Mouse 25 Hydroxy Vitamin D (25 Hydroxy Vitamin D) ELISA Kit
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Mouse 25 Hydroxy Vitamin D (25 Hydroxy Vitamin D) ELISA Kit

Cat.No: HTK-YJL-0442 Datasheet

Specification Quantities

48T:
- +
96T:
- +
Product Details Background Product Features Product Advantages Related Products
Product Name Mouse 25 Hydroxy Vitamin D (25 Hydroxy Vitamin D) ELISA Kit
Catalog No. HTK-YJL-0442
Synonyms 25 Hydroxy Vitamin D ELISA Kit, 25-HVD ELISA Kit
Species Mouse
Sample Type Serum, plasma, cell culture supernatant, cell or tissue lysate, other liquid samples
Detection Method Competitive ELISA, Coated with Antigen
Detection Wavelength OD450
Reaction Duration 2 hours
Range 3.13-200 ng/ml
Sensitivity 1.875 ng/ml
Storage 2-8°C (Sealed). Don't cryopreserve.
Specificity Specifically binds with 25 Hydroxy Vitamin D, no obvious cross reaction with other analogues.
Intended Use For research use only.

Vitamin D is an essential fat-soluble vitamin that plays a critical role in regulating calcium and phosphorus metabolism, supporting bone health, immune function modulation, and maintaining overall cellular homeostasis. As a key metabolite of vitamin D, 25-Hydroxy Vitamin D (25-HVD) is the primary circulating form in the body and serves as the most reliable indicator for assessing an organism’s vitamin D status.
In preclinical research, accurate quantification of 25-HVD in mouse samples is vital for studies focused on vitamin D-related physiological processes, disease mechanisms (such as osteoporosis, autoimmune disorders, and metabolic syndromes), and the efficacy of nutritional interventions or drug development.
ELISA (Enzyme-Linked Immunosorbent Assay) has become the gold standard for 25-HVD detection in research settings due to its high specificity, sensitivity, and suitability for high-throughput sample analysis. The Mouse 25-Hydroxy Vitamin D ELISA Kit is specifically designed to meet the demands of researchers working with murine models, enabling precise and efficient quantification of 25-HVD in various biological samples.

Species-specific design tailored exclusively for mouse samples, ensuring optimal compatibility with murine 25-HVD.
Versatile sample applicability, supporting serum, plasma, cell culture supernatant, cell or tissue lysate, and other liquid samples commonly used in research.
Competitive ELISA detection method with antigen-coated plates, ensuring high specificity and minimal interference from cross-reacting substances.
Clear detection wavelength at OD450, compatible with standard microplate readers for easy data acquisition.
Short reaction duration of only 2 hours, streamlining experimental workflows and reducing research time costs.
Wide dynamic range of 3.13–200 ng/ml, covering the typical 25-HVD concentration range in mouse samples for comprehensive detection.
High sensitivity of 1.875 ng/ml, enabling accurate quantification of low-abundance 25-HVD in samples with limited concentrations.
Convenient storage conditions at 2–8°C (sealed, no cryopreservation required), ensuring long-term stability and easy laboratory storage.

Exceptional specificity: Specifically binds to mouse 25-HVD with no obvious cross-reactivity with other vitamin D analogues or biological molecules, guaranteeing reliable and accurate test results.
User-friendly operation: The kit follows standard ELISA protocols, requiring no specialized technical skills, making it accessible to both experienced researchers and laboratory technicians new to the assay.
Consistent performance: Manufactured under strict quality control standards to ensure batch-to-batch reproducibility, minimizing experimental variability.
Cost-effective: Designed for research-scale use with 48T and 96T format options, allowing researchers to choose the appropriate quantity based on their experimental needs and budget.
Time-efficient: The 2-hour reaction duration reduces the total experimental cycle compared to longer detection methods, accelerating research progress.
High sensitivity: Detects 25-HVD concentrations as low as 1.875 ng/ml, enabling the detection of subtle changes in 25-HVD levels in experimental models.

For research use only, not for clinical use.

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