Long ear lobes is a symbol and representation of long life.
I was taught it symbolises that he used to be very wealthy, as heavy jewellery was worn by rich people in those times. But since his ears are bare it shows that he gave up that lavish lifestyle and chose the simple path, the path to enlightenment. However there may not be a right answer because the Buddha's image is interpreted in different ways in various countries.
Buddha was a prince. In ancient India it was customary to wear earrings that stretched the ear-lobes.
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.
it is as long as you haven't caused them to be stretched
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.
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.
Yes, ear lobes do contain fat, along with connective tissue and skin. The fatty tissue contributes to the overall structure and flexibility of the ear lobe. This composition can vary from person to person, affecting the size and shape of their ear lobes.
diffrent genes you idiot
certainly, you can try it.
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there one alle for free ear-lobes and another allele for attached if your gene for ear-lobes is made up of two alleles for free ear-lobes your ear-lobes are NOT attached and if you have two attache-ear-lobes alleles your ear-lobes are attached