| 24101 |
Sequencing of Mouse Hybridoma IgG Variable Regions (per IgG) |
1 week |
$ 1,500
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24102 |
Sequencing of Rat Hybridoma IgG Variable Regions (per IgG) |
1 to 2 weeks |
$ 2,400
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file ?
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| 24103 |
Sequencing of Rabbit Hybridoma IgG Variable Regions (per IgG) |
1 to 2 weeks |
$ 2,400
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24104 |
Sequencing of Human Hybridoma IgG Variable Regions (per IgG) |
1 to 2 weeks |
$ 2,400
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24105 |
Sequencing of Primate B cell IgG Variable Regions (per IgG) |
1 to 2 weeks |
$ 2,400
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24106 |
Sequencing of Hamster Hybridoma IgG Variable Regions (per IgG) |
1 to 2 weeks |
$ 3,000
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24111 |
Sequencing of Mouse Hybridoma IgM Variable Regions (per IgG) |
1 to 2 weeks |
$ 3,000
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24112 |
Sequencing of Rat Hybridoma IgM Variable Regions (per IgG) |
1 to 2 weeks |
$ 3,000
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|
Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24114 |
Sequencing of Primate B cell IgM Variable Regions (per IgG) |
1 to 2 weeks |
$ 3,000
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24115 |
Sequencing of Transgenic Mice Hybridoma IgG Variable Regions (per IgG) |
2 to 3 weeks |
$ 2,400
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence antibody variable regions (VH and VL) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24201 |
Sequencing of Mouse Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 3,000
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24202 |
Sequencing of Rat Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 4,800
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24203 |
Sequencing of Rabbit Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 4,800
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24204 |
Sequencing of Human Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 4,800
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24205 |
Sequencing of Primate B Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 4,800
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24206 |
Sequencing of Hamster Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 6,000
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24211 |
Sequencing of Mouse Hybridoma IgM Full-Length (per IgG) |
2 to 3 weeks |
Request
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24212 |
Sequencing of Rat Hybridoma IgM Full-Length (per IgG) |
2 to 3 weeks |
Request
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24214 |
Sequencing of Primate B cell IgM Full-Length (per IgG) |
2 to 3 weeks |
Request
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 24215 |
Sequencing of Transgenic mice Hybridoma IgG Full-Length (per IgG) |
2 to 3 weeks |
$ 4,800
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Scope:
· Efficient and reliable system that utilizes molecular cloning to sequence full-length antibody heavy and light chains (HC and LC) from hybridoma cell lines or clonal primary B cells across a variety of species. · Following successful cloning of variable regions, the sequences can be fused to a variety of IgG backbones, please inquire. · Materials required: >100,000 cells in frozen vial(s) and shipped over dry ice · Deliverables: sequence analysis file
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| 65050 |
De Novo Antibody Sequencing I |
1 month |
Request
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Scope:
· De Novo Antibody Sequencing I · 1 month
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