Answers to common questions about DDT Mouse mAb: specificity, applications, recommended dilutions, storage, and ordering from Aladdin Scientific.
Monoclonal antibody
Techniques for detecting, quantifying and localizing antigens and antibodies — ELISA, Western blotting, immunohistochemistry and flow cytometry. Below are the protocols, FAQs and technical articles in our knowledge base tagged with this topic.
SNRPB2 Mouse mAb targets the U1 snRNP B'' protein for splicing research. Learn specs, applications, and protocols for Ab378264 from Aladdin Scientific.
Learn how to select, validate, and apply DDT Mouse mAb (Ab378259) in your research workflows. Covers protocols, storage, and troubleshooting tips.
Step-by-step protocol for Rat Ig Kappa Light Chain Mouse mAb (Ab349243): applications, dilutions, storage, and troubleshooting for immunoassays.
Explore RAPGEF5 Mouse mAb (Ab349241) from Aladdin Scientific: target biology, validated applications, recommended protocols, and ordering details.
Explore DEFB135 Mouse mAb (Ab350340): target biology, buffer formulation, recommended applications, and storage tips for reliable immunoassay results.
Step-by-step protocol for PON3 Mouse mAb (Ab350645): recommended dilutions, storage, and western blot/ELISA applications for PON3 research.
Comprehensive guideline for using Rab6b Rat mAb (Ab350670): applications, protocols, storage, and troubleshooting tips for research scientists.
Step-by-step guidance on selecting, validating, and using PELI3 Mouse mAb (Ab350624) for immunoassays. Covers WB, IHC, and storage best practices.
Step-by-step guidelines for selecting, handling, and applying PTN Mouse mAb (Ab350663) in immunoassays. Ensure reproducible results in your lab.
Step-by-step protocol for RBM12B Mouse mAb (Ab350679): storage, dilution, WB, IHC, and IF applications for research use.
Step-by-step protocol for NUDT5 Mouse mAb (Ab350593): recommended dilutions, storage, WB, IHC, and IF applications for reliable results.
Explore PTGR2 Mouse mAb (Ab350662): specificity, recommended applications, storage, and best practices for researchers targeting prostaglandin reductase 2.
Answers to common questions about PDE5A Mouse mAb (Ab350618): applications, storage, formulation, and ordering from Aladdin Scientific.
Find answers to common questions about RAGE Mouse mAb (Ab350673): applications, storage, dilutions, and protocols for RAGE detection in research.
Oct-2 Mouse mAb (Ab350595) targets the POU-domain transcription factor Oct-2, critical for B-cell differentiation and immunoglobulin gene regulation.
Find answers to common questions about S100A16 Mouse mAb (Ab350701): applications, storage, reactivity, and protocols for research use.
Explore CCL15 Mouse mAb (Ab350899): target biology, antibody specificity, recommended applications, and storage for reliable chemokine research.
Explore VMAC Mouse mAb (Ab351446): target specificity, recommended applications, storage, and step-by-step protocol tips for reliable results.
Find answers to common questions about p53 Mouse mAb (Ab350604): applications, storage, reactivity, and ordering from Aladdin Scientific.
Find answers about PON1/PON2 Mouse mAb (Ab350643): buffer, storage, applications, and ordering from Aladdin Scientific.
Explore PLXDC2 Mouse mAb (Ab350636): target biology, recommended applications, storage, and protocols for reliable research results.
Answers to common questions about PDLIM1 Mouse mAb (Ab350620): applications, formulation, storage, and ordering from Aladdin Scientific.
Comprehensive guideline for NOS3 Mouse mAb (Ab350580): applications, storage, dilution protocols, and troubleshooting for eNOS detection in research.
Answers to common questions about HNF4A Mouse mAb (Ab351242): applications, storage, formulation, and ordering from Aladdin Scientific.
Explore TXK Mouse mAb (Ab351111) specificity, recommended applications, storage, and protocols for TXK kinase research. Available from Aladdin Scientific.
Step-by-step guidance on selecting and using IGSF3 Mouse mAb (Ab351255) for WB, IHC and ICC. Covers dilution, storage, and troubleshooting tips.
