Results: The fetal membranes contained predominantly smaller proteoglycans, such as biglycan and decorin.
Results: Aqueous pollen extracts (APEs) contained predominantly monohydroxylated products derived of linoleic acid and linolenic acid.
There were 12 bright areas that contained predominantly thick collagen fibers.
Both the clusters and zones contained predominantly Mg and Cu, with minor concentrations of Si and Zn.
The basal plane film was found to be enriched in organic compounds, but was relatively thinner than that of the cross-section, which contained predominantly salt-reduction products.
Interestingly, the incidence of coarse primary particles (>180μm) was highest within the smallest granule size fractions, and conversely, large granules contained predominantly fine (<125μm) primary particles.
The same group showed that the NMDA receptor NR2A subunits are localized primarily at synapses and promote cell survival whereas NR2B subunits are contained predominantly in extra-synaptic NMDA-Rs and promote cell death.
Mineralogical analysis results revealed that the laterite from the Philippines contained predominantly fine iron oxide/oxyhydroxide, as well as a small amount of slightly coarse chromite and gangue mineral aggregates.
In contrast to C. emersonii and C. saipanensis nitrogen starvation of K. sp. increased the production of unsaturated FAME whereas both the nitrogen enriched 20°C and 30°C samples contained predominantly saturated FAMEs.
The infrared spectrometric analysis showed that BMSS resulting from the mild extraction method contained predominantly β-sheet conformations, while the more degradative methods (alkaline, autoclave) led to BMSS where the random-coil conformations were preferential.
As expected, wildtype cells contained predominantly paired sisters (∼6% separated sisters).
