Evaluation of castor oil-based polyurethane membranes in rat bone-marrow cell culture

A series of flexible polyurethane foams with variations in polyol composition were synthesized with castor oil based Lupranol Balance ® 50 polyether polyol and corn

he liver specimens were obtained by means of percutaneous biopsy and were processed using optical microscopy and trans- mission electron microscopy (TEM). For optical microscopy, the

Ten days after inoculation, four mice from each group were sacrificed for quantification of tumor cell number, ascitic fluid volume and bone marrow cell number.. The remaining

The aim of this investigation was to study the effect of Ti surface roughness on the response of human bone marrow cell culture evaluating cell attachment, cell proliferation,

In this study, the tests were done in monocyte human primary cell culture plated in bovine and porcine collagen membranes, to evaluate the cytotoxicity and amount of

Conidia of diploid strain were inoculated over dialysis membranes supported by solidified com- plete medium + castor oil plant detergent diluted to 1:10, 1:20, and 1:40.. Plates

changes were observed as invagination of the nucleus (Figure 2B) and cell wall (Figure 2E), disruption of the chloroplast membranes (Figure 2E), in addition to the presence

Methods: Amnion cells isolated from fetal membranes were exposed to wsCSE prepared in cell culture medium and changes in ROS levels, DNA base and strand damage was determined by