359 Test Items

  • Diseases
  • Traits

Digestive SystemDigestive System (19 items)

Esophageal Cancer Genes linked to esophageal cancer will be analyzed to understand your genetic risk for this condition.
Stomach Cancer Genes linked to stomach cancer will be analyzed to understand your genetic risk for this condition.
Colorectal Cancer Genes linked to colorectal cancer will be analyzed to understand your genetic risk for this condition.
Liver Cancer Genes linked to liver cancer will be analyzed to understand your genetic risk for this condition.
Pancreatic Cancer Genes linked to pancreatic cancer will be analyzed to understand your genetic risk for this condition.
Nasopharyngeal Cancer Genes linked to nasopharyngeal cancer will be analyzed to understand your genetic risk for this condition.
Duodenal Ulcer Genes linked to duodenal ulcer will be analyzed to understand your genetic risk for this condition.
Barrett's Esophagus Genes linked to Barrett's Esophagus will be analyzed to understand your genetic risk for this condition.
Pancreatitis Genes linked to pancreatitis will be analyzed to understand your genetic risk for this condition.
Eosinophilic Esophagitis (pediatric) Genes linked to pediatric eosinophilic esophagitis will be analyzed to understand your genetic risk for this condition.
Nonalcoholic Fatty Liver Disease (aspartate aminotransferase) Genes linked to nonalcoholic fatty liver disease (aspartate aminotransferase) will be analyzed to understand your genetic risk for this condition.
Non-alcoholic Fatty Liver Disease (lobular) Genes linked to non-alcoholic fatty liver disease (lobular) will be analyzed to understand your genetic risk for this condition.
Chronic Hepatitis B Genes linked to chronic hepatitis B will be analyzed to understand your genetic risk for this condition.
Hepatic Fibrosis by Hepatitis C Virus Genes linked to hepatic fibrosis onset by hepatitis C virus will be analyzed to understand your genetic risk for this condition.
Chronic Hepatitis C Genes linked to chronic hepatitis C will be analyzed to understand your genetic risk for this condition.
Intrahepatic Cholestasis during Pregnancy Genes linked to intrahepatic cholestasis of pregnancy will be analyzed to understand your genetic risk for this condition.
Gallstone Genes linked to gallstone will be analyzed to understand your genetic risk for this condition.
Lactose Intolerance Genes linked to lactose intolerance onset or symptoms will be analyzed.
Infantile Hypertrophic Pyloric Stenosis Genes linked to infantile hypertrophic pyloric stenosis will be analyzed to understand your genetic risk for this condition.

Cardiovascular System・Circulatory System・Neurological SystemCardiovascular System・Circulatory System・Neurological System (30 items)

Major Cardiovascular Diseases Genes linked to major cardiovascular diseases onset or symptoms will be analyzed.
Heart Attack (Early Onset) Genes linked to early onset heart attack (less than 50 years old men and less than 60 years old women) will be analyzed to understand your genetic risk for this condition.
Heart Attack (General) Genes linked to heart attack (general) will be analyzed to understand your genetic risk for this condition.
Atrial Fibrillation Genes linked to atrial fibrillation will be analyzed to understand your genetic risk for this condition.
Abdominal Aortic Aneurysm Genes linked to abdominal aortic aneurysm will be analyzed to understand your genetic risk for this condition.
Vein Thrombosis Genes linked to vein thrombosis will be analyzed to understand your genetic risk for this condition.
Venous Thromboembolism Genes linked to venous thromboembolism will be analyzed to understand your genetic risk for this condition.
Coronary Heart Disease Genes linked to coronary heart disease will be analyzed to understand your genetic risk for this condition.
Dilated Cardiomyopathy Genes linked to dilated cardiomyopathy will be analyzed to understand your genetic risk for this condition.
Degree of Arteriosclerosis Genes linked to degree of arteriosclerosis will be analyzed.
Aortic Stiffness Genes linked to aortic stiffness will be analyzed.
Cardioplegia (Heart Failure) Genes linked to cardioplegia will be analyzed to understand your genetic risk for this condition.
Atrioventricular Conduction Velocity Genes linked to atrioventricular conduction velocity will be analyzed.
Peripheral Arterial Disease 1 Genes linked to peripheral arterial disease (1) will be analyzed to understand your genetic risk for this condition.
Peripheral Arterial Disease 2 Genes linked to peripheral arterial disease (2), reference to Japanese population, will be analyzed in order to analyze your genetic risk for this condition.
Limb Ischemia Genes linked to limb ischemia will be analyzed to understand your genetic risk for this condition.
Calcification of the Coronary Artery Genes linked to calcification of the coronary artery will be analyzed to understand your genetic risk for this condition.
Antineutrophil Cytoplasmic Antibody-associated Vasculitis Genes linked to antineutrophil cytoplasmic antibody-associated vasculitis will be analyzed to understand your genetic risk for this condition.
Sick Sinus Syndrome Genes linked to sick sinus syndrome will be analyzed to understand your genetic risk for this condition.
Hypertension Genes linked to hypertension will be analyzed to understand your genetic risk for this condition.
Stroke (Cardiogenic Stroke) Genes linked to cardiogenic stroke will be analyzed to understand your genetic risk for this condition.
Cerebral Aneurysm Genes linked to cerebral aneurysm will be analyzed to understand your genetic risk for this condition.
Cerebral Stroke Genes linked to cerebral stroke will be analyzed to understand your genetic risk for this condition.
Cerebrovascular Stenosis Genes linked to cerebrovascular stenosis will be analyzed to understand your genetic risk for this condition.
Glioma Genes linked to glioma will be analyzed to understand your genetic risk for this condition.
Association Between Fat Intake and Myocardial Infarction Genes linked to fat intake related myocardial infarction will be analyzed.
Hypertension and Short Sleep Duration Genes linked to short sleep duration related hypertension will be analyzed.
Migraine Genes linked to migraine will be analyzed to understand your genetic risk for this condition.
Migraine Without Aura Genes linked to migraine without aura will be analyzed to understand your genetic risk for this condition.
Kawasaki Disease Genes linked to Kawasaki Disease will be analyzed to understand your genetic risk for this condition.

