The Kashi Bone Health DNA Test gives insight into how a patient absorbs the nutrients important for proper bone health. Assessing risk for osteoporosis and overall bone health can allow healthcare providers to make informed dietary and supplement choices. Strong bones are critical to good health, especially with advancing years. While healthy bones are influenced by environmental elements such as nutrition, genetics also play a major role. Osteoporosis, characterized by low bone mass, is a major problem in older adults.

Today, about 30 to 50 % of American women and 15 to 30 %of American men will experience an osteoporosis-related fracture sometime in their lifetime. Studies have demonstrated that bone mineral density in older adults is influenced by genes underlying bone accrual and bone loss; in fact, up to 85 %of the variation in peak bone mineral density can be explained by genetic factors. However, only recently have these specific genes, and their variants, been identified.  The Kashi Bone Health DNA Panel provides new insight and, when used in partnership with the Nutrition Panel which includes markers for vitamin D synthesis and absorption, the provider now has a deeper view of the treatment, exercise and lifestyle changes that will most likely result in strong, healthy bones.

Genetic Markers Included in the Bone Health Panel

Vitamin DTests three genes that function in the Vitamin D metabolism pathway involved in transportation of vitamin D to target organs, conversion of the inactive form of vitamin D to the active form, and bioavailability of the vitamin D precursor
WNT16Essential to proper protein signaling involved in the regulation of bone formation
Estrogen Receptor 1Crucial to the process of bone resorption

Ideal Candidates are Patients with the Following Symptoms or Conditions

  • Diagnosed with osteoporosis or osteopenia
  • Conditions that prevent proper vitamin D absorption
  • Individuals with compromised mobility
  • People in low sun exposure areas
  • Menopausal changes
  • History of a minimal-trauma fracture
  • Low blood calcium (hypocalcemia)
  • Low blood phosphate (hypophosphatemia)

Read Scientific References