Tuberculosis Susceptibility
Analyzes your DNA to find out how susceptible you might be to tuberculosis (TB).
- Reports on two genetic variants
- Doesn’t constitute a medical diagnosis
- Requires a digital copy of your DNA
Analyzes your DNA to find out how susceptible you might be to tuberculosis (TB).
Analyzes your DNA to find out whether you’re predisposed to high blood glucose levels.
Analyzes your DNA to find out whether you’re predisposed to high levels of triglycerides (TG).
Analyzes your DNA to find out how susceptible you might be to tuberculosis (TB).
Analyzes your DNA to reveal your risk of developing Premature Ovarian Failure (POF), a condition affecting about 1% of women, involving early menopause.
Analzses your DNA to find out whether you might be genetically predisposed to Alopecia Areata.
Analyzes your DNA to find out how much vitamin C your body requires.
Analyzes your DNA to find out how your body responds to exercise in terms of weight loss.
Analyzes your DNA to find out how susceptible you are to gaining weight from saturated fats.
Analyzes your DNA to find out how fast your metabolism is genetically predisposed to be.
Analyzes your DNA to find out how your genes might affect satiety after eating.
Analyzes your DNA to find out if you’re genetically predisposed to regain lost weight.
Analyzes your DNA to find out how your body responds to strength training.
Analyzes your DNA to find out how your genotype might make you susceptible to weight gain during pregnancy.
Analyzes your DNA to find out whether your genetics make you more or less susceptible to cigarette smoke.
Analyzes your DNA to find out whether you could be lactose intolerant.
Analyzes your DNA to find out whether your genetic makeup affects how much folate you need.
Analyzes your DNA to reveal whether you’re a morning or night person.
Analyzes your DNA to find out whether you’re predisposed to high blood glucose levels.
Analyzes your DNA to discover your genetic predisposition to a higher or lower Body Mass Index (BMI).
Analyzes your DNA to discover how your body responds to endurance training.
Analyzes your DNA to discover how exercise might affect your insulin sensitivity.
Analyzes your DNA to find out how susceptible you might be to pregnancy-induced hypertension.
Analyzes your DNA to find out how your genes might affect longevity.
Analyzes your DNA to find out how your genes might affect your aerobic capacity.
Analyzes your DNA to find out how your genes might affect your adiponectin level.
Analyzes your DNA to find out how your genotype might make you susceptible to Exercise-Induced Ischemia, which can cause leg pain after only a small amount of exercise.
Analyzes your DNA to find out whether you are better at strength or endurance training.
Analyzes your DNA to find out how your genes might make you susceptible to Achilles tendon injury.
Analyzes your DNA to find out how your genes might make you susceptible to osteoporosis.
Analyzes your DNA to find out your genetic predisposition to hypertension.
Analyzes your DNA to find out whether you’re predisposed to high levels of triglycerides (TG).
Analyzes your DNA to find out how quickly you metabolize caffeine.