Respiratory SystemRespiratory System (13 items)

Lung Cancer (Squamous Cell Carcinoma) Genes linked to lung cancer (squamous cell carcinoma) will be analyzed to understand your genetic risk for this condition.
Lung Cancer (Lung Adenocarcinoma) Genes linked to lung cancer (lung adenocarcinoma) will be analyzed to understand your genetic risk for this condition.
Lung Cancer (Non-Small Cell Lung Cancer) Genes linked to lung cancer (non-small cell lung cancer) will be analyzed to understand your genetic risk for this condition.
Emphysema Genes linked to emphysema will be analyzed to understand your genetic risk for this condition.
Chronic Obstructive Pulmonary Disease Genes linked to chronic obstructive pulmonary disease will be analyzed to understand your genetic risk for this condition.
Characteristics Related to Emphysema Genes linked to the onset of some characteristics related to emphysema will be analyzed to understand your genetic risk for this condition.
Airflow Obstruction Genes linked to airflow obstruction will be analyzed to understand your genetic risk for this condition.
Decline in Lung Function Genes linked to decline in lung function will be analyzed.
Idiopathic Pulmonary Fibrosis Genes linked to idiopathic pulmonary fibrosis will be analyzed to understand your genetic risk for this condition.
Asthma Genes linked to asthma will be analyzed to understand your genetic risk for this condition.
Asthma (Child-onset) Genes linked to childhood asthma will be analyzed to understand your genetic risk for this condition.
Asthma (YK-L-40 Levels) Genes linked to asthma onset related YK-L-40 levels will be analyzed.
Tuberculosis Genes linked to resistance to tuberculosis will be analyzed to understand your genetic risk for this condition.

Reproductive System・Urinary SystemReproductive System・Urinary System (25 items)

Prostate Cancer Genes linked to prostate cancer will be analyzed to understand your genetic risk for this condition.
Testicular Cancer Genes linked to testicular cancer will be analyzed to understand your genetic risk for this condition.
Uterine Corpus Cancer (Endometrial Cancer) Genes linked to uterine corpus cancer (endometrial cancer) will be analyzed to understand your genetic risk for this condition.
Ovarian Cancer Genes linked to ovarian cancer will be analyzed to understand your genetic risk for this condition.
Uterine Fibroids Genes linked to uterine fibroids will be analyzed to understand your genetic risk for this condition.
Bladder Cancer Genes linked to bladder cancer will be analyzed to understand your genetic risk for this condition.
Breast Cancer (Sporadic) Genes linked to sporadic breast cancer will be analyzed to understand your genetic risk for this condition.
Endometriosis Genes linked to endometriosis will be analyzed to understand your genetic risk for this condition.
Polycystic Ovary Syndrome Genes linked to polycystic ovary syndrome will be analyzed to understand your genetic risk for this condition.
Ovarian Follicular Reserve (FSH) Genes linked to ovarian follicular reserve (FSH), an indicator of ovarian reserve, will be analyzed.
Ovarian Follicular Reserve (AMH) Genes linked to ovarian follicular reserve (AMH), an indicator of ovarian reserve, will be analyzed.
Non-Obstructive Azoospermia Genes linked to non obstructive azoospermia will be analyzed to understand your genetic risk for this condition.
Erectile Dysfunction Genes linked to erectile dysfunction will be analyzed to understand your genetic risk for this condition.
Male Infertility Genes linked to male infertility will be analyzed to understand your genetic risk for this condition.
Hypospadias Genes linked to hypospadias will be analyzed to understand your genetic risk for this condition.
Wilms’ Tumor Genes linked to Wilms’ Tumor will be analyzed to understand your genetic risk for this condition.
Renal Cell Cancer Genes linked to renal cell cancer will be analyzed to understand your genetic risk for this condition.
Kidney Diseases Genes linked to kidney diseases will be analyzed to understand your genetic risk for this condition.
Renal Calculus Genes linked to renal calculus will be analyzed to understand your genetic risk for this condition.
Kidney Stones Genes linked to kidney stones will be analyzed to understand your genetic risk for this condition.
Focal Glomerulosclerosis Genes linked to focal glomerulosclerosis will be analyzed to understand your genetic risk for this condition.
Nephrotic Syndrome Genes linked to nephrotic syndrome will be analyzed to understand your genetic risk for this condition.
Idiopathic Membranous Nephropathy Genes linked to idiopathic membranous nephropathy will be analyzed to understand your genetic risk for this condition.
Type 1 Diabetic Nephropathy Genes linked to type 1 diabetic nephropathy will be analyzed to understand your genetic risk for this condition.
Type 2 Diabetic Nephropathy Genes linked to type 2 diabetic nephropathy will be analyzed to understand your genetic risk for this condition.

Endocrine Glands・Blood・MetabolismEndocrine Glands・Blood・Metabolism (21 items)

Type 2 diabetes Genes linked to type 2 diabetes will be analyzed to understand your genetic risk for this condition.
Thyroid Cancer Genes linked to thyroid cancer will be analyzed to understand your genetic risk for this condition.
Chronic Myelogenous Leukemia Genes linked to chronic myelogenous leukemia will be analyzed to understand your genetic risk for this condition.
Chronic Lymphocytic Leukemia Genes linked to chronic lymphocytic leukemia will be analyzed to understand your genetic risk for this condition.
Hodgkin’s Lymphoma Genes linked to Hodgkin’s Lymphoma will be analyzed to understand your genetic risk for this condition.
Hodgkin's Lymphoma (Nodular Sclerosis Type) Genes linked to Hodgkin's Lymphoma (nodular sclerosis type) will be analyzed to understand your genetic risk for this condition.
B-Cell Non-Hodgkin’s Lymphoma Genes linked to B-cell non-Hodgkin’s Lymphoma will be analyzed to understand your genetic risk for this condition.
Follicular Lymphoma Genes linked to follicular lymphoma will be analyzed to understand your genetic risk for this condition.
Multiple Myeloma Genes linked to multiple myeloma will be analyzed to understand your genetic risk for this condition.
Graves' Disease Genes linked to Graves' Disease will be analyzed to understand your genetic risk for this condition.
Celiac Disease Genes linked to celiac disease will be analyzed to understand your genetic risk for this condition.
Thalassemia Genes linked to thalassemia will be analyzed to understand your genetic risk for this condition.
Hashimoto's Thyroiditis Genes linked to Hashimoto's Thyroiditis will be analyzed to understand your genetic risk for this condition.
Hypertriglyceridemia (Dyslipidemia) Genes linked to hypertriglyceridemia (dyslipidemia) will be analyzed to understand your genetic risk for this condition.
Insulin Resistance Genes linked to insulin resistance will be analyzed.
Hypothyroidism Genes linked to hypothyroidism will be analyzed to understand your genetic risk for this condition.
Periodic Paralysis (Thyrotoxic Hypokalaemic) Genes linked to thyrotoxic hypokalaemic periodic paralysis onset and symptoms will be analyzed.
IgA Deficiency Genes linked to IgA deficiency will be analyzed to understand your genetic risk for this condition.
Lead Poisoning Genes linked to lead poisoning onset or symptoms will be analyzed.
Gestational Diabetes Genes linked to gestational diabetes will be analyzed to understand your genetic risk for this condition.
Myelodysplastic Syndrome (Myeloproliferative Disorder) Genes linked to myelodysplastic syndrome will be analyzed to understand your genetic risk for this condition.

