Monoclonal antibody workflows
Use mouse monoclonal antibodies for consistent single-epitope target detection.
Antibody Host Species
Mouse antibodies are among the most established reagents in immunology and protein detection research. Mouse hosts are widely used for monoclonal antibody generation, including hybridoma-based workflows, because they can produce highly specific antibodies against defined targets. Mouse monoclonal antibodies are valued for reproducibility and single-epitope recognition, while mouse polyclonal antibodies can provide broader epitope coverage. These reagents are used across western blotting, immunohistochemistry, ELISA, immunofluorescence and flow cytometry.

Product catalog
Showing 25 unique product names from this subcategory.

Goat Anti-Human IgG, Mouse ads-AP
SKU: MBS670551-01|Size: 1 mL

Goat Anti-Human Kappa, Mouse ads-PE
SKU: MBS670476-01|Size: 0.5 mg

Goat Anti-Human Lambda, Mouse ads-UNLB
SKU: MBS674667-01|Size: 1 mg

Goat Anti-Human Kappa, Mouse ads-HRP
SKU: MBS674646-01|Size: 1 mL

Goat anti-Prdm9 (mouse, aa440-452) Antibody
SKU: MBS423332-01|Size: 0.1 mg

Goat anti-Nanog (mouse aa270-284) Antibody
SKU: MBS423265-01|Size: 0.1 mg

Goat anti-GLP-1-R (mouse) Antibody
SKU: MBS423129-01|Size: 0.1 mg

Goat anti-Stra6 (mouse, aa187-199) Antibody
SKU: MBS423002-01|Size: 0.1 mg

Goat anti-Histamine Receptor H2 (mouse) Antibody
SKU: MBS422758-01|Size: 0.1 mg

Goat anti-Integrin alpha 11 (mouse) Antibody
SKU: MBS422612-01|Size: 0.1 mg

Goat anti-Actin-like 7B (mouse) Antibody
SKU: MBS421270-01|Size: 0.1 mg

Goat Anti-Human Kappa, Mouse ads-FITC
SKU: 2061-02|Size: 1 mg

Goat Anti-Human Kappa, Mouse ads-AF647
SKU: 2061-31|Size: 1 mg

Goat Anti-Human Kappa, Mouse ads-TXRD
SKU: 2061-07|Size: 1 mg

Goat Anti-Rat Ig, Mouse ads-AP
SKU: 3010-04|Size: 1.0 mL

Goat Anti-Rat Ig, Mouse ads-TXRD
SKU: 3010-07|Size: 1 mg

Goat Anti-Human Lambda, Mouse ads-AP
SKU: 2071-04|Size: 1.0 mL

Goat Anti-Human IgG, Mouse ads-PE
SKU: 2044-09|Size: 0.5 mg

Goat Anti-Human IgG, Mouse ads-BIOT
SKU: 2044-08|Size: 1 mg

Goat Anti-Rat Ig, Mouse ads-APC
SKU: 3010-11L|Size: 0.5 mg

Goat Anti-Human IgG (Mouse-Adsorbed) HRP
SKU: PAB21444HRP-1000|Size: 1 Unit

Goat anti-Lipocalin 2 / NGAL (mouse) Antibody
SKU: dAP-1325|Size: 50 µg

Goat anti-Muc5b (mouse aa1569-1583) Antibody
SKU: dAP-3245|Size: 50 µg

Goat anti-Parotid secretory protein (mouse) Antibody
SKU: dAP-2421|Size: 50 µg

Goat anti-Defensin, beta 19 (mouse) Antibody
SKU: dAP-2539|Size: 50 µg
Overview
Mouse monoclonal antibodies are commonly chosen when researchers need consistent clone-defined recognition across experiments and batches.
Mouse antibodies are available in multiple isotypes, including IgG subclasses and IgM formats. Isotype selection matters when building staining panels or choosing secondary antibodies.
When working with mouse tissue or mouse model samples, researchers must watch for background from endogenous mouse immunoglobulins and may need special blocking or mouse-on-mouse detection strategies.
Applications
Use mouse monoclonal antibodies for consistent single-epitope target detection.
Detect proteins in lysates or extracts using validated mouse primary antibodies.
Use mouse antibodies for cell marker detection, phenotyping and panel development.
Support tissue staining workflows when validation and background controls are suitable.
Selection guide
Select mouse antibodies according to clone, isotype, application, sample species and secondary antibody compatibility.
For monoclonal antibodies, review clone name, target epitope and validation history.
Mouse IgG subclass or IgM format affects secondary antibody selection and multiplex panel design.
Check whether the antibody is validated for western blot, IHC, ICC, ELISA, IF or flow cytometry.
For mouse tissue staining, consider endogenous IgG background and use appropriate blocking or detection systems.
Select unconjugated, HRP, biotin, FITC or fluorescent conjugates according to your detection workflow.
FAQ
Common questions about mouse host antibodies in protein detection workflows.
Mouse antibodies are widely used because mouse hosts are well established for monoclonal antibody generation and hybridoma workflows.
A mouse monoclonal antibody is produced from a single mouse-derived clone and recognizes a defined epitope on the target.
Yes, but mouse-on-mouse staining can create background, so blocking and detection strategy must be planned carefully.
Isotype affects secondary antibody selection, multiplex compatibility and background control.
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