The phrase 'assimilate for' is not correct in written English.
The phrase should be 'assimilate to', which means "to absorb and become similar to something else". For example: She has tried to assimilate to the local culture since moving to the city.
As a result of the economic downturn and a dwindling endowment, the International Center, which has taught English and helped immigrants assimilate for decades, faces dissolution and eviction from its Manhattan home.
The amount of material that students must assimilate, for example, has increased dramatically since the 1970s; and regulations now limit the number of hours trainees can work in the hospital.
Consonant clusters across syllable boundaries do not assimilate for place in Wagiman as they do in many other languages.
Nodulation is the product of a controlled infection process of the legume root system by soil bacteria of genus Rhizobia and results in the development of a new plant root organ, the nodule, where differentiated bacteria named bacteroides fix and assimilate for the plant the atmospheric dinitrogen.
In addition, historical ozone observations will be assimilated for climate and chemistry studies.
In this regard, free ammonium in nucellar projections should be quickly assimilated for an efficient nitrogen use.
To date, no middle atmosphere model is data-assimilated for the whole domain due to the scarceness of observations in the MLT region.
High temperatures in the previous growing season (July/August) may reduce storage of assimilates for growth of next year (Liang et al., 2010).
Almost 60% of assimilates for seed development were derived from photosynthesis of siliques confirms the predominance of silique as a photosynthetic organ for seed development (Lewis and Thruling 1994; Gammelvind et al. 1996).
OsINV3 was found to regulate spikelet size by playing a key role in cell expansion, driving the movement of assimilates for grain filling by modulating the hexose-to-sucrose ratio, contributing in grain weight determination and thus, the grain yield.
Nitrogen compounds are eventually converted to ammonium and assimilated for biosynthesis via the glutamin synthetase (GS -glutamine oxoGS -glutaminenoxoglutarate or glutaminotransferaseGorAT) cycle, where glutamate dehydrogenasynthase pathway does not function, probably due to low affinity to ammonium.