Bone・Joint (Articulation)Bone・Joint (Articulation) (13 items)

Gout Genes linked to gout will be analyzed to understand your genetic risk for this condition.
Osteoarthritis Genes linked to osteoarthritis will be analyzed to understand your genetic risk for this condition.
Knee Osteoarthritis Genes linked to knee osteoarthritis will be analyzed to understand your genetic risk for this condition.
Psoriatic Arthritis Genes linked to psoriatic arthritis will be analyzed to understand your genetic risk for this condition.
Juvenile Idiopathic Arthritis Genes linked to juvenile idiopathic arthritis will be analyzed to understand your genetic risk for this condition.
Ankylosing Spondylitis Genes linked to ankylosing spondylitis will be analyzed to understand your genetic risk for this condition.
Rheumatism Genes linked to rheumatism will be analyzed to understand your genetic risk for this condition.
Celiac Disease and Rheumatoid Arthritis Genes linked to celiac disease and rheumatoid arthritis will be analyzed to understand your genetic risk for this condition.
Ewing Sarcoma Genes linked to Ewing Sarcoma will be analyzed to understand your genetic risk for this condition.
Back Pain Genes linked to back pain will be analyzed to understand your genetic risk for this condition.
Osteoporosis Genes linked to osteoporosis will be analyzed to understand your genetic risk for this condition.
Obesity and Osteoporosis Genes linked to obesity and osteoporosis will be analyzed to understand your genetic risk for this condition.
Dupuytren's Disease Genes linked to Dupuytren's Disease will be analyzed to understand your genetic risk for this condition.

SkinSkin (9 items)

Basal Cell Carcinoma Genes linked to basal cell carcinoma will be analyzed to understand your genetic risk for this condition.
Melanoma Genes linked to melanoma will be analyzed to understand your genetic risk for this condition.
Paget's Disease Genes linked to Paget's Disease will be analyzed to understand your genetic risk for this condition.
Atopic Dermatitis Genes linked to atopic dermatitis will be analyzed to understand your genetic risk for this condition.
Keloid Genes linked to keloid will be analyzed to understand your genetic risk for this condition.
Hansen's Disease Genes linked to Hansen's Disease will be analyzed to understand your genetic risk for this condition.
Vitiligo Vulgaris Genes linked to vitiligo vulgaris will be analyzed to understand your genetic risk for this condition.
Psoriasis Genes linked to psoriasis will be analyzed to understand your genetic risk for this condition.
Cutaneous Nevus Genes linked to cutaneous nevus onset or symptoms will be analyzed.

Eye・Ear・NoseEye・Ear・Nose (12 items)

Pathological Myopia Genes linked to pathological myopia will be analyzed to understand your genetic risk for this condition.
Glaucoma Genes linked to glaucoma will be analyzed to understand your genetic risk for this condition.
Exfoliation Glaucoma Genes linked to exfoliation glaucoma will be analyzed to understand your genetic risk for this condition.
Type 2 Diabetic Cataract Genes linked to type 2 diabetic cataract will be analyzed to understand your genetic risk for this condition.
Age-Related Macular Degeneration Genes linked to age-related macular degeneration will be analyzed to understand your genetic risk for this condition.
Corneal Astigmatism Genes linked to corneal astigmatism will be analyzed to understand your genetic risk for this condition.
Diabetic Retinopathy Genes linked to diabetic retinopathy will be analyzed to understand your genetic risk for this condition.
Retinal Vascular Diameter Genes linked to retinal vascular diameter will be analyzed.
Optic Neuromyelitis Genes linked to optic neuromyelitis will be analyzed to understand your genetic risk for this condition.
Ametropia (Refractive Error) Genes linked to ametropia (refractive error) will be analyzed to understand your genetic risk for this condition.
Otosclerosis Genes linked to otosclerosis will be analyzed to understand your genetic risk for this condition.
Hay Fever Genes linked to hay fever will be analyzed to understand your genetic risk for this condition.

OthersOthers (6 items)

Nicotine Dependence Genes linked to nicotine dependence will be analyzed to understand your genetic risk for this condition.
Periodontitis Genes linked to periodontitis will be analyzed to understand your genetic risk for this condition.
Alopecia Areata Genes linked to alopecia areata will be analyzed to understand your genetic risk for this condition.
Alcohol Dependence Genes linked to alcohol dependence will be analyzed to understand your genetic risk for this condition.
Co-dependence of Alcohol and Nicotine Genes linked to co-dependence of alcohol and nicotine will be analyzed to understand your genetic risk for this condition.
Chronic Fatigue Syndrome Genes linked to chronic fatigue syndrome will be analyzed to understand your genetic risk for this condition.

Blood・Metabolism Blood・Metabolism (76 items)

