32) In addition, megakaryocyte-specific cell surface markers showed a dra |
33) edically relevant nanoparticles can cross specific cell barriers they may disseminat |
34) ocal metabolic requirements together with specific cell characteristics and their le |
35) Emodin treatment did not induce specific cell cycle arrest, but it altered |
36) nanosized containers, functionalized for specific cell targeting will be then highl |
37) unclear, mostly due to focus on only one specific cell type and/or age of manipulat |
38) ith embryonic stem cells and other tissue-specific cell types. |
39) 12S and 0--0.6% for 16S, while the inter-specific variations among common Pomacea s |
40) nd 0-1.3% for ITS-2 rDNA, while the inter-specific variations among species in genus |
41) However, high inter-specific variations between P. |
42) The intra-specific variations in mt patp6 within P. |
43) The respective intra-specific variations of ITS1 and ITS2 were |
44) Species- and isochore-specific variations of the matrices and of |
45) These specific variations are discussed in light |
46) Occasion-specific cognitive function is measured by |
47) explore the relationship between occasion-specific cognitive function and stroke. |
48) t the hypothesis that these children have specific cognitive deficits as opposed to |
49) l performance, indicating the presence of specific cognitive deficits. |
50) mpal atrophy may help explain deficits of specific cognitive functions in MS patient |
51) ks and stimuli that allow them to examine specific cognitive processes linked to inc |
52) The expression of cardiac-specific genes Gata4 and Mef2c and protein |
53) iation medium, expression of cardiac cell-specific genes and beating cardiomyocytes |
54) induced EnSCs to express urothelial cell-specific genes and proteins. |
55) to look at the basal expression levels of specific genes in multipotent stem cells b |
56) tional modifications in the regulation of specific genes related to processes underl |
57) Later we tested urothelium-specific genes and proteins (uroplakin-Ia, |
58) acterized for their aerodynamic diameter, specific surface area (cm(2)/g) and fine p |
59) ic diameter of 4.58 μm, FPF of 66% and specific surface area of 6302.99 cm(2)/g |
60) The specific surface area of PGMA nanobeads wa |
61) The specific surface area of the mPHEMA nanosp |
62) activity and capability due to their high specific surface areas and nanosize effect |
63) lated, counted and characterized by their specific surface marker profile 2 and 24 |
64) gely correlated with the FMD virus (FMDV)-specific antibodies. |
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