"fuel preferences" is a correct and usable phrase in written English.
It refers to an individual or group's preferred or favored type of fuel. Example: In order to reduce their carbon footprint, many households have started to switch to more sustainable fuel preferences, such as solar power or electric vehicles.
So far, only a few studies on the biomass fuel preferences of rural households have been carried out.
Moreover, the biomass fuel preferences among rural households and their involvement and attitudes in terms of afforestation programmes are poorly understood in the context of Bangladesh.
The study involved a socio-economic survey among rural households to explore their biomass fuel preferences and attitudes towards bioenergy in the selected four upazila (Table 1).
The interview was based on memory recall, knowledge and understanding of the use of biomass as a fuel, preferences and the development of resources of the respondent.
Metabolic activities and fuel preferences in cultured astrocytes and neurons, brain slices from immature subjects and adult tissue are unlikely to be equivalent.
Cardiac metabolism is flexible, with fuel preferences switching from primarily glycolysis in the foetal heart, to β-oxidation of lipids in the adult heart [ 3].
Understanding the molecular determinants of cellular fuel preference may provide insights into the homeostatic control of stress responses, and unveil therapeutic targets.
Furthermore, on the one hand, biomass fuel preference is directly related to the local available biomass and the socio-economic conditions of the consumers [9], and on the other hand, the investigations of public attitudes concerning various aspects of environmental issues are of high importance for resource development [10].
We conclude that ghrelin and GHS-R are not determining factors for fuel preference when regular chow is fed.
Thus, the increase in endurance capacity in SOD1G86R mice mirrors a profound alteration of fuel preference in muscle fibers.
Thus, the early switch of fuel preference in ALS mice could be driven by the increased expression of PPARβ/δ.
