Human Primary Cells
Cell models have been critical to enhancing our understanding of the biochemical, physiological, and genetic mechanisms underlying human disease and to developing therapeutic strategies. Primary cells are considered to be more biologically representative in comparison to cell lines owing to their very identical characteristics to the original donor tissue. Primary cell models are well-established, relatively easy and cheap to operate. The main advantage of this model is that it retains functions and phenotypes close to that of in vivo tissues/organs, and the effect of drugs/toxins can be investigated on isolated primary cells at the cellular level.
With a strong partner network, Creative Bioarray offers more than 1000 cell types together with selective cell culture media, suitable for various tissues. We have multiple cell types currently in development, so if you do not see a cell type that meets your needs, please let us know and we will work to accommodate your request. Moreover, our cells are valuable and innovative cell factories for the production of recombinant complex molecules or extracellular vesicles.
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Description: Human hypertension bronchial epithelial cells from Creative Bioarray are isolated from the ...
Description: Human hypertension kidney epithelial cells are isolated from the kidney tissue of human donor that ...
Description: Human hypertension tracheal epithelial cells are isolated from the tracheal tissues of human donor ...
Description: Human hypertension aortic fibroblasts are isolated from the Aorta of human donor that has been ...
Description: Human hypertension artery fibroblasts are isolated from the carotid artery of human donor that has ...
Description: Human hypertension cardiac fibroblasts are isolated from the heart of human donor that has been ...
Description: Human hypertension coronary artery fibroblasts are isolated from the coronary artery of human donor ...
Description: Human hypertension kidney fibroblasts are isolated from the kidney of human donor that has been ...
Description: Human hypertension lung fibroblasts are isolated from the lung of human donor that has been ...
Description: Human hypertension pulmonary artery fibroblasts are isolated from the carotid artery of human donor ...
Description: Human hypertension pulmonary vein fibroblasts are isolated from the carotid artery of human donor ...
Description: Human hypertension vein fibroblasts sre isolated from the vena cava of human donor that has been ...
Description: Human hypertension aortic smooth muscle cells are isolated from the aorta of human donor that has ...
Description: Human hypertension artery smooth muscle cells are isolated from the carotid artery of human donor ...
Description: Human hypertension brochial smooth muscle cells are isolated from the Brochi of human donor that ...
Description: Human hypertension pulmonary artery smooth muscle cells are isolated from the pulmonary artery of ...
Description: Human hypertension pulmonary vein smooth muscle cells are isolated from the pulmonary vein of human ...
Description: Human hypertension vein smooth muscle cells are isolated from the inferior vena cava of human donor ...