In a more recent study HIF-1α-/ tumours exhibited no significant reduction in vascularity compared with tumours derived from wild-type cells, despite a reduction in growth rate [ 15], although this discrepancy may be cell-line specific.
Moreover, a detailed analysis of striations present on fracture surfaces indicates that while a good correlation between the striation spacing and the average crack growth rate is noticed in PWR environment, a discrepancy is observed in air.
This discrepancy suggests that the growth rate of a virus cannot always be a good predictor of its behaviour when it propagates in the presence of competitor genomes.
Another reason for the discrepancy could be differences in the growth rate of the cells at the time of lysis.
Accordingly, any change in the proportionate limb length discrepancy would identify a change in the growth rate.
We found that if the molecule numbers were adjusted to account for this volume discrepancy, then higher modes also had a positive growth rate in the linear stability analysis.
Although the R-T growth rate agrees with the EPB occurrence for some periods, significant discrepancies are present.
This discrepancy, we show below, reflects different growth medium (which affects growth rate and the number of chromosomes per cell) from that of the previous assay.
Results After lengthening procedures, the proportionate leg-length discrepancy was found to decrease in 16 children, suggesting increased growth rate in the lengthened limbs.
The fact that our previous study was performed with lactose grown cells [ 6] may explain this discrepancy, because growth on lactose is characterized by a very slow growth rate.
There is discrepancy among taxa, and C. ropalophorus, although the smallest species, shows about four times higher growth rate in the second growth zone (similar to Dama) compared to Candiacervus sp. II.
