torche carriers
They were referred to as "Jeep" carriers .
Fleet Aircraft Carriers. (Fleet Carriers are a navy's largest carrier).
USN had 3 carriers and 50 support vessels; IJN had 4 carriers, 7 battlehips and 150 support vessels.
I know the United States has 9 aircraft carriers. Rest of the world??
A male with hemophilia does in fact carry the genes and can pass them on to his daughters, so yes, some boys (if they have hemophilia) are carriers.
McLeod's Daughters - 2001 Second Chances 7-1 is rated/received certificates of: Netherlands:6
Your sons should be safe unless they get a spontaneous mutation causing hemophilia. (this is extremely rare and almost negligible, however can happen) Your daughters however will definitely be carriers and may have low factor levels as well (typically not as severe as the father). Any grandsons produced by your daughters would have a 50% chance of being hemophiliacs as well.
Males and females can be carriers, male carriers can only pass on to their daughters, they will be carriers as well have a premutation. Females can pass on to their sons or daughters, they will have the premutation or the full mutation.
Pick a job that is associated with aircraft would improve your chances of being on a carrier.
Yes, males can be carriers of sex-linked traits. Since males have one X and one Y chromosome, they will express any recessive alleles on their X chromosome because they lack a second X chromosome for dominance. As carriers, they can pass on the trait to their daughters.
Males who are carriers will pass on the gene to all of their daughters, they will be FX carriers. Females who have the premutation (50-200 CGG repeats) or full-mutation (over 200 CGG repeats) have a 50/50 chance of passing it on with each pregnancy. Now just because they pass it on doesn't mean the child will be affected (especially when it comes to girls, since girls have 2 X chromosomes, the other X may produce enough protein.)
carriers are a parent carrying the particular recessive gene for a disease but is not affected by that disease. However, its offspring will have that gene as dominant increasing its chances of being affected by that disease if the parent mates with another parent of the opposite gender who is also a carrier.
Since each fertilization has 50% chance of either male of female, three females would be 12.5%
Hemophilia is passed down from mother to son. It is extremely rare for a woman to have hemophilia. It is necessary, though, for a woman to be a carrier of the disorder for her son to acquire this disorder. Females have two X chromosomes whereas males only have one. When a boy is born, he takes one X chromosome from his mother and one Y chromosome from his father. Therefore, he can only get hemophilia through his mother. Example One: Mother(Carrier)+Father(Non-Affected)=50% chance of their son acquiring the disorder and 50% chance of their daughter being a carrier. Example Two: Mother(Non-Affected)+Father(Hemophiliac)=All sons will be non-affected and all daughters will be carriers.
It depends on whether your parents are carriers or not. If they are NN (or normal normal) and they have sex with someone who is Nn (or normal gauchers) than using a punnet square the chances of them becoming a carrier are 50 50. If your parents are both carriers ie. Nn Nn then the chances of them becoming a carrier are 50% and them having the disease is 25%. If your parents are nn Nn then the chances of them becoming a carrier is 50% and the chances of them having the disease is 50% so they will either be a carrier or have the disease either way. If your parents are nn NN then there is a 100% chance of them being a carrier. You can figure this out by looking at your family tree and seeing who had the disease before you in your family. This is only very basic Mendelian genetics so i would consult a doctor for a more legitimate answer.
torche carriers