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Beckman Coulter 33510 Access hLH Reagent, 100 Determinations

$178.10

Analyzer Series: Access Analyzer Series
Brand: Beckman Coulter
Manufacturer SKU: 33510
Package Size: 2 x 50 Tests
Test Type: Reproductive Endocrinology Assay
Test Name: Luteinizing Hormone
Analyzer Type: Hematology Analayzer
SKU: 33510 Category:

Description

Beckman Coulter 33510 Access hLH Reagent Specifications:

  • Brand: Access
  • Manufacturer: Beckman Coulter 33510
  • Country of Origin: United States
  • Application: Reagent, Rental
  • Number of Tests: 100
  • Tests Storage Requirements: Requires Refrigeration
  • Test Name: Luteinizing Hormone (LH Test)
  • Test Type: Reproductive Endocrinology Asya
Beckman Coulter 33510 Access hLH Reagent: INTENDED USE

The Access hLH reagents used within the assay is a paramagnetic particle, chemiluminescent immunoassay for the quantitative determination of luteinizing hormone (LH) levels in human serum and plasma using the Access Immunoassay Systems.

Beckman Coulter 33510 Access hLH Reagent: SUMMARY AND EXPLANATION

Human Luteinizing Hormone (hLH, Lutropin) is made up of two non-identical, non-covalently associated glycoprotein subunits, denoted alpha and beta. It has been reported that the 28,500 dalton molecular weight hLH contains two N-linked carbohydrate chains on the alpha subunit and one asparagine-linked oligosaccharide on the beta subunit.

Beckman Coulter 33510 Access hLH Reagent: alpha subunit structure

The alpha subunit is similar in structure for the glycoproteins hLH, hCG, hFSH, and hTSH. It is the differences in the beta subunit of these glycoproteins which contributes to immunological and physiological specificity.Concentrations of hLH and hFSH are commonly determined in investigations of menstrual cycle, fertility, and pubertal developmental abnormalities, such as premature ovarian failure, menopause, ovulatory disorders and pituitary failure. The ratio of hLH/hFSH has been used to assist in the diagnosis of polycystic ovary disease.

Low concentrations of hLH and hFSH may indicate pituitary failure while elevated concentrations of hLH and hFSH along with decreased concentrations of gonadal steroids may indicate gonadal failure (menopause, ovariectomy, premature ovarian syndrome, Turners Syndrome). Low concentrations of gonadotropin are usually observed in females taking oral steroid based contraceptives. In the male, elevated hLH and hFSH with low concentrations of gonadal steroids may indicate testicular failure or anorchia. In Klinefelter’s syndrome hLH may be elevated due to Sertoli cell failure.