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recombinant proteins ruvbl2  (Creative BioMart)


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    Structured Review

    Creative BioMart recombinant proteins ruvbl2
    Recombinant Proteins Ruvbl2, supplied by Creative BioMart, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/recombinant+proteins+ruvbl2/pm37751306-222-0-3?v=Creative+BioMart
    Average 91 stars, based on 1 article reviews
    recombinant proteins ruvbl2 - by Bioz Stars, 2026-07
    91/100 stars

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    In vitro binding of the LBE sequence of the mTOR kinase domain to ETV7. ( A ). Top drawing: schematic representation of the N- and C-terminally extended LBE (highlighted in blue)fragment. The numbers indicate the number of amino acids in each of the LBE segments. Below is a FLAG immunoblot of an IP of the 120aa LBE fragment after overnight binding to ETV7 in vitro. Control (CTRL) shows the binding of human <t>RUVBL2</t> to ETV7. ( B ). Left panel, schematic representation of the different deletions of the N- and C-terminal extended LBE fragment (120 amino acids) and underneath the amino acid sequence of the LBE domain with the amino acids essential for ETV7 binding in red; Right, FLAG immunoblot of an ETV7 IP of the different LBE fragments after overnight binding to ETV7 in vitro. Lanes containing fragments that lost binding to ETV7 are boxed in red. ( C ). FRB and LBE bind to ETV7 simultaneously. FLAG immunoblot of an ETV7 IP of LBE (120 amino acids) and Ndel-FRB fragments (ETV7:LBE:Ndel-FRB = 1:1:1, 1:1:5, 1:5:1) after overnight binding to ETV7 in vitro. ( D ). Binding of Ndel-FRB to ETV7 fragments containing the PNT domain and binding of LBE (120 amino acids) to ETV7 fragments containing the PNT and ETS domains in vitro.
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    In vitro binding of the LBE sequence of the mTOR kinase domain to ETV7. ( A ). Top drawing: schematic representation of the N- and C-terminally extended LBE (highlighted in blue)fragment. The numbers indicate the number of amino acids in each of the LBE segments. Below is a FLAG immunoblot of an IP of the 120aa LBE fragment after overnight binding to ETV7 in vitro. Control (CTRL) shows the binding of human <t>RUVBL2</t> to ETV7. ( B ). Left panel, schematic representation of the different deletions of the N- and C-terminal extended LBE fragment (120 amino acids) and underneath the amino acid sequence of the LBE domain with the amino acids essential for ETV7 binding in red; Right, FLAG immunoblot of an ETV7 IP of the different LBE fragments after overnight binding to ETV7 in vitro. Lanes containing fragments that lost binding to ETV7 are boxed in red. ( C ). FRB and LBE bind to ETV7 simultaneously. FLAG immunoblot of an ETV7 IP of LBE (120 amino acids) and Ndel-FRB fragments (ETV7:LBE:Ndel-FRB = 1:1:1, 1:1:5, 1:5:1) after overnight binding to ETV7 in vitro. ( D ). Binding of Ndel-FRB to ETV7 fragments containing the PNT domain and binding of LBE (120 amino acids) to ETV7 fragments containing the PNT and ETS domains in vitro.
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    Creative BioMart recombinant proteins ruvbl2
    In vitro binding of the LBE sequence of the mTOR kinase domain to ETV7. ( A ). Top drawing: schematic representation of the N- and C-terminally extended LBE (highlighted in blue)fragment. The numbers indicate the number of amino acids in each of the LBE segments. Below is a FLAG immunoblot of an IP of the 120aa LBE fragment after overnight binding to ETV7 in vitro. Control (CTRL) shows the binding of human <t>RUVBL2</t> to ETV7. ( B ). Left panel, schematic representation of the different deletions of the N- and C-terminal extended LBE fragment (120 amino acids) and underneath the amino acid sequence of the LBE domain with the amino acids essential for ETV7 binding in red; Right, FLAG immunoblot of an ETV7 IP of the different LBE fragments after overnight binding to ETV7 in vitro. Lanes containing fragments that lost binding to ETV7 are boxed in red. ( C ). FRB and LBE bind to ETV7 simultaneously. FLAG immunoblot of an ETV7 IP of LBE (120 amino acids) and Ndel-FRB fragments (ETV7:LBE:Ndel-FRB = 1:1:1, 1:1:5, 1:5:1) after overnight binding to ETV7 in vitro. ( D ). Binding of Ndel-FRB to ETV7 fragments containing the PNT domain and binding of LBE (120 amino acids) to ETV7 fragments containing the PNT and ETS domains in vitro.
    Recombinant Proteins Ruvbl2, supplied by Creative BioMart, used in various techniques. Bioz Stars score: 91/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/recombinant+proteins+ruvbl2/pm37751306-222-0-3?v=Creative+BioMart
    Average 91 stars, based on 1 article reviews
    recombinant proteins ruvbl2 - by Bioz Stars, 2026-07
    91/100 stars
      Buy from Supplier

