It can be passed on geneticaly- but can occur in infants who's parent's do not have cleft palates (they can posses the gene without having in physical signs of it). In developed countries, cleft palates can be easily fixed after birth with surgery. One in every 600 to 800 infants are born with cleft palates. It is very fixable, and therefore no reason to not have children.
No, it does not. Your parents pass on 50% of your DNA each through the chromosomes in the sex cells (egg and sperm). Depending on which gene is the more dominant, either the 'Grey Eye Gene' or the 'Brown Eye Gene' will determine the ultimate eye colour of the baby (majority of babies eye colour changes after a couple of weeks). The gender of the baby depends on whether both parents have passed on an 'X' chromosome, or whether one (believed to be the father) has passed on a 'Y' Chromosome. It is not related to the same gene that causes eye colour. My sister and I have Blue Eyes, inherited from my father as his gene was more dominant in that area in the DNA passed to us. My brother, from the same two parents, has Brown Eyes inherited from my mother, who in that instance had the more dominant gene.
Several ways, and here is why. First, some definitions. PHENOTYPE is how the trait is physically displayed in the person, so a person's blood type is actually their phenotype. GENOTYPE is the pair of genes that a person carries that determines their phenotype. A RECESSIVE gene is one "trumped" by a DOMINANT gene in the genotype; for blood typing, O is the recessive gene and A and B are dominant. For a person to show the recessive phenotype, they must carry BOTH recessive genes. So, in order for the baby to be type O it must carry two O genes and have genotype "OO". The baby will inherit one gene from the mother and one from the father and, as explained above, both must be O genes. Obviously, a parent with type O blood will pass on an O gene, this is all they can do. But there is also a chance a parent with type A or type B blood can pass on an O gene. This is because a parent with genotype AO will be type A (remember, the A gene is DOMINANT) but can still pass on the O gene. Same with a parent having genotype BO. Only a parent with AB blood cannot have a type O child since they must pass on the A or B gene (in other words, they have no O gene to give).
Mutations are added to a gene pool when a mutation (completely random) occurs in a person. They will pass this gene on to their offspring (and so on, and so forth).
Only to his daughters.
germ cells
There is a 50% chance that the baby will have Marfan. The father might pass on the gene that has the Marfan mutation, or he might pass on the gene that does not. Each child you have together has a 50% chance.
Yes it is possible. The caucasian mother will have two genes that restrict melanin production in the skin and the mixed father will have one gene that restricts melanin production. Since the baby will get one copy of the gene from each parent, the mother will obviously pass on the gene that restricts melanin production. The father will either pass on the restricting gene or the non-restricting gene. If the father also passes on a copy of the restricting gene then the baby will be caucasian. If the father does not pass on the restricting gene, the baby will have a darker skin color.
Yes. An O neg parent can only pass on an O Blood Group gene and a Rhesus Negative gene. A B pos parent can potentially pass on a B or an O Blood Group gene and potentially a Rhesus negative or positive gene. Statistically your baby would have a 75% chance of being a B blood group and 25% of being an O. Also, 75% likely to be a positive baby and 25% likely to be a negative baby.
yes. if the dad has 1 recessive blue gene and 1 dominant brown gene then he can either pass on the blue gene or the brown gene.
No: cause neiter parent caries the gene for A blood type, it would be imposible to pass on that gene.
No: cause neiter parent caries the gene for A blood type, it would be imposible to pass on that gene.
Place your tongue on the roof of your mouth. It will warm the palate and help the brainfreeze to pass.
No, it does not. Your parents pass on 50% of your DNA each through the chromosomes in the sex cells (egg and sperm). Depending on which gene is the more dominant, either the 'Grey Eye Gene' or the 'Brown Eye Gene' will determine the ultimate eye colour of the baby (majority of babies eye colour changes after a couple of weeks). The gender of the baby depends on whether both parents have passed on an 'X' chromosome, or whether one (believed to be the father) has passed on a 'Y' Chromosome. It is not related to the same gene that causes eye colour. My sister and I have Blue Eyes, inherited from my father as his gene was more dominant in that area in the DNA passed to us. My brother, from the same two parents, has Brown Eyes inherited from my mother, who in that instance had the more dominant gene.
Zero. Blue eyes come from a recessive gene (brown eyes come from a dominant gene). So two blue-eyed parents have only blue-eye genes in them. Therefore, they can pass only blue-eye genes to their baby.
trait
An example of a gene would be the X and Y chromosomes carried by the father. If the father can pass either gene to his offspring to get either a girl or a boy.
a pass code for baby bow i have a baby Dow but i am not sure what a pass code is sorry