that could be compared to the 1849 California gold rush, scientists began to try to find other uses for DNA. Since then, DNA has been used for many things such as finding criminals and confirming paternity/maternity. Also DNA has been used to track diseases and problems that start at the molecular level. Three of the newer advances in DNA technology are DNA Fingerprinting, Recombinant DNA (rDNA) and Paternity/Maternity Tests. DNA Fingerprinting, also known as DNA Profiling, is a method used to identify
identifying genetic disorders through the study of an individual’s DNA. They can be used to determine predisposition for various disorders such as Alzheimer’s, breast cancer, and sickle cell anemia. Genetic screenings inform individuals about their state of health and can help them make efficient choices in regard to disease treatments and prevention; however they have not gone without controversy. Many feel that such screenings can cause stigma and discrimination against individuals who have
normal treatments than their white counterparts. When the scientific community begins to spread unfounded hypotheses regarding genetic differences between races, particularly differences that attribute poorer health or increased susceptibility to disease among minority groups, a Pandora’s Box is opened of potential dangers which can aid proponents of racist doctrines. Historically, scientific studies that sought to prove biological differences among races have led to violently racist movements like
Other interventions to reduce early attrition include suggesting an in-depth social work assessment at baseline, identifying barriers to maintaining follow-up after transfer to outpatient. Initially, increased dropout during the first week of outpatient follow-up was observed, particularly with patients residing ‘out-of-town’. On further investigation, those patients complained of difficulty in securing transportation to the treatment centre. Such cases were reported to the governance committee,