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Antimicrobial ELISA Kits from Creative Diagnostics function as dependable analytical tools which help researchers detect antimicrobial substances and measure their amounts while tracking antibiotic resistance patterns and microbial contamination levels in various scientific and medical applications. The kits employ sophisticated immunoassay methods during development while undergoing rigorous quality assurance tests to achieve superior detection performance and measurement reliability. The Antimicrobial ELISA Kits undergo complete validation tests which verify their stability and accuracy and ensure consistent results between different batches. The kits provide exact quantitative results through their high-quality reagents and optimized testing protocols which minimize non-specific signals. The Antimicrobial ELISA Kits enable antimicrobial compound detection and drug performance evaluation and resistance pattern monitoring and environmental and clinical sample analysis to support antimicrobial research and diagnostic development with enhanced accuracy and operational efficiency.
Antimicrobial ELISA Kits from Creative Diagnostics deliver superior results for research-based and diagnostic antimicrobial detection and monitoring applications. The kits undergo strict quality control procedures to achieve high sensitivity and specific binding and consistent results and extended stability for both research and medical environments. The kits serve multiple purposes in antimicrobial research by helping detect drug residues and assess antimicrobial effectiveness and monitor antibiotic resistance and perform quality control assessments to deliver precise microbiological and pharmaceutical test results.Our product advantages:
High Sensitivity & Specificity
Broad Detection Range
Covers a wide concentration range, enabling accurate measurement across various sample types (e.g., serum, plasma, food, water, or pharmaceuticals).
Excellent Reproducibility
Ensures consistent results between batches and experiments through rigorous quality control and validation.
Stable & Reliable Performance
Long shelf life and robust assay performance even under variable laboratory conditions.
Optimized Assay Components
Pre-coated high-binding microplates and purified antibodies ensure uniform reaction kinetics and high signal-to-noise ratio.
Rapid & Easy-to-Use Format
Streamlined workflow with ready-to-use reagents and short incubation times for efficient testing.
Quantitative & Accurate Analysis
Delivers precise quantitative results with clear standard curves and minimal variation.
Wide Application Compatibility
Suitable for antimicrobial residue detection, drug efficacy assessment, resistance monitoring, and quality control in research or diagnostics.
Creative Diagnostics backs antimicrobial research and diagnostic studies through its distribution of high-quality Antimicrobial ELISA Kits. The kits use modern immunoassay and antibody detection methods to achieve precise antimicrobial agent quantification in various sample types. The Antimicrobial ELISA Kit undergoes complete quality control assessment and performance evaluation to confirm its stability and reproducibility and batch-to-batch consistency. The validation procedure evaluates the assay's ability to detect substances while maintaining its specificity and long-term stability for obtaining reliable results in research and practical testing applications. The Antimicrobial ELISA Kits enable multiple testing applications which include antimicrobial residue identification and drug performance evaluation and resistance tracking and environmental monitoring and pharmaceutical product quality assessment. The kits deliver precise and high-quality results which help researchers and public health organizations achieve their goals.
ELISA Kits for Antimicrobial Drugs
| Drug Class | Antimicrobial Drug Name | IC50 (ppb) | Sample | |
| Cephalosporins | Cefquinome | 2 | milk | Inquiry |
| Cefalexin | 0.5 | milk, tissue, honey and urine | Inquiry | |
| Quinolones | 3-methyl-quinosaline-2-carboxylicacid | 5 | chicken, duck and other sample types | Inquiry |
| Ciprofloxacin | 0.5 | tissues, honey, milk, milk powder, egg | Inquiry | |
| Sulfonamide | Sulfadiazine | 1 | tissue, serum, honey, milk | Inquiry |
| Sulfanilamides | 0.5 | chickens, pigs, fish, shrimp, honey, etc. | Inquiry | |
| Others | Vancomycin | 1 | human serum or plasma | Inquiry |
| Pirlimycin | 5 | milk | Inquiry | |
| Thiamphenicol drug residue | 0.15 | raw milk, egg, seafood, tissue | Inquiry | |
| Albendazole | 10 | meat and feed | Inquiry | |
| Natamycin | 2 | biological agents | Inquiry |
Sensitivity comparison of antimicrobial detection methods.The Antimicrobial ELISA Kit shows the lowest detection limit of 0.05 ng/mL when compared to microbial inhibition and HPLC methods. The standard error bars in this figure demonstrate how well the assay performs and how consistent the results are.
Detection of Antibiotic Residues in Milk Using Antimicrobial ELISA Kits
Background
The practice of using antibiotics excessively in animal farming operations creates worries about antibiotic contaminants finding their way into human food products. The detection of small antibiotic amounts in milk requires immediate attention because it protects human health and fulfills food safety regulations. The detection of antimicrobial agents in milk requires traditional HPLC and LC-MS methods which operate with high precision but need extended time periods and expensive analytical equipment.
Objective
The research assesses how well Antimicrobial ELISA Kits work for fast and precise antibiotic residue detection in milk samples.
Methodology
The research team obtained raw milk from different dairy farms. The ELISA competitive format operated with β-lactam antibiotic-specific conditions to analyze prepared milk samples. The assay used known antibiotic concentrations to create standard curves for analysis. The assay operated at room temperature through all required incubation and washing procedures from the kit instructions.
Results
β-lactam antibiotic detection limit reached 0.05 ng/mL which surpassed the performance of standard microbial inhibition assays.
The assay showed complete specificity because it did not react with any antimicrobial compounds that were not related to the test.
The assay results showed high precision because both inter-assay and intra-assay coefficient of variation values remained under 8%.
The complete assay process took less than two hours to finish which allowed researchers to analyze numerous samples quickly.
Conclusion
Antimicrobial ELISA Kit delivered a fast and affordable solution for detecting antibiotics in milk that demonstrated high reliability. The kit provides outstanding performance for quality control tests and food safety assessments because it detects antibiotics at low levels with high precision. The method outperformed traditional chromatographic techniques because it processed samples faster while being more affordable and user-friendly.
The Antimicrobial ELISA Kits serve to detect and measure antimicrobial substances which include antibiotics and peptides and disinfectants in biological materials and food products and environmental samples. The tests enable drug residue tracking and drug performance assessment and antimicrobial resistance pattern identification.
The Antimicrobial ELISA Kits require 1.5 to 2 hours to finish their tests. The testing process follows a simple procedure because it includes pre-packaged reagents and requires basic washing and incubation steps.
The ELISA kits provide fast antimicrobial detection with precise results at affordable costs through simple sample preparation which suits high-volume screening applications and quantitative measurements.
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