LC-MS/MS Hormone Analysis
LC-MS/MS (Liquid Chromatography–Tandem Mass Spectrometry) is an analytical laboratory methodology utilized for selected hormonal, steroidal, and biochemical evaluation workflows in reproductive medicine and laboratory diagnostics.
Liquid Chromatography combined with tandem mass spectrometry enables sensitive and selective analysis of multiple biochemical and hormonal parameters associated with reproductive endocrine assessment and fertility-related laboratory evaluation.
Hormonal and steroidal analysis workflows may assist evaluation of ovarian function, follicular development, reproductive endocrine status, and selected metabolic or reproductive conditions within individualized fertility assessment protocols.
Selected analytical workflows involving follicular fluid, reproductive metabolites, and biochemical markers may additionally contribute to reproductive laboratory research related to oocyte development, embryo assessment, and reproductive physiology.
Proteomic and biochemical analytical studies may further assist understanding of selected molecular and functional aspects of reproductive biology and laboratory-based reproductive assessment.
Laboratory workflows at Krishna IVF may include selected applications of immunoassay systems, molecular diagnostics, reproductive laboratory technologies, and LC-MS/MS based analytical methodologies within broader reproductive medicine and embryology protocols.
Analytical laboratory systems are utilized together with documentation workflows, quality-oriented laboratory practices, and reproductive laboratory evaluation protocols designed to support individualized reproductive medicine workflows.
Advanced analytical and hormonal evaluation workflows may assist selected reproductive assessment protocols involving ovarian reserve evaluation, endocrine assessment, follicular monitoring, and individualized reproductive treatment planning in reproductive medicine.
Research activities related to reproductive metabolomics, hormonal analysis, proteomics, and reproductive laboratory workflows from Krishna IVF have contributed to scientific and academic activities in reproductive medicine.