Obesity-related ELISA Kit
InquiryAccurate Measurement, Scientific Fight Against Obesity - Obesity-related ELISA Kit
Enzyme-linked immunosorbent assay (ELISA) is a sophisticated bioanalytical technique rooted in the principle of antigen-antibody-specific binding. It has found extensive applications in biomedical research and preclinical diagnosis. Leveraging years of expertise in obesity research and a commitment to ELISA kit innovation, Protheragen has introduced an array of premium ELISA kits tailored for obesity-related indicators. These kits enable researchers to effortlessly quantify obesity-related biomarkers and nutrient levels, furnishing robust data to fuel advancements in obesity and related disease research.
Types of ELISA Kits
The following types of ELISA kits are suitable for the detection of a wide range of biological samples, including, but not limited to, serum, plasma, tissue homogenates, cell supernatants, and so on. The kits are also used to detect a variety of species, such as rats, mice, rabbits, etc., to meet the needs of different research projects.
Direct ELISA
Simple setup
Indirect ELISA
Use of coupled
secondary antibodies
Sandwich ELISA
More specific
Competitive ELISA
Measurement of low molecular weight targets
Features of Our ELISA Kits
Our ELISA kits are designed for obesity and related metabolic disease research, covering key targets such as adipokines, inflammatory factors, metabolic hormones, gut hormones, insulin signaling pathway proteins, and other key targets. They apply to a wide range of sample types from multiple species. The high sensitivity and specificity of the assays help researchers to deeply analyze the molecular mechanism of obesity, evaluate drug efficacy, and explore novel therapeutic targets. In addition, we also provide high-quality specialized kits for the detection of proteins in various food products.
Applications of Our ELISA Kits
- Obesity mechanism research: By detecting the levels of other obesity-related biomolecules (e.g., insulin, lipocalin, interleukin) in obese individuals with ELISA kits, the pathogenesis of obesity and related signaling pathways can be further explored.
- Animal model research: In obesity research, ELISA kits can be used to detect the levels of obesity-related molecules in animal models (e.g., rats, mice, etc.), to verify whether the model is successfully constructed after different diets, drug interventions, or gene editing.
- Drug development and evaluation: In the process of drug development for obesity, ELISA kits can be used to evaluate the effect of new anti-obesity drugs on the levels of obesity-related molecules, and to predict their therapeutic potential and mechanism.
Advantages of Our ELISA Kits
- High sensitivity: Our ELISA kits can detect the presence of trace amounts of target substances with high detection sensitivity, suitable for the analysis of low-concentration samples and various detection needs.
- High specificity: Utilizing specific antigen-antibody reactions, our ELISA kits can accurately identify target molecules, reducing non-specific interference and improving detection accuracy.
- High-throughput detection: Our ELISA kits are suitable for processing large quantities of samples in a single experiment, which can help improve experimental efficiency.
- Full technical support: We provide pre-sale consultation, technical support during use, and data analysis services after the experiment to ensure the smooth progress of scientific research.
Publication
The interrelationships between obesity and biomarkers of inflammation and oxidative stress need to be investigated and supplemented. In this study, researchers used ELISA kits to detect various biomarkers related to inflammation and oxidative stress in obese children, including endothelin-1, interleukin-6 (IL-6), C-reactive protein (CRP), alpha-1-acid glycoprotein (AGP), 8 -hydroxy-2'-deoxyguanosine (8-OHdG), and so on. Comparing the differences in the levels of each marker in different samples provides a basis for determining the association between biomarkers and for screening and monitoring of childhood diseases.
Fig.1 Comparison of some biomarkers. (Selvaraju, et al., 2019)
This study confirms the important role of ELISA in the study of obesity and its related diseases and also provides a good idea for post-test data analysis.
Frequently Asked Questions
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What biomarkers can the obesity ELISA Kit detect?
The obesity ELISA Kits detect a variety of biomarkers, including but not limited to the following:
- Leptin: A protein hormone involved in the regulation of appetite and energy balance, and is considered a biomarker associated with obesity and obesity-mediated diseases.
- Lipocalin: A protein hormone that regulates glucose metabolism and fatty acid oxidation and is secreted by adipocytes.
- Resistin: With insulin resistance.
- Gastrin: With roles in stimulating appetite and increasing energy intake, associated with obesity.
- Interleukins: Pro-inflammatory cytokines associated with obesity-induced inflammation
- Other biomarkers
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What types of samples are suitable for testing with obesity-related ELISA kits?
Common sample types include:
- Serum
- Plasma
- Cell culture supernatant
- Tissue homogenates
- Other sample types (e.g., food)
For accurate results, please read the instructions in the kit regarding sample preparation and recommended sample types.
As a biological company focusing on obesity research, Protheragen is committed to providing high-quality ELISA kits and all-around technical support to help researchers overcome various research challenges. If you have any questions or needs, please feel free to contact us.
Reference
- Selvaraju, V.; et al. Urinary biomarkers of inflammation and oxidative stress are elevated in obese children and correlate with a marker of endothelial dysfunction. Oxidative Medicine and Cellular Longevity. 2019, 2019(1): 9604740. (CC BY 4.0)
ELISA Kits:
- Target Species: Universal
- Research Area: Food safety; Alpha-lactalbumin research; Obesity
- Detection Method:

- Target Species: Mouse
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Human
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Bovine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Bovine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Bovine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Canine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Canine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Canine
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:

- Target Species: Cat
- Research Area: Inflammatory research; Cytokine research; Obesity
- Detection Method:
