Health management testing project

Subdivision categories	Entry name	methodology	Detection significance

Disease prevention risks	Screening of 10 high-risk genes for male tumors	Nucleic acid mass spectrometry	Assess whether individuals carry tumor susceptibility genes, indicate cancer risk, and take relevant preventive measures in advance to reduce the risk of developing tumors.

Disease prevention risks	Screening of 10 high-risk tumor genes for women	Nucleic acid mass spectrometry	Assess whether individuals carry tumor susceptibility genes, indicate cancer risk, and take relevant preventive measures in advance to reduce the risk of developing tumors.

Disease prevention risks	Screening of 18 high-risk genes for male tumors	Nucleic acid mass spectrometry	Assess whether individuals carry tumor susceptibility genes, indicate cancer risk, and take relevant preventive measures in advance to reduce the risk of developing tumors.

Disease prevention risks	21 high-risk tumor gene screening for women	Nucleic acid mass spectrometry	Assess whether individuals carry tumor susceptibility genes, indicate cancer risk, and take relevant preventive measures in advance to reduce the risk of developing tumors.

Disease prevention risks	Screening of seven risk genes for cardiovascular and cerebrovascular diseases	Nucleic acid mass spectrometry	Through the detection of gene polymorphisms related to major Atherosclerosis stroke, cerebral hemorrhage, cerebral infarction, coronary heart disease, myocardial infarction, hypertension, Alzheimer's disease and other diseases, determine the genotype of the subject, assess the Relative risk of these diseases for the subject, and provide the subject with their own genotyping detection report and personalized health guidance report, including lifestyle, sports Guidance on diet and nutritional intake helps patients prevent and delay the occurrence of these diseases through active intervention.

Disease prevention risks	Genetic testing of asthma risk in children	Nucleic acid mass spectrometry	Effectively assess the risk of asthma onset, accurately identify high-risk children with asthma from those with cough and asthma, assist in diagnosis, and take comprehensive prevention and control measures as soon as possible. By changing diet, behavior, and lifestyle to control the development of wheezing children towards childhood asthma, early prevention can be achieved; Combining other clinical symptoms and indicators to assist in the diagnosis of childhood asthma and achieve early diagnosis and treatment.

Disease prevention risks	Genetic testing for susceptibility	Nucleic acid mass spectrometry	Early screening of genetic factors that affect thrombosis, more targeted intervention, and attention to reducing exposure to acquired factors.

Disease prevention risks	Genetic testing of high myopia susceptibility	Nucleic acid mass spectrometry	From a genetic perspective, identify hidden dangers in genes that affect eye vision, and effectively prevent the occurrence of high myopia by targeted avoidance of risk factors that lead to eye myopia.

Disease prevention risks	Lung cancer susceptibility gene detection	Nucleic acid mass spectrometry	Evaluate the risk of lung cancer from a genetic perspective and guide disease prevention.

Disease prevention risks	Detection of Genetic testing susceptible to hepatocellular carcinoma	Nucleic acid mass spectrometry	Evaluate the risk of liver cancer from a genetic perspective and guide disease prevention.

Disease prevention risks	Genetic testing of gastric cancer susceptibility	Nucleic acid mass spectrometry	Evaluate the risk of gastric cancer from a genetic perspective and guide disease prevention.

Disease prevention risks	Genetic testing of breast cancer susceptibility	Nucleic acid mass spectrometry	To assess the risk of breast cancer from the perspective of genetics and guide disease prevention.

Disease prevention risks	Detection of susceptible Genetic testing of colorectal cancer	Nucleic acid mass spectrometry	Evaluate the risk of colorectal cancer from a genetic perspective and guide disease prevention.

Disease prevention risks	Detection of Susceptible Genetic testing of Esophageal Cancer	Nucleic acid mass spectrometry	Evaluate the risk of esophageal cancer from a genetic perspective and guide disease prevention.

Disease prevention risks	Genetic testing of alzheimer disease susceptibility	Fluorescence PCR method	Evaluate the risk of Alzheimer's disease from a genetic perspective and guide disease prevention.

Disease prevention risks	Diabetes related genetic testing	Nucleic acid mass spectrometry	To assess the risk of type 2 diabetes, diabetes nephropathy, diabetes retinopathy, diabetes with coronary heart disease, and the sensitivity of hypoglycemic drugs from the perspective of genetics. Guide disease prevention and personalized medication of diabetes, and improve drug efficacy.

