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In the Drosophila genome, 14% of genes are predicted to utilize multiple TSSs.
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During growth on glucose, C. bescii is predicted to utilize the Embden-Meyerhof glycolytic pathway to produce a combination of lactate and acetate + H2 + CO2 (see Figure 1 for a simplified pathway).
Although benzoate is the only aromatic compound that G. bemidjiensis is known or predicted to utilize as an electron donor and carbon source, the genome suggests that this species may be able to detoxify other aromatic pollutants without degrading them.
The last common symbiotic ancestor is predicted to have been an obligate chemoautotroph, utilizing either nitrate or oxygen for the oxidation of reduced sulfur compounds.
Asn 554 served as a negative control; as part of a NPS motif, it is predicted not to be utilized for glycosylation.
The spreading radius as a function of time was predicted utilizing a numerical solution to an Avrami-type surface nucleation and growth equation.
Second, a cascaded prediction strategy is designed to utilize the predicted spectral features as auxiliary input to boost the prediction accuracy of the excitation features.
A major goal of this study was to utilize DNAm to predict genes subject to XCI.
ANFIS is a type of adaptive multi-layered feedforward networks [23], applied to nonlinear prediction where past data samples are utilized to predict the data samples ahead.
Finally, Tresca and Von Mises' yield criteria are utilized to predict the onset of yielding.
The criteria of Richardson Number and Stratification Number are utilized to predict and evaluate the thermal stratification extent, respectively.
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