Number of Monocytes in Blood Genes linked to number of monocytes in blood will be analyzed. Your genetic predisposition of blood white cell number can be understood.
Eosinophil Count Genes linked to eosinophil count, which controls allergic reactions, will be analyzed. Your genetic predisposition of eosinophil count can be understood.
Hemoglobin Levels in Blood Genes linked to hemoglobin levels in blood will be analyzed. Hemoglobin is present in red blood cells and are responsible for transporting oxygen from the lung to the whole body. Your genetic predisposition of hemoglobin levels can be understood.
Size of Red Blood Cells Genes linked to size of red blood cells will be analyzed. This trait is an index for anemia. Your genetic predisposition of size of red blood cells can be understood.
Platelet Count Genes linked to platelet count will be analyzed. The platelet cells are responsible for repair of damaged blood vessels. Your genetic predisposition of platelet count can be understood.
Hemostatic Ability (Platelet Aggregation and Adenosine Diphosphate [ADP]) Genes linked to hemostatic ability (adenosine diphosphate related) will be analyzed. Your tendency to stop bleeding can be understood.
Hemostatic Ability (Platelet Aggregation and Epinephrine) Genes linked to hemostatic ability (epinephrine related) will be analyzed. Your tendency to stop bleeding can be understood.
Hemostatic Ability (Platelet Aggregation and Collagen) Genes linked to hemostatic ability (collagen related) will be analyzed. Your tendency to stop bleeding can be understood.
Fibrinogen Levels Genes linked to fibrinogen levels will be analyzed. Fibrinogen in a blood coagulant. Your genetic predisposition of fibrinogen levels can be understood.
Total Protein Levels in Blood Genes linked to total protein levels in blood will be analyzed. Your genetic predisposition of total protein levels can be understood.
Albumin Levels in Blood Genes linked to albumin levels in blood will be analyzed. Albumin is an important protein present in blood. Your genetic predisposition of albumin levels can be understood.
Urinary Albumin Levels Genes linked to urinary albumin levels will be analyzed. The albumin levels in urine increase due to renal diseases. Your genetic predisposition of urinary albumin levels can be understood.
Uric Acid Levels in Blood Genes linked to uric acid levels in blood, which is the cause of gout, will be analyzed. Your genetic predisposition of uric acid levels can be understood.
Urate Levels in Blood Genes linked to urate levels in blood, which is associated with gout, will be analyzed. Your genetic predisposition of urate levels can be understood.
Homocysteine Levels in Blood Genes linked to homocysteine levels in blood, which is associated with arteriosclerotic disease, will be analyzed. Your genetic predisposition of homocysteine levels can be understood.
E-selectin Levels in Blood Genes linked to E-selectin levels in blood will be analyzed. E-selectin is a protein associated with inflammatory diseases conditions. Your genetic predisposition of E-selectin levels can be understood.
VEGF Levels in Blood Genes linked to VEGF levels in blood will be analyzed. VEGF is a protein associated with blood and lympha vessels formation. Your genetic predisposition of VEGF levels can be understood.
Adiponectin Levels in Blood Genes linked to adiponectin levels in blood will be analyzed. Adiponectin is a hormone associated with metabolism of sugar and fatty acid, and helps insulin activity. Your genetic predisposition of adiponectin levels can be understood.
D-dimer Levels in Blood Genes linked to D-dimer levels in blood, which is a metabolic compound of fibrinogen and used as index of thrombosis, will be analyzed. Your genetic predisposition of D dimer levels can be understood.
Carnitine Levels in Blood Genes linked to carnitine levels in blood, which promotes fatty acid metabolism, will be analyzed. Your genetic predisposition of carnitine levels can be understood.
Insulin Levels in Blood Genes linked to insulin levels in blood, which is a peptide hormone and controls blood glucose levels, will be analyzed. Your genetic predisposition of insulin levels can be understood.
Insulin-like Growth Factor Levels in Blood Genes linked to insulin-like growth factor levels in blood will be analyzed. IGF-I is a hormone associated with bone formation and heart diseases. Your genetic predisposition of insulin-like growth factor levels can be understood.
Bilirubin Levels in Blood Genes linked to bilirubin levels in blood, which is an indicator of jaundice, will be analyzed. Your genetic predisposition of bilirubin levels can be understood.
Fischer's Ratio Genes linked to Fischer's ratio, which is an indicator of liver function, will be analyzed. Your genetic predisposition of Fischer's ratio can be understood.
Serine Levels in Blood Genes linked to serine levels in blood, which is an amino acid essential for protein synthesis, will be analyzed. Your genetic predisposition of serine levels can be understood.
Citric Acid Levels in Blood Genes linked to citric acid levels in blood will be analyzed. Citrate is highly present in citric fruits, and your genetic predisposition to metabolize citrate can be understood.
Metabolism of Caffeine and Quinic Acid Genes linked to metabolism of caffeine and quinic acid will be analyzed. Your genetic predisposition to metabolize quinic acid, which is an ingredient of influenza vaccine and is highly present in cranberry, can be understood.
Transferrin Saturation Genes linked to transferrin saturation will be analyzed. Transferin is a protein that binds to iron ions in the blood and transport them through the body. Your genetic predisposition to transferrin saturation, can be understood.
Isobutyl-Carnitine Levels in Blood Genes linked to isobutyl-carnitine levels in blood, which is an indicator of muscle strength, will be analyzed. Your genetic predisposition of isobutyl-carnitine levels in blood can be understood.
ALT Levels in Blood Genes linked to ALT levels in blood, which is an indicator of liver function, will be analyzed. Your genetic predisposition of ALT levels in blood can be understood.
ALP Levels in Blood Genes linked to ALP levels in blood, which is an indicator of liver function, will be analyzed. Your genetic predisposition of ALP levels in blood can be understood.
γ-GTP Levels in Blood Genes linked to γ-GTP levels in blood, which is an indicator of liver function, will be analyzed. Your genetic predisposition of γ-GTP levels in blood can be understood.
Blood Levels of Urea Nitrogen Genes linked to blood levels of urea nitrogen which is an indicator of renal function, will be analyzed. Your genetic predisposition of blood levels of urea nitrogen can be understood.
Glomerular Filtration Rate (GFR) Genes linked to glomerular filtration rate (GFR), which is an indicator of renal function, will be analyzed. Your genetic predisposition of GFR can be understood.
Blood Levels of Thyroid Hormone Genes linked to blood levels of thyroid hormone, which accelerates body metabolism, will be analyzed. Your genetic predisposition of blood levels of thyroid hormone can be understood.
Blood Levels of Thyroid-Stimulating Hormone Genes linked to blood levels of thyroid-stimulating hormone, which controls the secretion of thyroid hormones, will be analyzed. Your genetic predisposition of blood levels of thyroid-stimulating hormone can be understood.
Sex Hormone Binding Globulin Levels in Blood Genes linked to sex hormone binding globulin levels in blood will be analyzed. Your genetic predisposition of sex hormone binding globulin levels in blood can be understood.
Digit Length Ratio Genes linked to digit length ratio will be analyzed. Your genetic predisposition of digit length ratio can be understood.
Female Hormone (Estradiol) Levels Genes linked to female hormone (estradiol) levels will be analyzed. Your genetic predisposition of estradiol levels can be understood.
Male Hormone (Testosterone) Levels Genes linked to male hormone (testosterone) levels will be analyzed. Your genetic predisposition of testosterone levels can be understood.
Male Sex Hormone (Dihydrotestosterone) Levels Genes linked to male sex hormone (dihydrotestosterone) levels will be analyzed. Your genetic predisposition of dihydrotestosterone levels can be understood.
