextSentencer_T8 1075-1281 Sentence denotes Based on the comparative structural analyses, we propose a putative catalytic cycle of HepE, which undergoes "open-closed-open" conformational changes upon binding to the substrates and release of products.
T8 1075-1281 Sentence denotes Based on the comparative structural analyses, we propose a putative catalytic cycle of HepE, which undergoes "open-closed-open" conformational changes upon binding to the substrates and release of products.
T8 1075-1281 Sentence denotes Based on the comparative structural analyses, we propose a putative catalytic cycle of HepE, which undergoes "open-closed-open" conformational changes upon binding to the substrates and release of products.
TextSentencer_T9 1282-1402 Sentence denotes These findings provide structural and catalytic insights into the first enzyme involved in the HEP biosynthesis pathway.
T9 1282-1402 Sentence denotes These findings provide structural and catalytic insights into the first enzyme involved in the HEP biosynthesis pathway.
T9 1282-1402 Sentence denotes These findings provide structural and catalytic insights into the first enzyme involved in the HEP biosynthesis pathway.