Yes, ear lobes can shrink over time due to factors such as weight loss or aging. Piercings in the ear lobes can also contribute to stretching and potentially reducing the size of the lobes. If you notice significant changes in your ear lobes, it's recommended to consult a healthcare professional for advice.
Whether rounded ear lobes are dominant or recessive depends on the specific genetic variant involved. In general, it is believed that free (unattached) ear lobes are dominant over attached ear lobes. This means that if one parent has free ear lobes and the other parent has attached ear lobes, their offspring are more likely to have free ear lobes.
The genotype for free ear lobes is usually represented as FF or Ff, where F stands for the dominant allele for free ear lobes. The genotype for fixed ear lobes is typically represented as ff, where f stands for the recessive allele for fixed ear lobes.
If a person receives one allele for attached earlobes and one allele for unattached earlobes, they will have the trait of attached earlobes since it is dominant over unattached earlobes. The presence of the attached earlobe allele will determine the physical trait of the individual's earlobes.
Yes, gauged ear lobes can be repaired through a surgical procedure called earlobe reconstruction. This procedure involves removing excess tissue, reshaping the earlobe, and closing the hole left by the stretching. Recovery time can vary depending on the extent of the repair needed.
100% of humans can wiggle their ears. Most just don't know how.
Whether rounded ear lobes are dominant or recessive depends on the specific genetic variant involved. In general, it is believed that free (unattached) ear lobes are dominant over attached ear lobes. This means that if one parent has free ear lobes and the other parent has attached ear lobes, their offspring are more likely to have free ear lobes.
Yes they can, because they could get the genes from a grandparent, or even farther back if they didn't have detached ear lobes.
The genotype for free ear lobes is usually represented as FF or Ff, where F stands for the dominant allele for free ear lobes. The genotype for fixed ear lobes is typically represented as ff, where f stands for the recessive allele for fixed ear lobes.
Yes, it is normal for some chicken breeds to have green or bluish ear lobes. The color of the ear lobes can vary depending on the breed. It does not indicate any health issues.
diffrent genes you idiot
....
certainly, you can try it.
If a person receives one allele for attached earlobes and one allele for unattached earlobes, they will have the trait of attached earlobes since it is dominant over unattached earlobes. The presence of the attached earlobe allele will determine the physical trait of the individual's earlobes.
Well one you are over "0" or "00" you are pretty much at the "point of no return" past those points. To repair the lobes would require surgical intervention once the lobes have been allowed to shrink back as far as they can on there own. Wish I could tell you otherwise, but I am afraid it would be a lie........so I wont.
lasheslegslipsliverlungslymph nodesleft hand, left side, left ear, left ventricle etc.ligamentslobes (lobes of the brain, ear lobes . . .)
maybe
of course it hurts.