Exact(60)
Descriptive statistics were generated for change in CAARS:O-SV score for adherent (> 95% adherence) and non-adherent subjects.
For adherent cells, trypsin-EDTA was used for detachment.
The suggested methods cover experiments for adherent cells and cells in suspension.
The information in this study is an important step toward development of successful vitrification strategies for adherent human iPSCs.
An exposure system for adherent growing cells to native gaseous compounds was developed using air/liquid culture techniques on the basis of the Cultex system.
In this investigation, a gas chromatography/mass spectrometry (GC/MS -based metabolomic protocol for adherent cell cultures was developed usinGC/MS -basedl design of experimetabolomic
The proposed method utilizes two computational models; the first model represents cell growth patterns whereas the second model determines optimal initial cell seeding positions for adherent cell expansions.
For adherent cells, the t 90 value of 14.5 h (Table 1; VCM) suggests 90%% of the NPs in suspension will come in contact with and potentially interact with the cell layer by the 24-h time point indicating that the experimentally observed toxicity values are an accurate assessment of the in vitro toxicity for adherent cell types.
For the unstable nZnO/PBS stock, the ISDD α values of 0.290 for adherent cell model conditions and 0.120 for the suspension cell models were significantly higher (1037 and 1279 % increases for adherent and suspension cell models, respectively) than those obtained using the Harvard VCM (Table 1).
Applying the same model to the stable nZnO – FBS/PBS stock dispersion, yielded α values (0.331 and 0.107 for adherent and suspension cell models, respectively) more closely aligned to the VCM determined values (Table 1) with percent increases of 107 and 97 % for adherent and suspension cell models, respectively.
Thus, SiC interlayers were demonstrated as a suitable option for adherent diamond coatings on the cemented carbide components and cutting tools.
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