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    In vitro binding of the LBE sequence of the mTOR kinase domain to ETV7. ( A ). Top drawing: schematic representation of the N- and C-terminally extended LBE (highlighted in blue)fragment. The numbers indicate the number of amino acids in each of the LBE segments. Below is a FLAG immunoblot of an IP of the 120aa LBE fragment after overnight binding to ETV7 in vitro. Control (CTRL) shows the binding of human RUVBL2 to ETV7. ( B ). Left panel, schematic representation of the different deletions of the N- and C-terminal extended LBE fragment (120 amino acids) and underneath the amino acid sequence of the LBE domain with the amino acids essential for ETV7 binding in red; Right, FLAG immunoblot of an ETV7 IP of the different LBE fragments after overnight binding to ETV7 in vitro. Lanes containing fragments that lost binding to ETV7 are boxed in red. ( C ). FRB and LBE bind to ETV7 simultaneously. FLAG immunoblot of an ETV7 IP of LBE (120 amino acids) and Ndel-FRB fragments (ETV7:LBE:Ndel-FRB = 1:1:1, 1:1:5, 1:5:1) after overnight binding to ETV7 in vitro. ( D ). Binding of Ndel-FRB to ETV7 fragments containing the PNT domain and binding of LBE (120 amino acids) to ETV7 fragments containing the PNT and ETS domains in vitro.

    Journal: International Journal of Molecular Sciences

    Article Title: Assembly of mTORC3 Involves Binding of ETV7 to Two Separate Sequences in the mTOR Kinase Domain

    doi: 10.3390/ijms251810042

    Figure Lengend Snippet: In vitro binding of the LBE sequence of the mTOR kinase domain to ETV7. ( A ). Top drawing: schematic representation of the N- and C-terminally extended LBE (highlighted in blue)fragment. The numbers indicate the number of amino acids in each of the LBE segments. Below is a FLAG immunoblot of an IP of the 120aa LBE fragment after overnight binding to ETV7 in vitro. Control (CTRL) shows the binding of human RUVBL2 to ETV7. ( B ). Left panel, schematic representation of the different deletions of the N- and C-terminal extended LBE fragment (120 amino acids) and underneath the amino acid sequence of the LBE domain with the amino acids essential for ETV7 binding in red; Right, FLAG immunoblot of an ETV7 IP of the different LBE fragments after overnight binding to ETV7 in vitro. Lanes containing fragments that lost binding to ETV7 are boxed in red. ( C ). FRB and LBE bind to ETV7 simultaneously. FLAG immunoblot of an ETV7 IP of LBE (120 amino acids) and Ndel-FRB fragments (ETV7:LBE:Ndel-FRB = 1:1:1, 1:1:5, 1:5:1) after overnight binding to ETV7 in vitro. ( D ). Binding of Ndel-FRB to ETV7 fragments containing the PNT domain and binding of LBE (120 amino acids) to ETV7 fragments containing the PNT and ETS domains in vitro.

    Article Snippet: ETV7 protein (Cat #TP307742) and RUVBL2 (Cat #TP300933) were purchased from Origene (Rockville, MD, USA).

    Techniques: In Vitro, Binding Assay, Sequencing, Western Blot, Control