Tau Protein Levels in Cerebrospinal Fluid Genes linked to Tau protein levels in cerebrospinal fluid, which is an indicator of brain damages, will be analyzed. Your genetic predisposition of Tau protein levels in cerebrospinal fluid can be understood.
Choline Phosphate Levels in Blood Genes linked to choline phosphate levels in blood, a metabolite of lysophospholipid and which has a role in importing extracellular information, will be analyzed. Your genetic predisposition of choline phosphate levels in blood can be understood.
PSA Levels in Blood Genes linked to PSA levels in blood, which is the major marker for prostatic cancer, will be analyzed. Your genetic predisposition of PSA levels in blood can be understood.
Levels of 1-Methylxanthine and 4-Aminobutanoic Acid in Blood Genes linked to levels of 1-methylxanthine and 4-aminobutanoic acid in blood, which have the potential to be markers for bladder cancer and hyperlipidaemia, will be analyzed. Your genetic predisposition can be understood.
MMP1 Levels in Blood Genes linked to MMP1 levels in blood, which is a marker of rheumatoid arthritis, will be analyzed. Your genetic predisposition of MMP1 levels in blood can be understood.
5-Oxoproline Levels in Blood Genes linked to 5-oxoproline levels in blood, which is necessary for thyrotropin-releasing hormone synthesis, will be analyzed. Your genetic predisposition of 5-oxoproline levels in blood can be understood.
IgG Levels in Blood Genes linked to IgG levels in blood, which is a marker of immunological reactions, will be analyzed. Your genetic predisposition of IgG levels in blood can be understood.
α-hydroxyisovaleric Acid Levels in Blood Genes linked toα-hydroxyisovaleric acid levels in blood, which is a metabolite of the amino-acid leucine, will be analyzed. Your genetic predisposition of α-hydroxyisovaleric acid levels in blood can be understood.
IgE Levels in Blood Genes linked to IgE levels in blood, which is a marker of inflammations and allergic reactions, will be analyzed. Your genetic predisposition of IgE levels in blood can be understood.
N-acetylornithine Levels in Blood Genes linked to N-acetylornithine levels in blood, which has a potential to be used for liver functions, will be analyzed. Your genetic predisposition of N-acetylornithine levels in blood can be understood.
Blood Levels of Brain Natriuretic Peptide Genes linked to blood levels of brain natriuretic peptide, which is a an indicator of heart health, will be analyzed. Your genetic predisposition of blood levels of brain natriuretic peptide can be understood.
Aspartame Metabolism Genes linked to aspartame metabolism, an artificial sweetener, will be analyzed. Your genetic predisposition of metabolize aspartame can be understood.
Level of Male Hormones (Androsterone Sulfate) in Blood Genes linked to levels of male hormones (androsterone sulfate) in blood will be analyzed. Your genetic predisposition of metabolize androsterone sulfate can be understood.
Levels of Male Hormones (Androsterone Sulfate, Epiandrosterone Sulfate) in Blood Genes linked to levels of male hormones (androsterone sulfate, epiandrosterone sulfate) in blood will be analyzed. Your genetic predisposition of metabolize androsterone sulfate and epiandrosterone sulfate can be understood.
Levels of Isovalerylcarnitine and DL-4-Hydroxy-Phenyllactic in Blood Genes linked to levels of isovalerylcarnitine and DL-4-hydroxy-phenyllactic in blood will be analyzed. Isovalerylcarnitine and DL-4-hydroxy-phenyllactic are neurotoxic and accumulates when the amino acid leucine synthesis is inhibited. Your genetic predisposition of the levels of isovalerylcarnitine and DL-4-hydroxy-phenyllactic in blood can be understood.
Isobutyl-Carnitine Levels in Blood Genes linked to isobutyl-carnitine levels in blood, which is an indicator of muscle strength, will be analyzed. Your genetic predisposition of isobutyl-carnitine levels in blood can be understood.
Inosine Levels in Blood Genes linked to inosine levels in blood, which is related to recycling of purines, will be analyzed. Your genetic predisposition of inosine levels in blood can be understood.
Levels of Eicosenoic Acid and Tetradecanedioic Acid in Blood Genes linked to levels of eicosenoic acid and tetradecanedioic acid in blood, which are metabolites related to muscle strength, will be analyzed. Your genetic predisposition of eicosenoic acid and tetradecanedioic acid levels in blood can be understood.
Glutamine Levels in Blood Genes linked to glutamine levels in blood will be analyzed. Glutamine is a major compound for nitrogen transport through the body. Your genetic predisposition of glutamine levels in blood can be understood.
Glycine Levels in Blood Genes linked to glycine levels in blood, which is an amino acid essential for protein synthesis, will be analyzed. Your genetic predisposition of glycine levels in blood can be understood.
Bradykinin Levels in Blood Genes linked to bradykinin levels in blood, which inhibits blood clots and arteriosclerosis, will be analyzed. Your genetic predisposition of bradykinin levels in blood can be understood.
Betaine Levels in Blood Genes linked to betaine levels in blood, which has a protective function against diabetes, arteriosclerosis and renal disorders, will be analyzed. Your genetic predisposition of betaine levels in blood can be understood.
Decanoylcarnitine Levels in Blood Genes linked to decanoylcarnitine levels in blood, which is a fatty acid, will be analyzed. Your genetic predisposition of decanoylcarnitine levels in blood can be understood.
Proline Levels in Blood Genes linked to proline levels in blood, a major component of collagen, will be analyzed. Your genetic predisposition of proline levels in blood can be understood.
Oleic Acid in Blood Genes linked to oleic acid in blood, the major fat acid of olive oil, will be analyzed. Your genetic predisposition of oleic acid in blood can be understood.
Levels of Myristic Acid and Myristoleic Acid in Blood Genes linked to levels of myristic acid and myristoleic acid in blood, which are saturated fatty acids, and expected to be used in prostatic cancer treatment, will be analyzed. Your genetic predisposition to metabolize myristic acid and myristoleic acid can be understood.
Propionylcarnitine Levels in Blood Genes linked to propionylcarnitine levels in blood, which is an indicator of fatty acid metabolism disorders, will be analyzed. Your genetic predisposition of propionylcarnitine levels in blood can be understood.
Valine Levels in Blood Genes linked to valine levels in blood, which is an amino acid essential for protein synthesis, will be analyzed. Your genetic predisposition of valine levels in blood can be understood.
Oleoylcarnitine Levels in Blood Genes linked to oleoylcarnitine levels in blood, which is related to fatty acid metabolism, will be analyzed. Your genetic predisposition of oleoylcarnitine levels in blood can be understood.
Tyrosine Levels in Blood Genes linked to tyrosine levels in blood, which is an amino acid essential for protein and neuropeptide synthesis, will be analyzed. Your genetic predisposition of tyrosine levels in blood can be understood.
Chondrilasterol Levels in Blood Genes linked to chondrilasterol levels in blood, which is an indicator of cell membrane permeability, will be analyzed. Your genetic predisposition of chondrilasterol levels in blood can be understood.
Histidine Levels in Blood Genes linked to histidine levels in blood, which is an amino acid essential for protein synthesis and has anti-oxidant and anti-allergic functions, will be analyzed. Your genetic predisposition of histidine levels in blood can be understood.
Phenylalanine Levels in Blood Genes linked to phenylalanine levels in blood, which is an amino acid essential for protein and catecholamine (a neuropeptide) synthesis, will be analyzed. Your genetic predisposition of phenylalanine levels in blood can be understood.
Galectin Levels in Blood Genes linked to galectin levels in blood, which has gained attention as a potential biomarker for cancer and heart diseased, will be analyzed. Your genetic predisposition of galectin levels in blood can be understood.
Anemia Tendency Your genetic predisposition of low blood iron levels can be understood.

