Application in Human Endocrinology

Pregnancy and Fertility Management. Managing hormonal infertility while preparing, during AI processes and during early pregnancy, to prevent overmedication, miscarriages, pre-term births.

Enhanced Reproductive Endocrinology. Additional insights, while managing PCOS, endometriosis, or breast cancer. Monitoring progesterone helps in early diagnostics, improving long-term reproductive health, and treatment safety.

Hormone Replacement Therapy (HRT) During Menopause. For women undergoing menopause, progesterone monitoring ensures that hormone replacement therapy (HRT) is balanced and effective. Correcting progesterone levels can help prevent the negative effects of unopposed estrogens.

Suspecting and Monitoring Treatment of Other Disorders. Oversee medication for hypothyroidism and endocrine tumors, and support management of osteoporosis, obesity, and other progesterone-related disorders, as diabetes, schizophrenia, alopecia.

Pharmaceutical and Treatment Development. Provides valuable data for developing new pharmaceuticals and treatment methods, addressing the diverse needs of females across different physiological stages and lifestyle.

Individualized Physiological Data. Hormonal changes are specific to each woman, considering age, lifestyle, other diseases, activities, cultural aspects.

Holistic Health Support. Managing lactation, alleviating symptoms of PMS and menopause, and addressing mental health conditions related to hormonal imbalances, contributing to overall well-being.

Applications in Veterinary Reproduction

Determining Optimal Breeding Time. Helps to pinpoint the ideal time for mating or artificial insemination.

Pregnancy Confirmation and Monitoring. Helps to optimize other diagnostic, treatment, and production procedures.

Predicting Labor. Allows specialists with better preparation and planning.

Identifying Reproductive Issues. Helps distinguish between real and false situations.

Suspecting Ovarian Cysts or Tumors. Helps in prevention, early diagnostics and treatment management.

Preserving Genetic Diversity. By accurately timing breeding efforts, progesterone monitoring helps preserve genetic diversity. This is crucial in populations with limited numbers, where every breeding opportunity is critical to avoiding extinction.

Monitoring Species with Cryptic or Complexed Reproductive Cycles. Some endangered mammal species, have cryptic or complexed reproductive cycles and are super sensitive to standart hormonal analysis.

Improving Understanding of Reproductive Biology. For many endangered species, especially those that are difficult to study, non-invasive continuous progesterone monitoring enables researchers to collect data for biological reproductive diversity research purposes.