Testsealabs FSH Menopause Test (Urine)
Product Specification
| Principle | Chromatographic Immunoassay | Specimen | Urine |
| Reading Time | 5 minutes | QMS Certification | ISO 13485 and MDSAP |
| Storage Temperature | 4-30°C | Shelf life | 2 years |
| Format | Cassette | Specification | 25T/40T |
Intended Use
The FSH Menopause Test is a rapid lateral flow chromatographic immunoassay for the qualitative detection of follicle-stimulating hormone (FSH) level in urine.
Summary
Menopause & FSH Testing Overview
Menopause is the permanent cessation of menstruation but is usually not scientifically diagnosed until one full year after a woman’s menstrual periods have stopped.
The period leading up to menopause, and the 12 months following, is known as perimenopause. Many women experience symptoms during this time including hot flashes, irregular menstrual cycles, sleep disorders, vaginal dryness, hair loss, anxiety and mood swings, short-term memory loss and fatigue.
The onset of perimenopause is caused by changes in the levels of hormones in the female body that regulate the menstrual cycle. As the body produces less and less estrogen, it increases its production of FSH, which normally regulates the development of a female’s eggs.
Therefore, testing for FSH can help determine whether a woman is in the perimenopause stage. If a woman knows she is perimenopausal, she can take the appropriate steps to keep her body healthy and avoid the health risks associated with menopause, which include osteoporosis, increased blood pressure and cholesterol, and increased risk of heart disease.
FSH Menopause Test
The FSH Menopause Test is a rapid test that qualitatively detects the FSH level in urine specimen at the sensitivity of 25mIU/mL.
The test utilizes a combination of antibody including a monoclonal FSH antibody to selectively detect elevated levels of FSH.
At the level of claimed sensitivity, the FSH Menopause Test shows no cross-reactivity interference from the structurally related glycoprotein hormones HCG, LH and TSH at high physiological levels.

