Products

ScoliPro

Epigenetic analysis of Scoliosis

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ScoliGenetics

Epigenetic analysis of Scoliosis

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AgingMetrix

Epigenetic analysis of Aging biomarkers

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SCOLIOSIS

ScoliPro

  • Adolescent idiopathic scoliosis (AIS) is a multifactorial disease in which both the genetics and epigenetics contribute to the onset and progression of scoliosis.
  • Our innovative test analyzes epigenetic mechanisms related to the disease, allowing to addressed effectively AIS related problems, from prevention to planning effective treatments.
  • ScoliPro® is designed to detect microRNAs which can regulate key genes involved in bone metabolism. This test can detect the abnormal function of the genes that cause spinal deformity and scoliosis progression. In addition, ScoliPro® can provide results in a quick and easy manner.

SCOLIOSIS

ScoliGenetics

  • Adolescent idiopathic scoliosis (AIS) is a multifactorial disease in which both the genetics and epigenetics contribute to the onset and progression of scoliosis.
  • The ScoliGenetics genetic test analyzes various genetic polymorphisms associated with the genetic susceptibility to suffer from AIS, the genetic susceptibility linked to the progression of scoliosis, as well as the genetic predisposition to respond satisfactorily to conservative treatment based on the use of the braces.
  • This test is done from DNA extracted from saliva or a blood sample. From these samples, our laboratory will evaluate your DNA and, applying our algorithms, to give you information regarding the risk of developing the disease and if the deformation of the spine will progress to more severe curvatures.

ANTI-AGING

AgingMetrix

  • Aging is linked to changes in the perceptible properties of the skin, such as a reduction in the thickness of the epidermis and dermis, which causes the appearance of wrinkles, irregular pigmentation, dryness, roughness and loss of barrier function.
  • AgingMetrix® evaluates the levels of miRNAs associated to aging using smallRNA-sequencing and proprietary algorithms to predict the biological age of the skin. In addition, AgingMetrix® technology enables the identification of altered molecular pathways in skin cells by applying proprietary algorithms, which helps to design precise and personalized anti-aging strategies.