As shown in Fig. 4b (middle panel), most cells lining on vascular lumens were derived from pCSCs or TMCs, because they were strongly stained by mAb to neomycin.
Most cell lines currently used for biopharmaceutical manufacturing contain a constitutive expression unit stably integrated in the target chromosome.
Furthermore, it was also found that the N-alkyl substituted derivatives were more potent than the N-aryl and N-benzyl substituted compounds against most cell lines.
Moreover, it suggests that most cell lines likely do not represent the state of cells in the body with respect to chromatin dynamics, leading to questions about the functional relevance of the S-phase location change.
They were also shown to decrease the possible cytotoxic effect of the active agents on most cell lines tested.
For comparison, acute 13 mmHg pO2 in most cell lines decreases the radiosensitivity by only a factor of about 1.2 versus normoxic conditions ([44], Figure 3).
On most cell lines, oncolysis was significantly improved with replicating viruses in comparison to Ad5luc1.
For most cell lines, the nc-rRNA was also negatively correlated with the total 45S rRNA.
Most cell lines derived from EC undergo apoptosis upon exposure to very low concentrations of Cisplatin.
Most cell lines were tested between four and six times for the expression of NKp30L and NKp44L in independent experiments.
