Swine ELISA Kits
Introduction
Pigs are widely used in drug research and development, toxicology testing, vaccine research, and drug safety evaluation due to their high similarity to humans in terms of physiological structure, anatomical features, and metabolic functions. Furthermore, as important agricultural animals, research on pig nutrition and reproduction is also a key focus in veterinary medicine. BioVenic offers swine ELISA kits for various fields such as agriculture, food science, nutrition, and drug development. These kits boast high specificity and sensitivity, enabling qualitative or quantitative detection of macro- and small-molecule targets relevant to swine researchers, thus facilitating your research progress. Click here to explore our over 1000 swine ELISA kits.
Research Areas
Metabolism & Nutrition
Swine metabolism and nutrition research encompasses various areas, including digestion and absorption, nutritional requirements, metabolic pathways, nutritional regulation, and the impact of environmental factors on pigs. BioVenic has developed a series of ELISA kits targeting indicators related to swine digestion and absorption, meat quality, and swine nutritional metabolites and biomarkers. By quantitatively detecting and comparing relevant targets, BioVenic swine ELISA kits can help you deeply investigate the complex mechanisms of pig nutrition and metabolism.
Swine ELISA Kit Product List for Metabolism & Nutrition
Endocrinology & Hormones
Research in swine endocrinology and hormones focuses on the roles of hormones in the pig body and their regulation of physiological processes. This field covers multiple aspects, including reproductive endocrinology, growth regulation, hormone secretion, hormone receptors, and their signaling pathways. BioVenic's swine endocrinology & hormones ELISA kits provide simple and convenient solutions for the quantitative detection of various swine endocrine system targets and hormones.
Swine ELISA Kit Product List for Endocrinology & Hormones
Cardiovascular Research
Pigs share high similarities with humans in heart rate, cardiovascular systems, blood lipids, and coronary blood vessels, making them an important model for studying cardiovascular diseases. ELISA, as an immunological detection method, can be used in swine cardiovascular disease research to detect biomarkers or drug metabolites, thereby supporting related studies. BioVenic's swine cardiovascular ELISA kits can detect multiple important targets in swine cardiovascular research, playing an auxiliary role in your swine cardiovascular-related studies.
Swine ELISA Kit Product List for Cardiovascular Research
Orthopedics Research
Swine skeletal structure, bone regeneration processes, and bone mineral density are similar to those of humans, making them an ideal model for studying bone anatomy, morphology, osteonecrosis, healing, and remodeling. ELISA, with its advantages of simple operation, high sensitivity, strong specificity, and low cost, is widely used in the detection of various swine orthopedic-related biomarkers. BioVenic's product catalog includes numerous ELISA kits suitable for detecting biomarkers related to swine osteoarthritis, bone metabolism, and bone health, supporting relevant research.
Swine ELISA Kit Product List for Orthopedics Research
Reproduction Research
As important agricultural animals, swine reproductive performance directly impacts pork production and farming efficiency. Various biomarkers in swine reproduction research provide important references for improving pig production efficiency and animal health. Detecting biomarkers for the reproductive performance of boars and sows, as well as biomarkers for pregnancy, miscarriage, and embryonic/fetal development, is of great significance for swine reproduction research. BioVenic's product catalog includes a variety of swine reproduction research biomarkers, significantly reducing the difficulty and time required for their detection.
Swine ELISA Kit Product List for Reproduction Research
Inflammation & Immunity
Pigs are widely used as animal models for research in areas such as inflammation, immunity, infection, and disease. Inflammation and immunity-related biomarkers include various cytokines, inflammatory mediators, immune cells, immune molecules, and metabolites, which play crucial roles in inflammatory responses, immune regulation, and disease processes. Studying these swine biomarkers using ELISA helps in understanding inflammatory and immune mechanisms.
Swine ELISA Kit Product List for Inflammation & Immunity
Advantages of BioVenic Swine ELISA kits
- BioVenic swine ELISA kits cover a wide range of swine-related biomarkers, including macromolecules (such as hormones, enzymes, immunoglobulins) and small molecules (like nutritional metabolites, vitamins, small peptides, etc.). Our extensive product catalog can assist you whether you need to study swine immune or reproductive system-related indicators. Our ELISA solutions can provide help.
- BioVenic swine ELISA kits are pre-formulated and ready to use, saving you the time of preparing reagents yourself. Our simple operating procedures help you obtain detection results quickly.
- BioVenic swine ELISA kits are suitable for various common swine sample types, such as serum, plasma, tissue lysates, and cell lysates, enabling you to more accurately identify analytes from multiple biological matrices.
With a product catalog exceeding 1000 items, BioVenic swine ELISA kits have provided numerous solutions for research related to swine metabolism and nutrition, health and immunity, reproductive performance, and endocrine systems. The high sensitivity and specificity, along with the low sample volume requirement of our swine ELISA kits, can promote the progress of various swine-related studies, thereby improving swine health levels and reproductive performance, and aiding in exploring the role of pigs as animal models in promoting human health. If you cannot find the kit you need among our diverse range of swine-related ELISA products, please feel free to contact us to explore solutions for swine-related biomarker detection together.