Body Structure・GrowthBody Structure・Growth (32 items)

Body Weight Genes linked to body weight will be analyzed.
Body Fat Percentage By analyzing genes linked to body fat percentage, your genetic tendency to accumulate fatty acid can be understood.
Waist Size Genes linked to waist size will be analyzed.
Waist-Hip Ratio Genes linked to waist-hip ratio will be analyzed.
Breast Size Genes linked to breast size will be analyzed.
Height (Related to Trunk Length) By analyzing genes linked to height (related to trunk length), the genetic trunk length tendency can be understood.
Height (Related to Hip Axis Length) By analyzing genes linked to height (related to hip axis length), the genetic hip axis length (lower body) tendency can be understood.
Bone Density Genes linked to whole body bone density will be analyzed.
Bone Density (Waist) Genes linked to hip bones density will be analyzed.
Intracranial Volume Genes linked to intracranial volume will be analyzed.
Brain Structure Genes linked to the predisposition of atrophy of a part of the brain will be analyzed.
Brain Volume (Normalized) Genes linked to brain volume (normalized) will be analyzed.
Hippocampal Volume Genes linked to hippocampal volume will be analyzed.
Thickness of the Femoral Neck Genes linked to thickness of the femoral neck will be analyzed.
Femoral Neck Section Modulus Genes linked to femoral neck section modulus will be analyzed.
Angle of the Femoral Head and the Femoral Shaft Genes linked to angle of the femoral head and the femoral shaft will be analyzed.
Hip Geometry (Femur Size) Genes linked to hip geometry (femur size) will be analyzed.
Hip Geometry (Femur Sectional Area) Genes linked to hip geometry (femur sectional area), and indicator of femur bone robustness, will be analyzed.
Spine Bone Size Genes linked to spine bone size will be analyzed.
Renal Sinus Fat Genes linked to the tendency of accumulating fat in renal sinus will be analyzed.
Thyroid Volume Genes linked to thyroid volume will be analyzed.
Size of Cortical Bone Genes linked to cortical thickness will be analyzed.
Entorhinal Cortex Thickness Genes linked to entorhinal cortex thickness, which is associated with memory, will be analyzed.
Age of Permanent Tooth Development Genes linked to age of permanent tooth development will be analyzed.
Age of First Tooth Development Genes linked to first tooth development will be analyzed.
Timing of Menarche (First Menstrual Period, Female Only) Genes linked to timing of menarche (first menstrual period) will be analyzed.
Age of Menopause (Female Only) Genes linked to age of menopause will be analyzed.
Growth of Fast-twitch Muscle/Slow-twitch Muscle Genes linked to muscle fibers will be analyzed. Your genetic tendency to have slow-twitch muscles (for endurance) or fast-twitch muscles (for explosive moves) will be analyzed.
Teeth Grinding The predisposition to teeth grinding will be analyzed.
Intervertebral Disc Degeneration Genes linked to risk of intervertebral disc degeneration will be analyzed.
Size of the Aortic Root Genes linked to size of the aortic root will be analyzed.
Carotid Artery Wall Thickness Genes linked to carotid artery wall thickness will be analyzed.

NutrientsNutrients (12 items)

Vitamin A Levels in Blood Genes linked to vitamin A levels in blood will be analyzed. Your genetic tendency of vitamin A levels can be understood.
Vitamin B6 Levels in Blood Genes linked to vitamin B6 levels in blood will be analyzed. Your genetic tendency of vitamin B6 levels can be understood.
Vitamin B12 Levels in Blood Genes linked to vitamin B12 levels in blood will be analyzed. Your genetic tendency of vitamin B12 levels can be understood.
Fat-soluble Vitamin D Levels in Blood Genes linked to fat-soluble vitamin D levels in blood will be analyzed. Your genetic tendency of fat-soluble vitamin D levels can be understood.
Vitamin E Levels in Blood Genes linked to vitamin E levels in blood will be analyzed. Your genetic tendency of vitamin E levels can be understood.
Iron Levels in Blood Genes linked to iron levels in blood will be analyzed. Your genetic tendency of iron levels can be understood.
Calcium Ion Levels in Blood Genes linked to calcium ion levels in blood will be analyzed. Your genetic tendency of calcium ion levels can be understood.
Magnesium Ion Levels in Blood Genes linked to magnesium ion levels in blood will be analyzed. Your genetic tendency of magnesium ion levels can be understood.
Phosphate Levels in Blood Genes linked to phosphate levels in blood will be analyzed. Your genetic tendency of phosphate levels can be understood.
β-carotene Levels in Blood Genes linked to β-carotene levels in blood will be analyzed. Your genetic tendency of β-carotene levels can be understood.
Blood Levels of α-linolenic Acid Genes linked to blood levels of α-linolenic acid will be analyzed. Your genetic tendency of α-linolenic acid levels can be understood.
Levels of DHA and EPA in Blood Genes linked to levels of DHA and EPA in blood will be analyzed. Your genetic tendency of DHA and EPA levels can be understood.

