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Welcome back to Bogobiology! This week were going to discuss the concept of sex linked traits, specifically hemophilia. To begin with, remember that every somatic cell in the human body should contain 46 chromosomes, or 23 pairs. We get one set of genes from our mother, and one set of genes from our father. When paired together, the corresponding chromosomes from each parent are called a homologous pair. One of these 23 chromosome pairs determines the biological sex of the organism. The larger, longer type is called an X chromosome, and the smaller shorter one is called a Y chromosome. Females have two X chromosomes and males have one X and one Y. In humans, the females eggs always contain an X chromosome, but the male sperm may pass on either an X or Y. The male determines the sex of the offspring. If he passes on an X chromosome, the resulting offspring will be female. If he passes on a Y, the resulting offspring will be male. The X and y chromosomes both contain genes that help c