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HPV L1 Antibodies from Creative Diagnostics provide dependable tools for human papillomavirus detection and identification because of their high-affinity and high-specificity capabilities. The antibodies achieve superior sensitivity and precise detection and reliable results through advanced immunoassay development and strict quality control procedures. The antibody products undergo complete validation testing to verify their performance consistency and shelf life extension and their ability to identify HPV types accurately. The HPV L1 Antibodies support multiple applications which include HPV diagnostics and vaccine development and immunology research and disease surveillance and assay development to help detect HPV early and identify it accurately and support worldwide HPV prevention and control initiatives.

HPV L1 antibodies from Creative Diagnostics deliver superior performance results when used in immunoassay applications. The antibodies undergo strict quality control tests to achieve high sensitivity and specific binding and reliable results and long-term stability for diagnostic and research applications. The antibodies find multiple uses in HPV research for detecting infections and vaccine development and immunological studies and disease monitoring and assay improvement. Our product advantages:
Our organization supports HPV diagnostics and immunology research through the provision of complete HPV L1 Antibodies.The antibodies are produced through advanced immunoassay technologies and strict validation systems which enable precise detection and typing of HPV. The antibodies receive extensive quality control assessments and complete characterization procedures to verify their stability and reproducibility and batch-to-batch consistency. The validation process evaluates the specificity and sensitivity and long-term stability of the results to deliver dependable outcomes for laboratory and clinical research. The HPV L1 Antibodies function in various applications which include diagnostic testing for HPV as well as vaccine creation and T-cell immunology research and disease monitoring and assay performance enhancement. The antibodies meet all quality requirements while receiving specialized handling to generate dependable results which enable crucial scientific breakthroughs.
HPV L1 Polyclonal Antibodies
HPV L1 Monoclonal Antibody Sets
| Monoclonal antibody set | Clone number-IC50 (μg/ml) for Neut: |
| Anti-HPV 35 L1 Monnclonal antibody (set) | 17B7-17.11; 14A9-0.028; 16C5-0.025; 17D5-0.014 |
| Anti-HPV 39 L1 Monnclonal antibody (set) | 13A2-0.069; 13B7-1.02; 15C6-0.0081; 19B8-0.0004; 20D12-0.0064; 11G4-0.0057 |
| Anti-HPV 51 L1 Monnclonal antibody (set) | 4C1-0.012; 15C6-3.45; 1F7-0.0012; 3F4-2.02; 3C8-0.028; 12C1-0.044 |
| Anti-HPV 56 L1 Monnclonal antibody (set) | 5A3-16.60; 6F12-0.0043; 3B12-0.013; 5G11-0.019; 8C10-0.009; 8F2-0.005 |
| Anti-HPV 59 L1 Monnclonal antibody (set) | 7D7-0.0012; 6D9-0.061; 2E4-1.20; 4B6-2.55; 8E1-1.62 |
| Anti-HPV 68 L1 Monnclonal antibody (set) | 2C5-0.040; 8B6-0.00023; 2E6-0.023; 8E11-0.0044; 10G2-0.0137 |
| Anti-HPV 6 L1 Monnclonal antibody (set) | 1E5-0.0092; 39G7-0.0085; 39G2-0.00081; 42G5-0.00076; 44B11-0.00008; 43C7-0.0033 |
| Anti-HPV 11 L1 Monnclonal antibody (set) | 34C9-4.27; 35C1-15.87; 35H5-743.743; 34E5-43.43 |
| Anti-HPV 16 L1 Monnclonal antibody (set) | 2A1-0.00033; 3D5-0.0021; 4G12-0.002; 5A6-0.0024; 6C7-0.0020; 7B9-0.00027 |
| Anti-HPV 18 L1 Monnclonal antibody (set) | 1B1-97.97; 3A2-0.00030; 3A4-1.46; 4H5-1.31; 4H1-0.00020; 7H8-0.00070 |
| Anti-HPV 31 L1 Monnclonal antibody (set) | 19C2-0.0061; 19B6-0.12 |
| Anti-HPV 33 L1 monoclonal antibody (set) | 6C11-0.0175 |
| Anti-HPV 45 L1 Monnclonal antibody (set) | 30H6-0.54; 35B12-1.70; 35H9-0.49; 40H1-0.15; 46G5-0.028; 48B1-0.14 |
| Anti-HPV 52 L1 Monnclonal antibody (set) | 36B9-0.00056; 36E12-0.00061; 40C2-0.0035; 41C3-0.0011; 41D1-0.00015; 42A2-0.00040 |
| Anti-HPV 58 L1 Monnclonal antibody (set) | 1D2-0.015; 2E11-0.021; 2F11-0.014; 2F7-0.020; 2F9-0.10; 2G7-0.015 |
HPV L1 Antibodies serve as essential tools for measuring HPV vaccine-induced immune responses.
Background:
Human papillomavirus (HPV) causes most cervical cancer cases and L1-based virus-like particle (VLP) vaccines serve as the primary defense against infection. The correct measurement of vaccine-induced immune responses remains vital for both vaccine research and clinical trial operations.
Objective:
The study aimed to assess the antibody response of people who received the HPV L1 VLP-based vaccine through the use of high-quality HPV L1 Antibodies.
Method:
The researchers used ELISA and Western blot and immunofluorescence assays with HPV L1 Antibodies to detect L1-specific IgG and neutralizing antibodies in serum samples obtained from vaccinated participants. The researchers implemented multiple control measures to verify both test precision and result consistency.
Results:
HPV L1 Antibodies functioned as a dependable method to track vaccine-induced immune system responses because of their high sensitivity. The antibodies demonstrated both high specificity and reproducibility which enabled precise seroconversion assessment for vaccine development and immunological research.
The human bodyillomavirus. The antibodies serve three essential purposes in scientific research because they enable HPV detection and vaccine produces HPV L1 antibodies which serve as proteins that identify the L1 capsid protein of human pap response assessment and immune system virus interaction studies.
The L1 antibodies show exceptional specificity for the major capsid protein of HPV which enables them to detect the virus and assess vaccine-induced immunity with high precision.
The scientific community employs these antibodies for ELISA and Western blot and immunofluorescence and additional assay methods. The detection of HPV L1 protein and measurement of serum antibody responses works effectively through any laboratory method.
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