yes
This question is a bit ambiguous to say the least. The most clear cut and simplified answer I can offer is; Hemophilia causes in affected individual's blood to not clot properly and often exacerbates wounds and injuries making them several times more problematic. Minor trauma to locations such as the head, neck, chest, or back can develop into life threatening situations if the individual is not treated. Treatment for hemophilia is in itself problematic due to the financial burden it enparts on the individual. Hemophilia treatment costs an average of $250,000 per year for each person with hemophilia in the United States. Maintaining appropriate medical coverage is of the highest importance. The secondary impacts of hemophilia are no lighter than the disorder itself. Hemophilia can also greatly skew the social, physical and phycological state of the individual if adequate treatment is not provided. Overall quality of life can be dramatically altered.
Some women are carriers and there are 3 different types of hemophilia (A, B, & C) plus Von Willebrand's disease. The reason that females are carriers is that the defective gene that results in the clotting factor deficiency is located on the X chromosome and is passed on by the mother to daughter or to son. It can't be passed on from father to son but can be passed from father to daughter. I'll explain below. Understand something about genetics: Women carry two X chromosomes (XX) and men carry one X and one Y (XY). There must be two X s to make a female baby but only one Y is needed to make a male. Each parent contributes one chromosome to a baby. Because the mother will always contribute X chromosomes, it's the father who determines the sex of the baby and he does this by contributing either an X or a Y chromosome. Since the defective gene is on an X chromosome, when it comes to male children it will be the mother who passes on the gene. A mother may pass on the defective gene to her daughter and as long as the father isn't a hemophiliac himself, he won't contribute a second defective X gene and the daughter will just be a carrier and won't have the condition herself. If the father has hemophilia and the mother is a carrier, the daughter ends up with two defective genes and she WILL have hemophilia. This applies only to A & B, the more common forms. These occur, by far, mostly in males but they CAN and HAVE occurred in females. The gene that causes C can be passed on by either parent. Hemophilia A: Low or no levels of clotting factor VIII. This is the most common from of hemophilia, the "classic" form. There will be prolonged bleeding even minor cuts and wounds. The largest and most common problems are internal bleeding into the joints, organs and even muscles. Hemophilia B: Low or no levels no clotting factor IX. This form is less common than A, but leads to similar bleeding concerns. Most people with hemophilia can lead relatively normal lives if they exercise care and caution combined with prompt and adequate treatment. Hemophilia C: Low or no levels of clotting factor XI. This is the rarest form of the three. Unlike A and B, the risk for bleeding isn't influenced by how severe the XI factor deficiency is and this makes it more difficult to manage. Most people with the C type don't bleed spontaneously but do have unpredictable bleeding tendencies after surgery or trauma. And unlike A and B, this form affects males and females equally of Ashkenazi or Iraqi Jewish descent. Von Willebrands disease: Technically this isn't hemophilia but because it's a bleeding disorder, I included it. It's caused by a deficiency in a clotting protein called Von Willebrand factor and this disease affects both males & females equally, unlike hemophilia. Any hemophilia, A, B or C, is potentially lethal given the nature of the deficiency. Bleeding from head trauma poses serious risk as does bleeding into any of the vital organs.
It's important to provide age-appropriate information if your little brother asks about his penis size. You can explain that everyone's body develops at different rates and that comparing sizes is not necessary. Encourage him to focus on being healthy and taking care of his body rather than worrying about size.
how god explain buried fossil
The cost of outdoor and wildland fires includes expenses for fire suppression efforts, property damage, loss of natural resources, emergency response services, and healthcare for those affected by the fires. Additionally, there are long-term economic impacts from reduced tourism, decreased property values, and disruptions to businesses in the affected areas. The environmental costs can also be significant, including habitat destruction, loss of biodiversity, and carbon emissions.
Your brother-in-law is the brother of your spouse or the husband of your sister.
This question is a bit ambiguous to say the least. The most clear cut and simplified answer I can offer is; Hemophilia causes in affected individual's blood to not clot properly and often exacerbates wounds and injuries making them several times more problematic. Minor trauma to locations such as the head, neck, chest, or back can develop into life threatening situations if the individual is not treated. Treatment for hemophilia is in itself problematic due to the financial burden it enparts on the individual. Hemophilia treatment costs an average of $250,000 per year for each person with hemophilia in the United States. Maintaining appropriate medical coverage is of the highest importance. The secondary impacts of hemophilia are no lighter than the disorder itself. Hemophilia can also greatly skew the social, physical and phycological state of the individual if adequate treatment is not provided. Overall quality of life can be dramatically altered.
There is a Celtic symbol that means brother not sure how to explain it just google "celtic symbol for brother"
Use of their name is appropriate. If you have to explain their relationship, they would be your son's wife's brother, or your daughter-in-law's brother.
A woman carrying a gene for hemophilia is typically a carrier with one X chromosome carrying the hemophilia gene and one X chromosome carrying the normal gene. When she is mated with a normal male who has one X chromosome and one Y chromosome, there is a 50% chance that the son will inherit the X chromosome carrying the hemophilia gene from the mother. Since males have only one X chromosome, if they inherit the hemophilia gene, they will express the disorder.
The mean is most affected by an outlier because it is calculated by summing all values and dividing by the number of observations; a significantly high or low value can skew the result. In contrast, the median, which is the middle value when data is ordered, remains relatively unaffected by extreme values. The mode, being the most frequently occurring value, is generally the least impacted by outliers as it focuses on frequency rather than magnitude.
Aaron
Her Brother. That Would EXPLAIN it in the CYRUS part
Train tracks
wala gne q kabalo
nose
he did much to explain math and science