Hormone
Markers
By measuring hormone concentrations, KSB hormone assays support the evaluation of endocrine function and assist in the clinical assessment of hormone-related disorders affecting metabolism, reproduction, growth, and overall physiological balance. Commonly tested hormone markers include follicle-stimulating hormone (FSH), luteinizing hormone (LH), estradiol (E2), progesterone, testosterone, prolactin (PRL), and other key endocrine biomarkers. Designed for reliable and efficient detection, KSB tests support clinicians in endocrine screening, fertility assessment, therapeutic monitoring, and the evaluation of overall hormonal and physiological status.
Hormone markers are biologically active substances that play essential roles in regulating physiological processes throughout the human body, including metabolism, growth, reproduction, stress response, and endocrine balance. These substances are produced by specialized endocrine glands and released into the bloodstream, where they act as chemical messengers that coordinate communication between organs and tissues. Abnormal hormone concentrations may reflect endocrine dysfunction, metabolic disorders, reproductive conditions, or other pathological changes affecting hormonal regulation and homeostasis.
The measurement of hormone markers is widely applied in clinical diagnostics to support the evaluation of endocrine function, reproductive health, thyroid disorders, fertility status, adrenal function, and hormone-related diseases. Variations in hormone levels may provide clinically relevant information regarding disease progression, therapeutic response, and physiological status. As a result, hormone testing plays an important role in routine health assessment, disease monitoring, treatment guidance, and long-term patient management across a broad range of medical specialties.
Hormone markers can be detected in various biological samples, including whole blood, serum, plasma, urine, and other body fluids, depending on the specific analyte and intended clinical application. Their detection is commonly achieved through immunological, biochemical, and analytical laboratory techniques designed to provide accurate and reproducible results. Among these methods, immunoassay-based technologies are particularly important due to their sensitivity, specificity, and compatibility with modern clinical workflows.
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Shenzhen Kang Sheng Bao
Biotechnology Co., Ltd.
Second Floor, Block 3, Anda
Electronic Industrial Park,
Fuhai, Bao’an District,
518103 Shenzhen,
Guangdong Province, PRC
+86 0755 27417763
info@ksbbiotech.com