Dietary behaviorDietary behavior (12 items)

Bitter Taste Perception Genes linked to bitter taste perception will be analyzed. Your genetic tendency to percept bitter taste can be understood.
Preference for Sweets Genes linked to elevation of blood sugar concentrations, induced by adrenaline perception, will be analyzed. Your genetic tendency to intake sweet food can be understood.
Tendency of Carbohydrate Intake Your genetic tendency for carbohydrate intake can be understood.
Tendency of Protein Intake Your genetic tendency to proteins intake can be understood.
Caffeine Consumption Your genetic tendency to caffeine intake can be understood.
Caffeine Metabolism Genes linked to the influence of caffeine in your body will be analyzed.
Caffeine Hypersensitivity Your body's genetic tendency to have hypersensitivity to caffeine can be understood.
Bulimia Polymorphisms frequently seem in people with bulimia will be analyzed. Your genetic risk of developing bulimia can be understood.
Eating Behavior By analyzing bitter taste receptor genes, your genetic eating behavior predisposition can be understood.
Alcohol Consumption Genes linked to alcohol consumption will be analyzed.
Alcohol Flush Reaction Consumed alcohol is metabolized to acetaldehyde, which is the toxic substance that causes red flush and hangover. By analyzing genes linked to acetaldehyde metabolism, genetic predisposition to develop alcohol flush can be understood.
Salt Sensitivity Genes linked to increase of blood pressure due to high salt consumption will be analyzed.

Skin・HairSkin・Hair (8 items)

Skin Types (Wrinkles, Spots, Antioxidant Capacity) Genes linked to wrinkles, freckles and antioxidative activity will be analyzed. Your genetic risk of skin ageing can be understood.
Aging (Facial) Genes linked to ageing will be analyzed. Your genetic risk of flabbiness due to UV light exposure can be understood.
Skin Tanning Genes linked to skin tanning will be analyzed. Your genetic tendency of skin browning by sun burning can be understood.
Freckles Genes linked to freckles will be analyzed. Your genetic tendency to develop freckles can be understood.
Hair Color (Turning Bright or Black) Genes linked to hair color (turning bright or black) will be analyzed. Your genetic tendency to have a light color hair can be understood.
Hair Curl Genes linked to hair curl will be analyzed. Your genetic tendency to have hair curls can be understood.
Hair Thickness Genes linked to hair thickness will be analyzed. Your genetic hair thickness predisposition can be understood.
Susceptibility to Male-Pattern Baldness Genes linked to male-pattern baldness will be analyzed.

Circulatory SystemCirculatory System (9 items)

Heart Rate Genes linked to resting heart rate will be analyzed.
Feature of the Electrocardiogram (P-R Interval) Your genetic tendency of having long P-R interval will be analyzed. P-R interval represents the time between the beginning of the contraction of the atria (upper chamber) and the beginning of the contraction of the ventricles (lower chamber), and is an indicator of the heart movement.
Electrocardiogram Profiles (QRS Time) Your genetic tendency of having long QRS complex will be analyzed. QRS complex represents electrical activity generated by ventricular depolarization prior to contraction of the ventricles, and is an indicator of the heart movement.
Electrocardiogram Patterns (QT Time) Your genetic tendency of having long QT interval will be analyzed. QT interval represents the time during which contraction of the ventricles occurs, and is an indicator of the heart movement.
Tendency of Pericardial Fat Accumulation
(Fat Deposit Around the Heart)
Genes linked to pericardial fat accumulation will be analyzed.
Hypertrophy of the Heart Your genetic tendency of having hypertrophy of the heart will be analyzed. Cardiac hypertrophy is one of the causes of myocardial ischemia.
Diastolic Blood pressure Your genetic tendency of having high diastolic blood pressure will be analyzed. Diastolic blood pressure is the pressure in the arteries between heartbeats (heart muscle is resting).
Systolic Blood pressure Your genetic tendency of having high systolic blood pressure will be analyzed. Systolic blood pressure is the pressure in the arteries when the heart beats (heart muscle contractions).
Cardiac Troponin T Levels Your genetic tendency of cardiac troponin-T levels, which is a protein that controls the contraction of heart muscles, will be analyzed.

EyeEye (11 items)

Eye Color Genes linked to melanin synthesis will be analyzed. Your genetic tendency to have a light eye color can be understood.
Tendency of Having Dry Eyes Genes linked to tendency of having dry eyes will be analyzed.
Level of Intraocular Pressure Genes linked to levels of intraocular pressure will be analyzed.
Corneal Curvature Your genetic corneal curvature tendency will be analyzed.
Corneal Thickness Your genetic corneal thickness tendency will be analyzed.
Depth of the Optic Disc Your genetic depth of the optic disc tendency will be analyzed. The depth of this disc is an indicator of glaucoma.
Area of the Optic Disc Your genetic area of the optic disc tendency will be analyzed. The increased area of this disc is an indicator of glaucoma.
Iris Characteristics (Pattern of Pupil) Genes linked to the formation of optic nerves will be analyzed. The genetic tendency of the iris pattern can be understood.
Iris Characteristics (Pattern Around the Pupil) Genes linked to the formation of optic nerves will be analyzed. The genetic tendency of the pupil pattern can be understood.
Iris Characteristics (Shading Color Around the Pupil) Genes linked to melanin synthesis will be analyzed. Your genetic tendency to have different color patterns around the pupil can be understood.
VCDR (Vertical Optical Cup-Disc Ratio) Genes linked to the ratio of the depth of vertical optic disc and surroundings will be analyzed. The increased ratio is an indicator of glaucoma.

InflammationInflammation (9 items)

Inflammation Your genetic tendency to show inflammatory response to foreign stimuli will be analyzed.
Inflammation Biomarker (C-Reactive Protein) Your genetic C-reactive protein levels tendency, which is an indicator of inflammation, will be analyzed.
Inflammation Biomarker (Erythrocyte Sedimentation Rate: ESR) Your genetic erythrocyte sedimentation rate (ESR) tendency, which is an indicator of inflammation, will be analyzed. ESR increases during inflammatory responses.
Inflammation Biomarker (High Sensitive CRP) Your genetic high sensitive CRP tendency, which is an indicator of inflammation, will be analyzed. CRP levels drop as inflammation subsides and rise as inflammation increases.
Inflammation Biomarker (IL-6) Your genetic IL-6 levels tendency, which is an indicator of inflammation, will be analyzed. IL-6 is secreted during inflammatory responses.
Inflammation Biomarker (Soluble IL-2 Receptor-α) Your genetic soluble IL-2 receptor-α levels tendency, which is an indicator of inflammation, will be analyzed. IL-2 is secreted during inflammatory responses, and IL-2 soluble receptor is used as a biomarker.
Inflammation Biomarker (Monocyte Chemotactic Protein-1) Your genetic monocyte chemotactic protein-1 levels tendency, which is an indicator of inflammation, will be analyzed. MCP-1 is related to the onset of inflammatory responses.
Inflammation Biomarker (MCP1 and TNF-α) Your genetic MCP1 and TNF-α levels tendency, which are indicators of inflammation, will be analyzed. MCP1 and TNF-α are released during inflammatory responses.
Inflammation Biomarker (Tumor Necrosis Factor-α) Your genetic tumor necrosis factor-α levels tendency, which is an indicator of inflammation, will be analyzed. Tumor necrosis factor-α is released during inflammatory responses.

