Cell Biologics
 |
||
Cell Biologics is a premier company and the first to offer genetically modified and normal mouse primary endothelial cells and other mouse cell types. The production of mouse primary endothelial cells was not economically or technically feasible until the creation of our company- Cell Biologics. The goal of our scientists and staff is to provide you with the best murine primary endothelial cells and other mouse primary cells for your research needs and to give you customized solutions to your specific research problems. While genetically modified mice have proven to be a useful model for many human pathologies, culture of murine normal or genetically modified endothelial cells and other mouse primary cells are extremely beneficial to multidisciplinary, biomedically important, endothelial cell research in the areas of cell adhesion, angiogenesis, gene therapy and drug targeting. Cell Biologics is dedicated to the rapid development of significant basic and clinical research on the endothelium by saving investigators time, money, and laboratory costs in the production of consistent normal and genetically modified cells in a timely and reproducible manner.
Webste : www.cellbiologics.com
| ||
Human Primary cells - Pulmonary system
The respiratory system is the apparatus (set of organs), which enables breathing, i.e. the exchange of gases between the body and the environment. The respiratory system begins at the nose and mouth and continues through the airways and lungs. The trachea is the largest part of the airways. The trachea divides into two smaller branches, the right and left bronchus, which lead to each of the lungs (the right and left).
The pulmonary cellular system mediates the exchange of oxygen and carbon dioxide between the body and its environment. Endothelial cells, epithelial cells, smooth muscle cells and fibroblasts are essential components required for the normal functioning of the respiratory system. Abnormal proliferation and regulation of cells in the pulmonary system contribute to the development of pathological disorders such as chronic obstructive pulmonary disease, pulmonary vascular disease, asthma, oedema and lung cancer. We propose different types of normal human primary cells in the pulmonary cell system.
