Our empirical experience has been that different cell types respond to ZDON differently likely because they express different levels of TG2 and have different capacity to transport and metabolize the peptide ZDON.
DAOY cells, engineered to express different levels of c-MYC, showed differing sensitivity to IR, platins, etoposide, and were used to further investigate how c-MYC may modulate the cellular response to IR and some chemotherapeutic drugs.
In the present work, we extended our previous study [15] to a novel panel of human BC cell lines which express different levels of α6β4 integrin confirming that the integrin expression correlates with ErbB-3 protein positivity.
We used DAOY and UW228 human MB cells engineered to stably express different levels of c-MYC, and tested whether c-MYC expression has an effect on radio- and chemosensitivity using the colorimetric 3- 4,5-dimethylthiazol-2-yl -5- 3-carboxymethoxyphenyl -2- 4-sulfophenyl -2H-tetrazolium inner salt (MTS) assay, clonogenic survival, apoptosis assays, cell cycle analysis, and western blot assessment.
Besides the divergence in results experienced by both countries with their eradication plans, the point that must be stressed is that eradication efforts are not constant over time, but rather change as different governments express different levels of commitment to a policy of in the case of Bolivia forceful eradication of coca leaves.
HER2-specific Affibody (His6-ZHER2 GS-Cys) (Affibody, StockHis6-ZHER2 GS-CysjugAffibodyh a Dylight750 fluoreStockholm, Swedenmo-Fisher-Sconjugated withham, Massachusetts) was useDylight750ast agent and six human cancer cell lines, BT-474, SKOV-3, NCI-N87, MDA-MB-361, MCfluorescentA-MB-468, known to exprobe different levels of HER2/neu, are used in athymic mice xenografts.
The three hTNF-expressing clones, although expressed different levels of hTNF (see Fig. 2), all gave similar incidences of disease (see Table 1).
As previously shown, these lines also expressed different levels of AID and they behaved differently as far as susceptibility to toxic stimuli in vitro [27].
In addition to changing expression levels of STMN4, STMN1-/ MEFs also expressed different levels of tubulin isotypes compared to wild-type cells.
To evaluate the developmental basis of the hppy over-expression phenotype, we measured wing size and cell density in wings expressing different levels of the gene.
There are cell subpopulations expressing different levels of chemokine receptors, which, under a particular stimuli, change their expression levels and thus their aggressiveness.
