Kids around nine years of age, who had lost their fathers had significantly shorter telomeres - 14 percent shorter on average - than children who had not.
The presence of fathers plays an important role in a child's development from birth through adulthood. A recent study reveals that the absence of a father has adverse physical and behavioural consequences for a growing child, especially boys.
‘Loss of father between birth and 9 years of age leads to a reduction in telomere length and the effect is greatest for children whose fathers die.’
Researchers analysed 5,000 children born in large U.S. cities at the turn of the 21st century. The study has gathered information on the children's physical and mental health, cognitive function, social-emotional skills, schooling and living conditions, as well as the makeup, stability and financial resources of their families. They then examined whether the type of father loss - incarceration, death, separation or divorce - and the timing of the loss in early childhood or middle childhood mattered. They determined that father loss is clearly associated with cellular function as estimated by telomere length: any father loss between birth and 9 years of age leads to a reduction in telomere length and the effect is greatest for children whose fathers die, about 16 percent shorter. Corresponding author Daniel Notterman said that if father is being removed from the life of a child then that is plausibly associated with an increase in stress, for both economic and emotional reasons.
This association is especially strong for boys who lost or were separated from their fathers before the age of five. A child's genotype may lessen the association between a child's social environment and telomere length, and serve as a protective factor. The research is published in the journal Pediatrics.
Source-ANI