316) membrane and is involved in pancreatic β cell survival and function, even enhancing |
317) ion would lead to decreased neuroblastoma cell survival. |
318) nesulfonate and acridine in an eukaryotic cell system Saccharomyces cerevisiae and s |
319) We employed as model cell system the human neuroblastoma cell l |
320) ultistep development of becoming a cancer cell that allow them to survive, prolifera |
321) here is no unique master mesenchymal stem cell that is appropriate to treat all targ |
322) ards the employment of such a vehicle for cell therapy, this study examined the capa |
323) To fulfil the clinical potentials for cell-based therapy, banks of hESC lines th |
324) The responses of normal and tumor cell to oxidized DNA may differ. |
325) The specific targeting of cells to sites of tissue damage in vivo is |
326) igh-dose chemotherapy and autologous stem cell transplantation, and the subsequent i |
327) Hematopoietic stem cell transplantation, the only cure for XH |
328) n-metastatic grade II and III canine mast cell tumours (MCTs). |
329) commonly used for prognostication of mast cell tumours. |
330) Fibronectin interacts with different cell types, cytokines and the ECM. |
331) PEMF promoted the viability rate of both cell types, whereas DHEA decreased the via |
332) In the control donkeys, packed cell volume (PCV), erythrocyte count and h |
333) ecrease in hematocrit, thrombocytes, mean cell volume values (c.a. |
334) n metal ions and functional groups on the cell wall surface of the biomass were conf |
335) gree of compaction and structuring of the cell wall was found to be indirectly relat |
336) For each year, a cell was classified as either FMD positive |
337) A finite element model of a single cell was created and used to compute the b |
338) Besides CD30, pleomorphic large cells were positive for CD15 but negative |
339) The cells were transfected with human vascular |
340) duced NO at levels similar to endothelial cell (EC) controls in vitro which was capa |
341) Early embryonic stem cell (ESC) differentiation is marked by th |
342) believed to regulate haematopoietic stem cell (HSC) functions in the bone marrow (B |
343) The energy potentials regulating cell-cell (JCC) and cell-matrix (JMC) adhe |
344) Promoting mesenchymal stem cell (MSC) proliferation has numerous appl |
345) mesenchymal stem/stromal cell (MSC)-based feeder layers) were addre |
346) iR- 206 in pulmonary artery smooth muscle cell (PASMC) proliferation. |
347) as determined in 180 patients with sickle cell (SS) disease (126 sickle homozygous a |
348) e reasons why some human mesenchymal stem cell (hMSC) samples are less efficient at |
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