Explore INTS6L Mouse mAb (Ab351260) from Aladdin Scientific: specificity, formulation, recommended applications, and best-practice protocols for researchers.
Answers to common questions about PIP4K2A Mouse mAb (Ab350631): applications, storage, reactivity, and ordering from Aladdin Scientific.
Step-by-step guidelines for using ZC2HC1A Mouse mAb (Ab349396): recommended applications, dilutions, storage, and troubleshooting tips.
Step-by-step protocol for NUDT22 Mouse mAb (Ab351022): recommended dilutions, sample prep, and detection methods for reliable results.
Step-by-step guidelines for selecting, handling, and optimizing SARNP Mouse mAb (Ab350702) in your research workflows. Ensure reproducible results every time.
Answers to common questions about NFAT5 Mouse mAb (Ab349695): applications, reactivity, storage, and best-practice tips for reliable results.
Answers to common questions about CD21 Mouse mAb (Ab348616): applications, species reactivity, storage, and protocols for immunology research.
Answers to common questions about STK40 Mouse mAb (Ab349965): applications, storage, reactivity, and usage tips for research scientists.
Learn how to select, validate, and apply NF-KB p105 Mouse mAb (Ab349141) in WB, IHC, and IP assays for NF-κB pathway research.
Explore FGF23 Mouse mAb (Ab348961) for reliable FGF23 detection. Learn about applications, protocols, and key specifications for your research.
Step-by-step protocol for WDR70 Mouse mAb (Ab349685): sample prep, optimal dilutions, and detection for WB, IHC, and IP applications.
Step-by-step guidelines for using p95 Mouse mAb (Ab350605) in your experiments, covering storage, dilution, and application best practices.
Comprehensive guideline for SOX8 Mouse mAb (Ab349648): applications, recommended protocols, storage, and troubleshooting for optimal IHC, WB, and IF results.
Explore DIAPH2 Mouse mAb (Ab349495): target biology, validated applications, recommended protocols, and FAQs for your formin research.
Learn how to select, validate, and apply beta III Tubulin Mouse mAb (Ab348599) for neuronal marker detection by IF, IHC, and WB in research workflows.
Step-by-step protocol for c-Jun Mouse mAb (Ab350278): sample prep, dilutions, and detection for Western blot, IHC, and immunoprecipitation.
Answers to common questions about CCDC43 Mouse mAb (Ab349464): applications, species reactivity, storage, and protocols for research use.
Complete guideline for PRDX3 Mouse mAb (Ab349216): applications, recommended protocols, storage, and troubleshooting for mitochondrial antioxidant research.
Step-by-step protocol for RASSF2 Mouse mAb (Ab351050): sample prep, dilutions, and detection for WB, IHC, and IP applications.
Answers to common questions about POLR2J Mouse mAb (Ab350642): applications, storage, reactivity, and ordering from Aladdin Scientific.
Answers to common questions about KIAA1143 Mouse mAb (Ab350501): formulation, applications, storage, and ordering from Aladdin Scientific.
Explore the specificity, applications, and protocols for Interferon Gamma Mouse mAb (Ab349543) from Aladdin Scientific for reliable IFN-γ detection.
Immunoglobulins are the central effector molecules of adaptive humoral immunity. They are produced by B cells and their terminally differentiated plasma cells and contribute to pathogen clearance, maintenance of immune homeostasis, and the development of immunopathology through a dual ...
Hybridoma technology, as the classical method for monoclonal antibody (mAb) production, is widely applied in immunology research, diagnostic reagent development, and antibody drug manufacturing. Because hybridom a cells are highly sensitive to culture conditions and reagent quality, the reagents ...
Immunohistochemistry staining with samples in paraffin (IHC-P)
IgG, the key factor of Humoral immunity response, is the main immunoglobulin in blood, lymph, cerebrospinal fluid and peritoneal fluid. IgG accounts for approximately 75% of total serum immunoglobulins and is the only immunoglobulin that can penetrate the human placenta. It is primarily ...
Techniques often explored alongside immunological experiments.
