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Genetic predisposition may explain the difference in exercise effect.

We know that exercise alone does not fully explain a person’s tendency to be obese. To explore the potential genetic basis for at least some of the differences, the researchers used steps and genetic data from a population dataset in the United States. We used known loci from a previous genome-wide association study to establish a polygenic risk score (PRS) quartile of 3,100 adults of European descent (median age, 53 years) who were not obese at baseline (median body mass index, ≈24.5 kg/m2) to determine genetic risk for obesity.

At baseline, participants had a median of 8,300 steps per day and a median follow-up of 5.4 years, during which time 13% of participants in the lowest PRS quartile and 43% of participants in the highest PRS quartile developed obesity. Both the number of steps and the PRS quartile were associated with the risk of obesity. For example, a participant in the 75th percentile of PRS risk would need to take 2,280 more steps per day than a participant in the 50th percentile to achieve the same relative risk reduction. Conversely, a participant in the 25th percentile could walk 3,660 fewer steps per day than a participant in the 50th percentile and still achieve the same relative risk reduction.

Food intake is an important factor in obesity, and this analysis did not address it. The analysis excluded participants who became obese within six months of the start of the study, which lessens (but does not eliminate) the possibility of reverse causality, thus strengthening the confidence of the results. These results only applied to patients of European descent, which is also a limitation. Despite these limitations, these results can help clinicians explain to patients why different people who take the same number of steps have different results. If a patient walks 8,000 to 10,000 steps per day as recommended, but still gains weight (so the PRS may be higher), they may need to increase their activity by 3,000 to 4,000 steps per day.

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Loosing Weight Scientifically

01. Eat regularly and quantitatively

 

To pay attention to breakfast, do not miss meals

Don’t eat dinner too late

Dinner is recommended between 17:00 and 19:00

Do not eat any food after dinner

But you can drink.

 

02, eat less snacks, drink less drinks

 

Whether at home or eating out

Should strive to achieve a moderate diet, scientific mix

Don’t overeat

Control random snacks and drinks

Avoid late-night snacks

 

03, eat should eat slowly

 

Eat the same foods

Eating slowly helps to reduce the total amount eaten

Slow down

It can increase feelings of fullness and reduce hunger

 

04. Change the order of meals appropriately

 

Eat according to the order of “vegetables, meat and staple food”

Helps reduce intake of high-energy foods

In addition to eating
Here are some tips for losing weight

 

Sleep

Often stay up late, lack of sleep, irregular work and rest

Can cause endocrine disorders

Abnormal fat metabolism, resulting in “overwork”

Obese patients should follow circadian rhythms

Get about 7 hours of sleep a day

 

‍ sports ‍

Insufficient or lack of physical activity

And a sedentary, static lifestyle

Is an important reason for the occurrence of obesity

The exercise principle for obese patients to lose weight is

Medium and low intensity aerobic exercise is the main, resistance exercise is the auxiliary

150 to 300 minutes per week

Moderate intensity aerobic exercise

Exercise at least once every other day 5 to 7 days a week

Resistance exercise 2 to 3 days a week

10 to 20 minutes every other day

Energy consumption is 2000kcal or more per week through exercise

 

Sit less

Daily meditation and passive viewing time

It should be controlled within 2 to 4 hours

For long sitting or desk workers

Get up and move for 3-5 minutes every hour


Post time: May-11-2024