From the perspective of the organizers of medical electrical EMC laboratory, this paper elaborates the guiding principles, design ideas and experience of building medical EMC Laboratory. According to the needs of the laboratory, the basic requirements of anechoic chamber, the auxiliary room of anechoic chamber and other supporting rooms in the EMC laboratory are introduced. The key technologies of anechoic chamber, such as frequency range, shielding requirement and static zone, are mainly elaborated, so as to build a laboratory matching with test requirement.
Humans ; Laboratories ; Technology ; trends

Specialized clinical cell processing began in the Department of Transfusion Medicine at the National Institutes of Health in 1984. The number and complexity of procedures performed increased quickly and in 1997 a highly specialized cell processing laboratory was opened. The laboratory has approximately 3,000 square feet, specialized air handing, a highly trained staff, and written laboratory procedures. In addition to standard laboratory equipment, the laboratory has numerous cell isolation instruments, flow cytometers, and automated cell counting instruments. The laboratory supports blood and bone marrow transplant protocols by isolating CD34+ stem cells, removing T lymphocytes, culturing lymphocytes to eliminate donor lymphocytes that are reactive with recipient alloantigens, and stimulating lymphocytes to induce Th2 type cells to reduce graft versus host disease. The laboratory has also been preparing dendritic cells to support protocols using immune therapy to treat cancer. In addition, pancreatic islet cells are isolated from organ donors for transplantation to treat type I diabetes mellitus.
Antigens, CD34/metabolism ; Cell Separation ; Cell Transplantation/*trends ; Hematopoietic Stem Cells/metabolism ; Humans ; Immunotherapy ; Islets of Langerhans Transplantation ; Laboratories/*trends ; Lymphocyte Transfusion ; National Institutes of Health (U.S.)/*trends ; Neoplasms/therapy ; United States

The clinical laboratory technology has gradually changed the traditional detection methods. The new detection technology provides a more rapid and more accurate way for the disease diagnosis. The designs of the clinical laboratory equipments pay more attention to human factors, low cost and benefit for environment protection.
Clinical Laboratory Information Systems ; Clinical Laboratory Techniques ; instrumentation ; trends ; Equipment Design ; Humans ; Laboratories, Hospital ; Oligonucleotide Array Sequence Analysis ; instrumentation ; methods ; Robotics ; Software