The Corticosterone (Rat/Mouse) ELISA kit provides precise and highly sensitive measurement of corticosterone levels in rat and mouse serum or plasma, making it an essential tool for research in stress physiology, endocrinology, and toxicology. Corticosterone is a key biomarker for assessing stress response and adrenal function in rodent models, supporting studies on hormonal regulation, behavioural science, and pharmacological interventions.

Designed for accuracy and ease of use, this ELISA kit delivers consistent and reproducible results, enabling researchers to monitor stress hormone fluctuations in preclinical studies. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on neuroendocrine health and metabolic disorders.

Key Benefits:

• Highly sensitive and specific measurement of corticosterone in rat and mouse samples
• Supports research in stress physiology, endocrinology, and toxicology
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for behavioural and pharmacological studies
• Compatible with standard laboratory equipment for streamlined workflows

The Estradiol (Rat) ELISA kit provides accurate and highly sensitive quantification of estradiol hormone levels in rat serum or plasma, making it an essential tool for research in reproductive biology and endocrine function. Estradiol is a key biomarker for studying ovarian activity, hormonal regulation, and fertility in preclinical models. This assay supports investigations into reproductive health, endocrine disorders, and pharmacological interventions.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor hormonal fluctuations in controlled studies. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on reproductive physiology and hormone-related conditions.

Key Benefits:

• Highly sensitive and specific measurement of estradiol in rat serum or plasma
• Supports research in reproductive biology, fertility and endocrine health
• Provides accurate biomarker analysis for preclinical rat models
• Reliable and reproducible results for pharmacological and hormonal studies
• Compatible with standard laboratory equipment for streamlined workflows

The Glucagon (Rat/Mouse) ELISA kit provides accurate and highly sensitive quantification of glucagon levels in rat and mouse serum or plasma, making it an essential tool for metabolic and endocrine research. Glucagon plays a critical role in glucose regulation and energy metabolism, making this assay ideal for studies on diabetes, obesity, and hormonal balance in preclinical models.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor glucagon fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it suitable for large-scale testing and long-term research projects focused on metabolic disorders and endocrine function.

Key Benefits:

• Highly sensitive and specific measurement of glucagon in rat and mouse samples
• Supports research on glucose regulation, diabetes, and metabolic health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for endocrine and pharmacological studies
• Compatible with standard laboratory equipment for streamlined workflows

The Interleukin-10 (IL-10) Mouse ELISA kit provides accurate and highly sensitive quantification of IL-10 cytokine levels in mouse serum, plasma, or cell culture samples, making it an essential tool for immunology research. IL-10 is a key anti-inflammatory cytokine involved in immune regulation, tolerance, and inflammatory response control. This assay supports studies on autoimmune disorders, infection models, and therapeutic interventions targeting cytokine pathways.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor IL-10 expression in preclinical models. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on immunomodulation and inflammatory disease mechanisms.

Key Benefits:

• Highly sensitive and specific measurement of IL-10 in mouse samples
• Supports research on immune regulation, anti-inflammatory responses, and cytokine signalling
• Provides accurate biomarker analysis for preclinical immunology studies
• Reliable and reproducible results for autoimmune and infection research
• Compatible with standard laboratory equipment for streamlined workflows

The MSH alpha (Rat/Mouse) ELISA kit provides accurate and highly sensitive quantification of melanocyte-stimulating hormone (MSH) alpha levels in rat and mouse samples, making it an essential tool for neuroendocrine and metabolic research. MSH alpha plays a key role in energy balance, appetite regulation, and pigmentation processes, supporting studies on obesity, stress response, and hormonal signalling in preclinical models.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor MSH alpha fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on neuroendocrine pathways and metabolic disorders.

Key Benefits:

• Highly sensitive and specific measurement of MSH alpha in rat and mouse samples
• Supports research on neuroendocrine function, energy balance, and metabolic health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for endocrine and behavioural studies
• Compatible with standard laboratory equipment for streamlined workflows

The Osteoprotegerin (OPG) Rat/Mouse ELISA kit provides accurate and highly sensitive quantification of OPG levels in rat and mouse samples, making it an essential tool for bone metabolism research. OPG is a key regulator of bone remodelling and osteoclast activity, supporting studies on osteoporosis, skeletal development, and endocrine function in preclinical models. This assay is widely used in research focused on bone health and metabolic disorders.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor OPG fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects investigating bone biology and related disease mechanisms.

