An overview of clinical molecular genetics

Clinical molecular genetics has recently become recognized as a diagnostic discipline. This article covers the evolution, structure, and possible forward development of clinical molecular genetics. Topics covered include general test categories, introducing new tests, laboratory facilities, staffing and training, and overview of quality issues.     

Advances in medical genetics.

Although advances in medical genetics are designed ultimately to help human beings receive better health care, they pose many problems for society. Some of these concerns are real, but others result from misunderstanding and/or misrepresentation of the true implication of certain developments in genetics. It is obvious that the geneticist must play a dual role in society as scientist and as advocate. Although such a duality or role is not easy, it is not impossible. However, it does mean that the training of the medical geneticist must include more than exposure to the scientific approach.     

An overview of rice genetics research in China

正Congratulations to the Genetics Society of China on their 40~(th) anniversary! Genetics has expanded in scope in that time frame and has penetrated into many areas of biology, medicine and agriculture. Genetics is poised to continue that trajectory into the future with promises of new understanding and new technologies for the benefit to society. Here, we will highlight some of the     

An overview of developmental genetics in mammals.

Publications in mammalian developmental genetics during the past year reflect a shift of emphasis from the phenotypic level to the primary level of gene expression and the nature of the gene product. A result of this, the developmental role of a considerable number of regulatory genes and specific gene sequences have been identified. The cell type-specific effects of several mutations analyzed in the past have been correlated with effects on growth factors and signal transduction pathways. Specific gene sequences such as those containing the homeobox domains and paired-box sequences have recently been implicated in the control of pattern formation and positional information.