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Founded in 1956, the University of Florida College of Nursing is the premier educational institution for nursing in the state of Florida and is ranked in the top 10 percent of all nursing graduate programs nationwide. The UF College of Nursing continually attracts and retains the highest caliber of nursing students and faculty with a passion for science and caring.

Co-located with the Shands Jacksonville Hospital, the Jacksonville Health Science Center excels in education, research and patient care that expresses our abiding values of compassion, excellence, professionalism and innovation. Our state-of-the-art medical center serves an urban population of 1 million from north Florida to south Georgia.

University of Florida Health knows how important ongoing medical learning is to health care providers and the community. gas stoichiometry formula That is why we provide online Continuing Medical Education (CME) courses for you to complete for CME credits. These courses share the latest in medical knowledge, teach new patient-relationship skills and help providers deal with relevant current issues.

Human beings have cells with 46 chromosomes. These consist of 2 chromosomes that determine what sex they are (X and Y chromosomes), and 22 pairs of nonsex (autosomal) chromosomes. Males are "46,XY" and females are "46,XX." The chromosomes are made up of strands of genetic information called DNA. Each chromosome contains sections of DNA called genes. The genes carry the information needed by your body to make certain proteins.

Each pair of autosomal chromosomes contains one chromosome from the mother and one from the father. Each chromosome in a pair carries basically the same information; that is, each chromosome pair has the same genes. Sometimes there are slight variations of these genes. electricity and circuits class 6 These variations occur in less than 1% of the DNA sequence. The genes that have these variations are called alleles.

Some of these variations can result in a gene that is abnormal. electricity physics pdf An abnormal gene may lead to an abnormal protein or an abnormal amount of a normal protein. In a pair of autosomal chromosomes, there are two copies of each gene, one from each parent. If one of these genes is abnormal, the other one may make enough protein so that no disease develops. When this happens, the abnormal gene is called recessive, and the other gene in the pair is called dominant. Recessive genes are said to be inherited in an autosomal recessive pattern.

In autosomal recessive inheritance, the parents of an affected individual may not show the disease (they are carriers). On average, the chance that carrier parents could have children who develop the disease is 25% with each pregnancy. Male and female children are equally likely to be affected. For a child to have symptoms of an autosomal recessive disorder, the child must receive the abnormal gene from both parents. Because most recessive disorders are rare, a child is at increased risk of a recessive disease if the parents are related. ag gaston funeral home birmingham al Related individuals are more likely to have inherited the same rare gene from a common ancestor.

In X-linked recessive inheritance, the chance of getting the disease is much higher in males than females. Since the abnormal gene is carried on the X (female) chromosome, males do not transmit it to their sons (who will receive the Y chromosome from their fathers). However, they do transmit it to their daughters. In females, the presence of one normal X chromosome masks the effects of the X chromosome with the abnormal gene. So, almost all of the daughters of an affected man appear normal, but they are all carriers of the abnormal gene. Each time these daughters bear a son, there is a 50% chance the son will receive the abnormal gene.

In X-linked dominant inheritance, the abnormal gene appears in females even if there is also a normal X chromosome present. Since males pass the Y chromosome to their sons, affected males will not have affected sons. v gashi 2012 All of their daughters will be affected, however. Sons or daughters of affected females will have a 50% chance of getting the disease.