1, age 1 year, standard height 76.5cm, standard weight 10.05kg.
2. The age is 2 years old, the standard height is 88.5cm, and the standard weight is 12.54kg.
3. Age 3 years, standard height 96.8cm, standard weight 14.65kg.
4. The age is 4 years old, with standard height 104. 1cm and standard weight 16.64kg.
5. Age is 5 years old, with standard height11.3cm and standard weight18.98kg..
6. 6 years old, with standard height 1 17.7cm and standard weight of 20.27kg.
7. Age 7 years, standard height 12 1.0cm, standard weight 2 1.26kg.
8. 8 years old, with standard height 124.0cm and standard weight of 24.06kg.
9. Age 9 years, standard height 130.0cm, standard weight 27.33kg.
10, age 10, standard height 135.4cm, standard weight 30.46kg.
1 1, age 1 1 year, standard height 140.2cm, standard weight 33.74kg.
12, age 12, standard height 145.3cm, standard weight 37.69kg.
13, age 13, standard height 15 1.9cm, standard weight 42.49kg.
14, age 14, standard height 159.5cm, standard weight 48.08kg.
15, age 15, standard height 165.9cm, standard weight 53.37kg.
16, age 16, standard height 169.8cm, standard weight 59.08kg.
17, age 17, standard height 172.3cm, standard weight 60.68kg.
Body mass index
Body mass index (BMI), referred to as BMI, is a commonly used international standard to measure obesity and health. The calculation formula is body mass index = weight ÷ height 2, with weight in kilograms and height in meters. Body mass index was first put forward by Belgian generalist kettler in the middle of19th century.
Body mass index (BMI) is a commonly used international index to measure obesity and health. The normal body mass index is between 20 and 25. If it exceeds 25, it means overweight, and if it exceeds 30, it means obesity. First measure the birth height and weight, and then calculate the height-weight ratio. In September, 20021,in a paper published in PLOSGenetics, researchers analyzed how genes and smoking affect individual body mass index based on the genome sequence numbers of 390,000 Britons.
They found that genes can explain 50% difference in body mass index between individuals, and self-reported smoking can explain 2% difference in body mass index. Because smoking can lead to DNA methylation (a biomarker), they found that 62 methylation sites related to smoking can explain the 22% difference in body mass index, which is much larger than the self-reported results. This study shows that biomarkers may help to measure the impact of lifestyle and other factors on health more accurately.