Disease prevention risks	TP53 tumor suppressor Genetic testing	Nucleic acid mass spectrometry	By detecting the three susceptibility sites on the tumor suppressor gene TP53 that are closely related to tumor occurrence, we assess their impact on the risk of related tumor occurrence, remind the examinees to carry out comprehensive Genetic testing, help the examinees to carry out early prevention, so as to delay or even avoid the occurrence of tumors.

Disease prevention risks	Gut microbiota detection	NGS	By detecting the type and quantity of human Gut microbiota, analyze the intestinal micro ecological environment of the subject (the overall situation of the flora, the content of probiotics and pathogenic bacteria, etc.), assess the risk of diabetes, obesity, irritable bowel syndrome and other diseases and immune status, and provide the subject with personalized health care programs, so as to promote the balance of Gut microbiota and improve the health level of the subject.
Disease prevention risks	Adiponectin (ADIPOQ) Genetic testing	Nucleic acid mass spectrometry	By detecting two susceptibility gene loci on the Adiponectin gene, the impact of adiponectin on the risk of cancer, cardiovascular, cerebrovascular, metabolic and other diseases is evaluated, and the targeted early prevention and treatment of related diseases are guided, so as to delay or even avoid the occurrence of related diseases.

Disease prevention risks	Genetic breast cancer/ovarian cancer Genetic testing (BRCA1/2)	NGS	Carry out risk assessment on hereditary breast cancer/ovarian cancer to determine the incidence risk.
Disease prevention risks	Genetic testing of Death during consensual sex	NGS	Precise typing and differential diagnosis of hereditary arrhythmia, hereditary cardiomyopathy, hereditary aortic disease, Congenital heart defect, primary pulmonary hypertension and other diseases shall be carried out from the genetic level, and targeted intervention shall be taken to effectively reduce the probability of sudden death.
Early screening for disease prevention	Early warning detection of cardio cerebral Vascular disease (Xinshenning)	Nucleic acid mass spectrometry	Early warning of risk of cardio cerebral Vascular disease within 2 years
Early screening for disease prevention	Early warning detection of cardio cerebral Vascular disease (Xinshenning PLUS)	Nucleic acid mass spectrometry	Early warning of risk of cardio cerebral Vascular disease within 2 years
Early screening for disease prevention	Non invasive 8 gene methylation detection for the differentiation of benign and malignant pulmonary nodules (Fipronil)	Nucleic acid mass spectrometry	Differentiation of benign and malignant pulmonary nodules, early diagnosis of lung cancer.
Early screening for disease prevention	Early screening detection of 3-gene lung cancer (Feichangqing)	Nucleic acid mass spectrometry	Early screening for lung cancer and screening for extremely high-risk individuals.
Early screening for disease prevention	Septin9 gene methylation detection	Fluorescence PCR method	Early risk warning for colorectal cancer
Early screening for disease prevention	Early warning and detection of colorectal cancer (SFRP2 and SDC2)	Fluorescence PCR method	Early risk warning for colorectal cancer
Early screening for disease prevention	Early screening of lung cancer for gene methylation detection	Fluorescence PCR method	Early warning of lung cancer risk
Early screening for disease prevention	Early screening for liver cancer and gene methylation detection	Fluorescence PCR method	Early risk warning for liver cancer
Early screening for disease prevention	Early screening gene methylation detection for gastric cancer	Fluorescence PCR method	Early risk warning for gastric cancer
Early screening for disease prevention	Early screening gene methylation detection for esophageal squamous cell carcinoma	Fluorescence PCR method	Early risk warning for esophageal squamous cell carcinoma
Early screening for disease prevention	Detection of gene methylation in early screening of bladder cancer	Fluorescence PCR method	Ultra early risk warning of bladder cancer
Early screening for disease prevention	Detection of gene methylation in early screening of Cervical cancer	Fluorescence PCR method	Ultra early risk warning of Cervical cancer
Early screening for disease prevention	Detection of PAX1 gene methylation in early warning of cervical cancer	Fluorescence PCR method	Early risk warning for cervical cancer
Early screening for disease prevention	Early warning and detection of multiple cancer types	NGS	Lung cancer, esophageal cancer, gastric cancer, liver cancer, pancreatic cancer, Earl,yrisk warning for colorectal cancer。
Safe medication	Genetic testing for safe drug use in children (core version)	Nucleic acid mass spectrometry	1.Drug metabolism ability analysis,guiding clinicians to select appropriate drugs and doses; 2.Adverse drug reaction prediction,to avoid or reduce drug harm; 3.The test results benefit for life and reduce unnecessary medical expenses.

