Sentences with phrase «fraternal twins share»

Identical twins share all their genes; fraternal twins share no more genes than normal siblings do, but they get exposed to the same environment in the womb and at home during infancy.

For nature - nurture researchers, the distinction that matters is that fraternal twins share on average only half the DNA that identical twins do.

My other half, fraternal twin shares my birthday.

Not exact matches

Granted, they are fraternal / dizygotic twins, but they share an age, a bedroom, and their environment.

Well, identical twins all share one placenta, while fraternal twins usually have their own.

Based on the core principles of behavioral genetics, if genetics explain variations in distrust and trust behaviors, then identical twins should behave more similarly to each other than fraternal twins, since the genes of identical twins are shared, while the genes of fraternal twins are only imperfectly correlated, Reimann said.

Among fraternal twins, who do not share the same DNA, there was only a 20 percent chance.

Identical twins — who share the same genes — reported similar experiences, while fraternal twins, with some different sets of genes, often differed in their responses.

By comparing identical twins (who share all their genes) and fraternal twins (who share on average half of the genes that typically vary between people), the researchers were also able to determine the extent to which the ability to recognise faces is inherited.

Constellation of factors Twin studies have shown that identical twins (who share the same genes) are more likely to both suffer from the disorder than fraternal twins, which has demonstrated that «there's a large genetic component to the disorder,» Cantor says.

The Swedish Twin Registry has enabled her to compare identical twins, who share 100 % of their genes, with fraternal twins, whose genetic makeups are no more similar to each other than any pair of siblings.

Studies that compare genetically identical twins with fraternal twins — who only share half of their twin's DNA — help distinguish the effects of genes from the effects of shared environmental factors such as housing, schooling and childhood nutrition.

Identical twins share nearly 100 percent of their genes; fraternal twins, 50 percent.

The identical twins shared more of the same types of bacteria than did fraternal twins — even though both types of twins had access to the same meals and home environment.

If a trait is shared far more strongly by identical twins than any other pairs of individuals, even fraternal twins — scientists will conclude that the trait has a genetic basis.

Siblings who share the same genes (identical twins) end up being substantially more similar on abstract social and emotional traits such as conscientiousness and grit than siblings who share only half their genes (fraternal twins), regardless of whether they are raised in the same families and attend the same schools.

By comparing the correlations of Grit - S and Big Five scores between identical twins (who share the same family environment and 100 percent of their genes) and fraternal twins (who share the same family environment but only 50 percent of their genes) estimates of genetic vs. shared environment contributions can be derived.

The IQ scores of identical and fraternal twins were both remarkably similar; the shared experience of growing up poor had leveled the fraternal twins» intelligence as much as shared genetics had shaped the intelligence of the identical twins.

It shares its platform and more than a few mechanical bits with the funkier Mini Cooper Countryman; the John Cooper Works All4 model comes closest to being the X1's fraternal twin, yet the X1 outsells the Countryman by better than 4:1.

Fraternal twins (who share approximately half of their genes) present an informative contrast.

Another issue is that when identical twins are compared to fraternal twins who do not share the same genes, there is no increased overlap in attachment.

This type of analysis is the gold standard of genetic tests; to find monozygotic (identical twins) sharing some feature much more than dizygotic (fraternal) twins indicates that it has a large genetic basis.