Key Benefits:

• Highly sensitive and specific measurement of OPG in rat and mouse samples
• Supports research on bone metabolism, osteoporosis, and skeletal health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for endocrine and metabolic studies
• Compatible with standard laboratory equipment for streamlined workflows

The Progesterone (Rat/Mouse) ELISA kit provides accurate and highly sensitive quantification of progesterone levels in rat and mouse serum or plasma, making it an essential tool for endocrine and reproductive research. Progesterone is a key hormone involved in pregnancy, ovarian function, and reproductive health, supporting studies on fertility, hormonal regulation, and toxicology in preclinical models.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor progesterone fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on reproductive biology and endocrine disorders.

Key Benefits:

• Highly sensitive and specific measurement of progesterone in rat and mouse samples
• Supports research in reproductive biology, fertility, and endocrine health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for toxicology and hormonal studies
• Compatible with standard laboratory equipment for streamlined workflows

The sCD40 Ligand (Mouse) ELISA kit provides accurate and highly sensitive quantification of soluble CD40 ligand (sCD40L) in mouse serum, plasma, or cell culture samples, making it an essential tool for immunology research. sCD40L is a critical mediator of immune activation and inflammatory signalling, supporting studies on autoimmune disorders, cardiovascular disease, and therapeutic interventions targeting immune pathways.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor sCD40L levels in preclinical models. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on immune response and inflammation mechanisms.

Key Benefits:

• Highly sensitive and specific measurement of sCD40L in mouse samples
• Supports research on immune activation, inflammation, and cytokine signalling
• Provides accurate biomarker analysis for preclinical immunology studies
• Reliable and reproducible results for autoimmune and cardiovascular research
• Compatible with standard laboratory equipment for streamlined workflows

The Testosterone (Rat/Mouse) ELISA kit provides accurate and highly sensitive quantification of testosterone levels in rat and mouse serum or plasma, making it an essential tool for endocrine and reproductive research. Testosterone is a key biomarker for studying male reproductive health, hormonal regulation, and metabolic function in preclinical models. This assay supports investigations into fertility, androgen-related disorders, and toxicology studies.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor testosterone fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on reproductive biology and endocrine pathways.

Key Benefits:

• Highly sensitive and specific measurement of testosterone in rat and mouse samples
• Supports research in reproductive biology, fertility, and endocrine health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for toxicology and hormonal studies
• Compatible with standard laboratory equipment for streamlined workflows

The TSH (Rat) ELISA kit provides accurate and highly sensitive quantification of thyroid-stimulating hormone (TSH) in rat serum or plasma, making it an essential tool for endocrine and toxicology research. TSH is a key biomarker for assessing thyroid function and hormonal regulation, supporting studies on metabolism, reproductive health, and endocrine disorders in preclinical models.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor TSH fluctuations in controlled experiments. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on thyroid physiology and toxicological assessments.

Key Benefits:

• Highly sensitive and specific measurement of TSH in rat serum or plasma
• Supports research on thyroid function, metabolism, and endocrine health
• Provides accurate biomarker analysis for preclinical rodent models
• Reliable and reproducible results for toxicology and hormonal studies
• Compatible with standard laboratory equipment for streamlined workflows

The VEGF-A (Mouse) ELISA kit provides accurate and highly sensitive quantification of Vascular Endothelial Growth Factor A (VEGF-A) in mouse serum, plasma, or cell culture samples, making it an essential tool for angiogenesis and cancer research. VEGF-A is a critical biomarker involved in vascular development, tumour growth, and wound healing, supporting studies on oncology, cardiovascular health, and therapeutic interventions targeting angiogenic pathways.

Designed for precision and ease of use, this ELISA kit delivers reliable and reproducible results, enabling researchers to monitor VEGF-A expression in preclinical models. Its compatibility with standard laboratory equipment makes it ideal for large-scale testing and long-term research projects focused on cancer biology, vascular disorders, and regenerative medicine.

Key Benefits:

• Highly sensitive and specific measurement of VEGF-A in mouse samples
• Supports research on angiogenesis, tumour progression, and vascular health
• Provides accurate biomarker analysis for oncology and cardiovascular studies
• Reliable and reproducible results for preclinical and therapeutic research
• Compatible with standard laboratory equipment for streamlined workflows