Japan uses such high quantities of insecticides to achieve high food yields that it has killed off most pollinating insects, and apple trees must now be pollinated by hand.
How did these chemicals, as pervasive and long-lasting as they are, get into milk in such high quantities?
It would be interesting to look more deeply into when these transcripts are expressed and how this organism is able to produce histone proteins in such high quantities in such a short period of time.
Within southern Africa, alcohol use is typically characterized by harmful patterns such as high quantities of alcohol consumption per occasion, drinking in public spaces, heavy alcohol use during cultural events, and drinking outside mealtimes [ 4, 5, 21, 22].
Such higher seed quantity and/or quality in mycorrhizal plants is very likely to influence positively dispersal success, as frugivores (either vertebrates or invertebrates) are known to have preferences for larger fruit/seed displays and for higher quality of fruits and seeds (Jordano 2013).
This is largely due to certain synergistic effects such as higher quantity and better quality of oil, limited supply of certain feedstock and improving the overall pyrolysis process.
To our knowledge, this is the first demonstration of S. cerevisiae being able to accumulate exogenous CBH to such high titers, and to such high cell specific quantities.
In the primary cell wall, pectins are characterized by a high quantity of neutral sugar side chains, such as arabinan and galactan.
Such effects seem very likely to be due to the high quantity of genes expressed during development.
The high quantity of glucose might then be ascribed to the presence of a second saccharide material such as starch [63].
