genetics, largely the result of the completion of the Human Genome Project, has helped change the face of modern medicine. Genetic testing of an individual can not only help identify current diseases and disorders, but also help suggest treatment modalities and identify potential future illnesses. For example, patients with a family history of breast cancer can be tested for the breast-cancer gene, and, if positive, decide whether to pursue

Genetics Technology WHERE THE BUCK STOPS Interdisciplinary Team This will consist of a physician, a geneticist, an ethicist, a lawyer or legal practitioner, and a health care provider. The physician or pediatrician will make the diagnosis (of Tay-Sachs), the geneticist, as a specialist, will provide more specific information on genetic diseases, particularly Tay-Sachs, as to causes and risks, prevention, diagnosis and treatment. The physician and geneticist can together form a plan of care

Genomics and Implications for the Future The Human Genome Project has completed its monumental mapping of the genetic sequence in human DNA, and the field of genomics is taking advantage of these initiatives and innovations in technology to pursue scientific inquiries that could not have been imagined just a few years ago. More importantly, perhaps, new applications are being discovered based on the growing body of scientific evidence being developed

Genomes and Comparative Genomics Over the last decade we have achieved rapid strides in the field of genetic engineering. The study of molecular biology has been fairly advanced mainly aided by the unprecedented growth in information technology. Today bio-informatics has opened new vitas for us and we are already progressing in investigating and in the comparative study of genomes. This has shed new light up on our knowledge of the evolutionary

Genetics/Genomics and Medication in Public Health Care Contemporary health care has experienced significant changes in the recent past because of several factors like technology and advances in genetics or genomics. Actually, nurses in the modern health care system are well positioned to include genetic and genomic information in nearly every aspect of public health. This is primarily because advances in genetics and genomics are applicable to the whole spectrum of health

Gene Tech Biological Basis Personalized genomics and personalized medicine refers to a collection of technologies and techniques designed to custom design pharmaceutical treatments according to the patient's genome sequence. The starting point for personalized medicine, which has also been called "stratified medicine" or "precision medicine" is the completion of the Human Genome Project (NHMRC, 2014). The Human Genome Project has permitted unprecedented access to genetic information and the implications the information has