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The genetic and genomic competencies are important to the practice of all nurses regardless of academic preparation, practice setting, role, or specialty. [6] The competencies are significant because they establish a foundation and set of guidelines for the nursing workforce on administering the minimal amount of genetic and genomic based healthcare.
DTC genetic testing involves many of the same risks associated with any genetic test. One of the more obvious and dangerous of these is the possibility of misreading of test results. Without professional guidance, consumers can potentially misinterpret genetic information, causing them to be deluded about their personal health.
Carrier testing is a type of genetic testing that is used to determine if a person is a carrier for specific autosomal recessive diseases. [1] This kind of testing is used most often by couples who are considering becoming pregnant to determine the risks of their child inheriting one of these genetic disorders.
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The availability of microarray molecular genetic or genome sequencing technologies allows researchers to measure participant DNA variation directly, and test whether individual genetic variants within genes are associated with psychological traits and psychopathology through methods including genome-wide association studies.
Antimicrobial resistance is genetically based; resistance is mediated by the acquisition of extrachromosomal genetic elements containing genes that confer resistance to certain antibiotics. Examples of such elements include plasmids , transposable genetic elements , and genomic islands , which can be transferred between bacteria through ...
Proponents of genetic engineering cite its ability to cure and prevent life-threatening diseases. Genetic engineering began in the 1970s when scientists began to clone and alter genes. From this, scientists were able to create life-saving health interventions such as human insulin, the first-ever genetically engineered drug. [133]
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