Body traitsBody traits (14 items)

Obesity Types Your genetic tendency for obesity body type (Apple, Pear, Banana) can be understood.
BMI Your genetic predisposition for higher BMI can be understood.
Blood Sugar Levels Your genetic predisposition for higher blood glucose levels can be understood.
LDL Cholesterol Levels Your genetic predisposition for higher LDL cholesterol levels can be understood.
HDL Cholesterol Your genetic predisposition for higher HDL cholesterol levels can be understood.
Visceral/Subcutaneous Fat Your genetic visceral adipose tissue/subcutaneous adipose tissue ratio predisposition will be analyzed. High ratios indicate the tendency to accumulate visceral fat.
Visceral Fat Your genetic predisposition for higher visceral fat levels can be understood.
Metabolic Syndrome (Bivariate Traits: BP-GLUC) Your genetic tendency for simultaneous higher blood pressure and blood glucose concentration, which are indicators of metabolic syndrome, can be understood.
Metabolic Syndrome (Bivariate Traits: BP-HDLC) Your genetic tendency for simultaneous higher blood pressure and HDL concentration, which are indicators of metabolic syndrome, can be understood.
Metabolic Syndrome (Bivariate Traits: HDLC-GLUC) Your genetic tendency for simultaneous higher HDL concentration and glucose levels, which are indicators of metabolic syndrome, can be understood.
Metabolic Syndrome (Bivariate Traits: HDLC-WC) Your genetic tendency for simultaneous higher HDL concentration and waist size, which are indicators of metabolic syndrome, can be understood.
Metabolic Syndrome (Bivariate Traits: TG-GLUC) Your genetic tendency for simultaneous higher triglyceride concentration and glucose levels, which are indicators of metabolic syndrome, can be understood.
Oral Glucose Tolerance Test (OGTT) Your genetic tendency for higher blood glucose levels in 2hr after ingesting glucose, can be understood. This test is an indicator of diabetes.
Soybean Intake and Obesity Your obesity genetic predisposition related to soybean consumption can be understood.

InfectionsInfections (5 items)

Hepatitis B (Viral Clearance) Genes linked to resistance to hepatitis B virus infection will be analyzed. Your genetic predisposition to eliminate HBV can be understood.
Epstein-Barr (EB) Virus Resistance Genes linked to immunological responses will be analyzed. Your genetic predisposition of being infected by EB virus can be understood.
Norovirus Resistance Genes linked to norovirus resistance will be analyzed. Your genetic predisposition of being infected by norovirus can be understood.
Dengue Fever Genes linked to dengue fever will be analyzed. Your genetic predisposition to develop dengue shock syndrome can be understood.
Malaria Your genetic predisposition to be infected by malaria can be understood by analyzing genes linked to this susceptibility.

OthersOthers (23 items)

Smell Sensitivity Your genetic tendency to detect odors will be analyzed.
Type of Earwax Your genetic tendency to have dry or wet earwax will be analyzed.
Longevity (Llife Expectancy) Your genetic tendency to longevity, specifically men, will be analyzed.
Predictor of Life Span (Telomere Length) The genetic tendency of your telomeres length will be analyzed. Telomeres are the end region of chromosomes, and shorten during cell-aging.
Chromosome Recombination The genetic tendency of DNA recombination will be analyzed.
Aging Your genetic tendency to keep body and mental health during aging will be analyzed.
Asparagus Metabolite Detection Your genetic predisposition to detect odors derived from the metabolim of aspargus can be understood.
Photic Sneeze Reflex Genes linked to photic sneeze reflex will be analyzed. Photic sneeze reflex is a condition of uncontrollable sneezing in response at looking at bright lights.
Forced Vital Capacity Your genetic tendency to have a high forced expiratory volume will be analyzed. Forced expiratory volume is the measure of the maximum amount of air that can be expelled in a given time, and is an indicator of the pulmonary function.
Degree of Intellectual Curiosity Your genetic tendency for novelty seeking will be analyzed.
Sleep Hours Your genetic tendency for shorter sleeps due to staying awake until late hours will be analyzed.
Insomnia (Caffeine-Induced) Your genetic tendency to stay awake due to consumption of caffeine can be understood.
Restless Leg Syndrome Genes linked to restless legs syndrome will be analyzed. Some patients say it feels as if bugs are crawling up their legs, but there are many other symptoms related to this condition.
Cluster Headache Genes frequently seem in patients with cluster headache will be analyzed. Most people have episodic cluster headaches, which occur for one week to a year, followed by a pain-free remission period that may last as long as 12 months.
Fatigue Genes linked to ubiquinone production will be analyzed. Ubiquinone is related to energy burning inside the cells, and your genetic tendency to accumulate fatigue can be understood.
Detoxification Genes linked to metabolism of reactive oxygen radicals will be analyzed. Your genetic tendency to eliminate toxins can be understood.
Memory Your genetic tendency to have a enhanced memory can be understood.
Calculation Speed Genes linked to calculation speed will be analyzed. Your genetic tendency of calculation speed can be understood. This genetic testing is not for determination of ability.
Gambling Addiction Your genetic tendency to gambling addiction can be understood.
Speed of Information Processing Genes linked to speed of information processing will be analyzed. Speed of information processing test is usually performed in cognitive tests, and the speed of selecting answers is measured. This genetic testing is not for determination of ability.
Learning Ability from Mistakes Your genetic tendency to learn from past mistakes can be understood.
Pain Sensitivities Your genetic predisposition to feel pain can be understood.
Late Hours Tendency Genes linked to circadian clock will be analyzed. Your genetic tendency of staying awake until late hours can be understood.
GeneLife Genesis

My DNA Testing Kit

GeneLife®Genesis

The most comprehensive genetic test kit
globally available now in Asia. (359 diseases/traits)
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29,800 Japanese Yen

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