Yes, it can. This new chromosome, which is mostly chromosome 22 with a piece of chromosome 9 stuck to it. It is called the Philadelphia chromosome and can cause chronic myelogenous leukemia (CML) as well as some cases of acute lymphocytic and myelogenous leukemia (ALL and AML).
There are two genetic diseases that were (and are) in Queen Victoria's family. The first one was porphryia which is an autoimmune disease, which was passed on through the Hanoverian line historians believe thanks to Margaret Tudor (the daughter of Henry VIII) The other genetic disease that was in Queen Victoria's family was hemophilia which prevents blood from clotting. It is known that Queen Victoria was a carrier of hemophilia and passed it on to three of her children and at least 6 of her grandchildren and many grandchildren, but it is impossible that she could have carried the gene for both Hemophilia and porphryia (the chance of it happening is the same as the population of the world when she was born.)
It would require changing a person's genes. We can't do that. Yet. Until we do, the genes that gave you the disease will get passed to your children, and THEIR children, etc.
A boy named christian sandor has invented some thing long ago and the items where passed down to the grand children
A genetic disorder can result from a mutation by changing a gene's instructions for making a protein. If there is a mutation in one of these genes, this can be passed on from parent to offspring.
You cannot arbitrarily determine what is passed to a function from outside of the function. If the function expects a reference, then the memory address of the variable will be automatically passed to the function. If the function expects a value, then a copy of the variable's value is automatically passed instead. In other words, it is the function signature that determines what is passed, not how you call the function.
Generational curses are those curses that do not end when a person dies. They are curses that follow the children, grandchildren, and great grandchildren of those who were cursed. They are passed on from one generation to the next.
He had 30 grandchildren because only 2 children passed infancy and so they each had 15 kids.
Sex-linked traits have alleles that are passed from parent to child on a sex chromosome.
Marie Curie died at age 66 of leukemia and did not see her grandchildren. Her children were 14 years old when there mother passed away.
They are martyed.
Dream time legends were passed on in an oral manner. They were told and retold countless times by parents to their children, and then to their grandchildren.
The sex of an individual is determined by the combination of sex chromosomes received from their parents. Typically, females have two X chromosomes (XX) and males have one X and one Y chromosome (XY). To determine whether the chromosome passed from the father is Y or X, the presence of a Y chromosome can be identified through genetic tests, such as a karyotype analysis or DNA sequencing.
Y-linked genes are only passed from father to son because the Y chromosome is inherited exclusively in a paternal manner. Since females inherit an X chromosome from each parent, they do not receive a Y chromosome from their father.
Beverly Cleary had a husband named Clarence Cleary, who passed away in 2004, and twin children, Malcolm and Marianne. She also had grandchildren and great-grandchildren. Beverly Cleary was a beloved author of children's books, including the Ramona series.
Sex-linked disorders are passed on the X chromosome. The man supplies the Y chromosome to his sons so the disorder cannot be passed on to the sons. But the man gives his daughter an X chromosome so the disorder can be passed on to her.
They are sex-linked genes.
The gene for this trait is likely located on the Y chromosome. The Y chromosome is passed down from father to son, and since only males have a Y chromosome, the trait will only be passed down through male lineage.