Safe medication	Genetic testing for adult safe drug use (core version)	Nucleic acid mass spectrometry	1.Drug metabolism ability analysis,guiding clinicians to select appropriate drugs and doses; 2.Adverse drug reaction prediction,to avoid or reduce drug harm; 3.The test results benefit for life and reduce unnecessary medical expenses.

Dietary nutrition	Genetic testing of nutritional element metabolic ability in children	Nucleic acid mass spectrometry	Understand the metabolism and absorption levels of nutrients in newborns or children (especially those during growth and development, picky eaters or those with poor immunity), guide dietary nutrition based on genetic characteristics, adjust dietary structure targeted, customize scientific and accurate nutrient supplementation plans, and avoid risk factors that can lead to diseases.

Dietary nutrition	Folic acid and nutrient 19 Genetic testing	Nucleic acid mass spectrometry	To detect the innate metabolic capacity of folic acid, vitamin ABCDE, calcium, iron, zinc, selenium and other nutrients in adults with balanced nutritional needs and scientific management of health (especially pregnant couples, pregnant women, Advanced maternal age). Understand one's own levels of folic acid and nutrient metabolism and absorption, guide dietary nutrition based on genetic characteristics, adjust dietary structure targeted, customize scientifically accurate nutrient supplementation plans, and avoid risk factors that lead to diseases and birth defects.

Dietary nutrition	Nutrient element metabolism Genetic testing	Nucleic acid mass spectrometry	Understand the metabolism and absorption level of one's own nutrients, guide dietary nutrition based on genetic characteristics, adjust dietary structure in a targeted manner, customize scientifically accurate nutrient supplementation plans, and avoid risk factors that can lead to diseases.

Dietary nutrition	Genetic detection of folic acid metabolism	Fluorescent PCR method	It indicates the risk of birth defects in newborns, guides folic acid supplementation during pregnancy, and warns of cardiovascular and cerebrovascular diseases.
Dietary nutrition	Genetic testing of tobacco, wine, coffee and milk metabolism	Nucleic acid mass spectrometry	1.To judge the metabolic capacity of subjects to Benzopyrene,a strong carcinogen in tobacco,and then predict the risk of lung cancer caused by smoking; 2.Determine the metabolic ability of the subject to ethanol and acetaldehyde,and then evaluate their ability to metabolize alcohol,guide a healthy and scientific view of alcohol consumption,and reduce the risk of dizziness,allergies,and even poisoning caused by alcohol consumption; 3.Determine the metabolic ability of the subject to caffeine,guide healthy and scientific coffee consumption,and reduce the risks of insomnia,headaches,and other related factors caused by coffee consumption; 4.Judge the subject's ability to metabolize lactose,and avoid diarrhea,abdominal distension and other lactose intolerance symptoms.

motion	16 Genetic testing of sports nutrition	Nucleic acid mass spectrometry	1.Guiding scientific sports can help people better adapt to customized exercise methods and thus make sports their way of life; 2.Guiding diet can adjust the dietary structure more reasonably and prevent the occurrence of chronic diseases.

motion	Weight and Health Management Gene Testing	Nucleic acid mass spectrometry	1.Determine whether obesity is caused by genetic abnormalities; 2.Understand the genetic risks of obesity and take preventive measures in advance; 3.Understand the effect of diet(carbohydrate,lipid,protein),exercise(aerobic exercise,Strength training)and other aspects on weight loss; 4.Enable the subject to understand whether there are genetic factors other than environmental factors such as diet and metabolic disorders in the cause of weight gain,and understand their energy metabolism efficiency under the same conditions,in order to develop a targeted customized weight control plan.

motion	Sports potential Genetic testing	Nucleic acid mass spectrometry	Understand your child's innate athletic potential as early as possible, choose suitable sports, and strengthen training to strive for high scores in physical education during entrance exams.

Skin Care	Skin Genetic testing	Nucleic acid mass spectrometry	To help the examinee decipher the gene code related to skin texture, we adopted a set of scientific and reliable evaluation criteria, and provided the examinee with the risk of 17 skin related traits, such as skin sensitivity, photoaging, dry skin, acne, melanin synthesis, stain generation, wrinkle generation, and Stratum corneum thinning, through Big data analysis. In addition, we provide personalized guidance and skincare guidelines based on the risk of individual skin problems for the subject.