At present, bioethanol production generally utilizes derivatives from food crops such as sugar cane and corn grain (Cardona and Sanchez 2007).
Results demonstrate that the sequence of hand and tail contacts differ significantly between the two species with Lagothrix using a new tail hold with every hand hold, while Ateles generally utilizes a new tail hold with only every other hand hold.
Our laboratory has developed a sensitive IMS-MS plathatm that generally utilizes nitrogen as the buffer gas.
Bioremediation generally utilizes microbes (bacteria, fungi, yeast, and algae), although higher plants are used in some applications.
In addition, data normalization fundamentally differs between microarray analysis and qPCR, the former requiring global normalization, while the latter generally utilizes the expression of one or more reference genes against which all other gene expression is calibrated.
The normalization process generally utilizes second-order reaction kinetics of re-association of denatured DNA, so that relative transcript concentrations within the remaining single-stranded cDNA fraction are equalized to a considerable extent.
Bioethanol production generally utilizes derivatives from food crops such as corn grain and sugarcane, but the limited supply of these crops can lead to competition between their use in bioethanol production and food provision.
Another important difference in our experimental model is that we delivered radiation exposure in a single, unfractionated dose to late third-instar larvae, whereas CRT generally utilizes fractionated exposure delivered in smaller doses over many days to achieve a final total dose to reduce toxicity to normal tissue while effectively killing malignant cells (Ahmed et al., 2014).
ORC is generally utilized to generate electricity from heat sources with a relatively low temperature difference.
The biogas is generally utilized for heating, mechanical shaft works, and electricity generation.
Hardware in the Loop (HIL) is generally utilized for control code development and verification.
