Most simply put, the allele for brown eyes is dominant over the allele for blue eyes, so if your child has one allele for brown and one allele for blue, her eyes will be brown. To go back to eye color or hair color, there are several genes that influence eye color and the level of pigment, and thatвЂ™s why itвЂ™s not just as simple as brown or blue. It all comes down to which one is the dominant trait and which is recessive. This is because a tall plant could carry both a gene coded for being tall as well as a gene coded for being short. Two tall plants would mostly produce a tall plant, but sometimes, it could produce a short plant too. He discovered that the explanation of traits determined by parentage was not simple. This Mendelian question takes us back to high school biology class.Д«ack in the 19th century, Gregor Mendel crossbred pea plants to figure out how traits can be determined. Both parents pass along traits or characteristics to their children through their genes.Д¬onsider the classic example of whether a child will have brown eyes or blue eyes if there is a parent with each respective eye color. This is a common question, and thereвЂ™s much more to the genetics of this question than simply believing your little one will have the same color eyes as mom just because there is that added mitochondrial DNA boost from her side. So if youвЂ™re wondering if mom or dad has stronger genes, itвЂ™s not so much a question of strength, but more the fact that you only get mitochondrial DNA from your mother giving mom the added bonus in this classic comparison question.

This is influenced by which parent it is inherited from.вЂќ The concept of genetic imprinting also comes into play and affects which of our genes are turned on or off. The question of who has stronger genes, the mother or the father, is interesting, because as noted in this Live Science study, because you get mitochondrial DNA only from your mother in each of your cells, more of your DNA (slightly) will come from your mother (Whitcomb, 2020). There is nothing that you can do to strengthen your genes, they are expressed based on your own genetic code. Recessive genes require two copies in the pair to express. Dominant genes (in a genetic pair called an allele) can be expressed even if there is only one in the pair. In genetics, we refer to genes as dominant or recessive. вЂњThere really isnвЂ™t a concept of 'strong' or 'weak' genes. Genetics expert, Dana Bressette, shares important info about the concepts of strong and weak genes: Parents may be interested in finding answers to questions like how one can make their genes stronger or in whether the mother or father have stronger genes. What does it even mean to have strong genes? People have 22 pairs of autosomes and one pair of sex chromosomes, otherwise known as the x and y chromosomes. RNA are known as messengers which carry the DNAвЂ™s instructions. Chromosomes are long strands of DNA that look like twisted ladders. Here is the basic info you need to know to understand genetic explanations: Genes are simply blueprints for our bodies and they are housed within chromosomes. More: 8 Traits Babies Inherit From Their Mother Parents wonder about the concept of strong genes, especially when they consider all the best parts of themselves and imagine how it would be possible to pass those traits along. Will she have momвЂ™s eyes and dadвЂ™s penchant for crossword puzzles? Will he look just like mom but have dadвЂ™s personality? ItвЂ™s natural to wonder and explore the possibilities of these kinds of questions, but unfortunately there are no simple answers when predicting. Parents wonder what their little one will look like. Pregnancy is an exciting time filled with unknowns.

Are dominant traits more common