An anode without cyanobacteria displayed no such response, indicating this phenomenon is mediated by cyanobacterial cells.
Recent evidence indicates that this phenomenon is due to cell cycle-dependent mechanisms that restrict the initial activation of developmental genes to the G1 phase.
However, a similar acceleration in Capra indicates that this phenomenon is not specific to the Balearic lineage.
The station-dependence of the proportion of the rare species and of inheritance from the rare species indicates that this phenomenon is dependent on population dynamics.
Variation in gene expression may result from changes in the sequence of regulatory elements, such as single nucleotide polymorphisms (SNPs), and recent surveys indicates that this phenomenon is widespread through the genome and tissues [3], [12], [13], [14].
Additional results from our study also indicates that this phenomenon is no longer true as R0 increases: for R0 approximately ≥2.0 increasing diagnosis coverage always leads to increased antiviral usage.
This indicates that this phenomenon is not particular to self-fertilizing nematodes.
That indicates that this phenomenon likely presents ERP rather than ERS.
Our study indicates that this phenomenon has been compounded by the use of acellular pertussis Hib combination vaccines with lower Hib immunogenicity.
However, hypermethylation has been observed in only 17% of colon cancer clinical specimens, which indicates that this phenomenon is real but cannot be generalised (Aguilera et al, 2006).
