Enviroment > Genetics

Kasanova

Kasanova

Mog or be forgotten
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Alexander Karelin and his kids. From gigatestmogger to soyboys. BTW 1st pic is brutal, gigamasculine moggers.
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Darwin Nunez parents and him.

Enviroment and how you grew up matter more than genetics.
 
cope + dnr
 
All thing his do is rape and drug buat still mog most of the people :feelswhy:

Images   2023 08 30T105221237
 
@hormonetherapy @Shogun @cytoplasm . Any proofs faggots? Your lifestyle and enviroment as a kid > genetics
 
@hormonetherapy @Shogun @cytoplasm . Any proofs faggots? Your lifestyle and enviroment as a kid > genetics
You provide proof first. If enviroment played such a big role ppl growing up in the same enviroment would look extremly similar
 
You provide proof first. If enviroment played such a big role ppl growing up in the same enviroment would look extremly similar

METHODOLOGY:​

  • Investigators used data on 1088 children (52% girls) in the Generation R Study, a 4-year longitudinal population-based cohort study in Rotterdam, the Netherlands.
  • At age 10 years, children and their caregivers reported on children's level of physical activity and sports involvement.
  • Investigators measured changes in participants' brain volume via MRI at ages 10 and 14 years

TAKEAWAY:​

  • Every 1 additional hour per week in sports participation was associated with a 64.0-mm3 larger volume change in subcortical gray matter (P = .04).
  • Every 1 additional hour per week in total physical activity was associated with a 154.0-mm3 larger volume change in total white matter (P = .02).
  • Total physical activity reported by any source (P = .03) and child reports of outdoor play (P = .01) were associated with increased amygdala volume over time.
  • Total physical activity reported by the children was associated with hippocampal volume increases (P = .02).
Several landmark longitudinal and intervention studies have provided intriguing data as to the potential for childhood physical activity to affect long-lasting skeletal health (4, 9, 10, 18), but additional follow-up beyond skeletal maturity will impart more confidence to the recommendation that appropriate physical activity during youth can permanently affect one’s skeletal future. As the evidence accumulates it is, of course, important to remember that a sedentary lifestyle does not improve skeletal health to any degree, at any age. Thus, until sufficient evidence accrues, medical and public health professionals should recommend physical activity for all children, follow the physical activity guidelines, and incorporate impact-loading activity as suggested in this review to optimize skeletal health. Specifically, all youth should participate in weight-bearing physical activity daily, accruing a minimum of 60 minutes. Our findings suggest that approximately 40 minutes of MVPA daily is necessary to convey substantial benefits to hip structure and strength (15), while results from our targeted interventions suggest that 10–15 minutes of jumping (e.g. 100 jumps from a two-foot height such that GRFs are at least 3.5 BW and higher) three times per week can substantially benefit bone mass and structure (9, 10). Furthermore, our data (10) support the importance of advocating for the promotion of sports participation across childhood and adolescence as a strategy to optimize bone mineral accrual.

Despite the small number of studies with adequate methodology, especially randomized clinical trials, evidence appears to indicate that physical exercise is safe for both the pregnant woman and the child, from fetal life to adolescence. Physical exercise does not appear to impair the child's linear growth and contributes to the ideal shaping of bone and muscle tissues, ensuring possible beneficial effects throughout life.

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TAKEAWAY:​

  • Every 1 additional hour per week in sports participation was associated with a 64.0-mm3 larger volume change in subcortical gray matter (P = .04).
  • Every 1 additional hour per week in total physical activity was associated with a 154.0-mm3 larger volume change in total white matter (P = .02).
  • Total physical activity reported by any source (P = .03) and child reports of outdoor play (P = .01) were associated with increased amygdala volume over time.
  • Total physical activity reported by the children was associated with hippocampal volume increases (P =
"associated". You re so stupid I dont even know what to say. Obviously childen that are healthier and have better genes are gonna be more likely to do physical activity, because they are able to. While the sickly degenerate children won t be drawn to such activities.
Not being able to grasp the notion of correlation causation is mindblowing.
Also children that do more sports are gonna be outside more which means they re exposed to the sunlight more which ofc helps you developp.
But there is zero proof that physical activity can help developpement. And obviously it is the opposite since you re using up your nutrients and hormones for the activity instead of using it for growth. How would tiring yourself help your body I don t understand.
 

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