We narrowed to 38,335 results for: ANT;

1. Anti-KCNT1/Slo2.2/Slack K+ channel [N3/26R-1]

   Plasmid

   #211599

   Purpose

   Mammalian Expression Plasmid of anti-KCNT1/Slo2.2/Slack K+ channel (Rat) subclass-switched IgG1 R-mAb. Derived from hybridoma N3/26.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-KCNT1/Slo2.2/Slack K+ channel (Rattus norvegicus) recombinant mouse monoclonal antibody. (Kcnt1 Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Jan. 4, 2024

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

2. Anti-Cav1.3 Ca2+ channel [L48A/29R]

   Plasmid

   #206610

   Purpose

   Mammalian Expression Plasmid of anti-Cav1.3 Ca2+ channel (Rat). Derived from hybridoma L48A/29.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Cav1.3 Ca2+ channel (Rattus norvegicus) recombinant Mouse monoclonal antibody (Cacna1d Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 14, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

3. Anti-Cavbeta3 Ca2+ channel [N473/36R]

   Plasmid

   #206598

   Purpose

   Mammalian Expression Plasmid of anti-Cavbeta3 Ca2+ channel (Human). Derived from hybridoma N473/36.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Cavbeta3 Ca2+ channel (Homo sapiens) recombinant Mouse monoclonal antibody (CACNB3 Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 14, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

4. Anti-AGPS neo-epitope [N444/63R]

   Plasmid

   #206583

   Purpose

   Mammalian Expression Plasmid of anti-AGPS neo-epitope (Human). Derived from hybridoma N444/63.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-AGPS neo-epitope (Homo sapiens) recombinant Mouse monoclonal antibody (AGPS Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 14, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

5. Anti-Glycine receptor Alpha3L [N424/48R]

   Plasmid

   #206574

   Purpose

   Mammalian Expression Plasmid of anti-Glycine receptor Alpha3L (Human). Derived from hybridoma N424/48.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Glycine receptor Alpha3L (Homo sapiens) recombinant Mouse monoclonal antibody (GLRA3 Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 13, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

6. Anti-Glycine receptor Alpha3 [N424/45R]

   Plasmid

   #206573

   Purpose

   Mammalian Expression Plasmid of anti-Glycine receptor Alpha3 (Human). Derived from hybridoma N424/45.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Glycine receptor Alpha3 (Homo sapiens) recombinant Mouse monoclonal antibody (GLRA3 Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 13, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

7. Anti-Cav1.2 Ca2+ channel [N263/31R-1]

   Plasmid

   #206705

   Purpose

   Mammalian Expression Plasmid of anti-Cav1.2 Ca2+ channel (Rat). Derived from hybridoma N263/31-1.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Cav1.2 Ca2+ channel (Rattus norvegicus) recombinant Mouse monoclonal antibody (Cacna1c Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Nov. 10, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

8. Anti-Alpha-2C adrenergic receptor [N330A/80R]

   Plasmid

   #206555

   Purpose

   Mammalian Expression Plasmid of anti-Alpha-2C adrenergic receptor (Human). Derived from hybridoma N330A/80.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Alpha-2C adrenergic receptor (Homo sapiens) recombinant Mouse monoclonal antibody (ADRA2C Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Oct. 25, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

9. Anti-Histone H4-dimethyl-Arg3 [N309A/21R]

   Plasmid

   #206552

   Purpose

   Mammalian Expression Plasmid of anti-Histone H4-dimethyl-Arg3 (Human). Derived from hybridoma N309A/21.

   Depositor

   James Trimmer

   Article

   Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

   Insert

   anti-Histone H4-dimethyl-Arg3 (Homo sapiens) recombinant Mouse monoclonal antibody (H4C14 Mouse)
   

   Use

   Tags

   Expression

   Mammalian

   Mutation

   Promoter

   Dual CMV

   Available since

   Oct. 25, 2023

   Availability

   Academic Institutions and Nonprofits only

   

   Enlarge

10. TRIP8b (constant) ion channel scFv [N212/17]

    Plasmid

    #206725

    Purpose

    Mammalian Expression of TRIP8b (constant) ion channel scFV. Derived from hybridoma N212/17 scFv.

    Depositor

    James Trimmer

    Article

    Mitchell et al Sci Rep. 2023 Sep 27;13(1):16200. doi: 1

    Insert

    TRIP8b (constant) ion channel (Rattus norvegicus) recombinant scFV (Pex5l Mouse)
    

    Use

    Tags

    Expression

    Mammalian

    Mutation

    Promoter

    CMV

    Available since

    Oct. 23, 2023

    Availability

    Academic Institutions and Nonprofits only

    

    Enlarge