Interestingly, glucose deprivation has been demonstrated to also enhance chemosensitivity of certain tumors, most probably via interference with the availability of sufficient energy substrates for effective DNA damage responses (Simons et al, 2007; Aghaee et al, 2012; Dittmann et al, 2013).
Meanwhile, some of the spectrophotometric methods recommended the measurement of absorbance in the near UV region where interference most probably occurs [4, 7] or use non specific reagent (Potassium iodide/potassium iodate) that don't offer suitable linearity range [6].
A survey of the literature reveals that all the reported spectrophotometric methods are either don't offer high sensitivity, need tedious extraction procedures, recommend the measurement of absorbance in the near UV region where interference most probably occurs and/or use non specific reagent that don't offer suitable linearity range.
This system functions by integrating small segments of virus (bacteriophage) DNA into specific loci in the host genome and utilizing them to abrogate the cognate virus replication, most probably via an RNA interference-like mechanism [ 17, 18].
The modulation was most probably caused by multipathing and interference (Capon 1970), and the modulation pattern may not be the same at Kazan.
Interference is most probably due to the formation of a precipitate with the first reagent [ 12].
This potential use is encouraged by the fact that the TNK2 EGFR interaction is most probably amenable to small peptide interference, as has been previously demonstrated for the Cdc42 TNK2 interaction [ 30, 31].
The presence of Pb in the grey areas is questionable and most probably overestimated because of spectral interferences and the overlapping peaks of S (Kα1 2.309, Kβ1 2.465) with Pb lines (Mα1 2.342, Mβ1 2.444).
Most probably, this can be explained by the stronger response interference in the incongruent than in the congruent condition: The strong interference slowed down responding which allowed the covertly evaluated numerical information to affect the reaction time in the incongruent condition.
This is most probably due to the poorly ordered nature of the silica in opal A and its interference with other more crystalline Raman mineral signatures.
