Sentence examples for predictions we generated from inspiring English sources
To test these predictions, we generated high-resolution time-series trends of multiple isotopic and elemental tracers, including δ34S, 87Sr/86Sr and Ce/Ce*, to facilitate an integrated chemostratigraphic correlation between inner shelf (Xiaofenghe), intra shelf (Jiulongwan), and outer shelf (Yangjiaping and Zhongling) sections.
Since no gold standard exists for evaluation of transporter function predictions, we generated a gold standard for this work.
To test these predictions, we generated transgenic mice expressing mouse ASIC3 in brain via the pan-neuronal synapsin I promoter.
To investigate whether there is a link between this histone mark and our model predictions, we generated genome-wide profile for H3AcK27 in HPC7 and mast cells (Supplementary Fig S5).
In order to test the structural predictions, we generated point mutants of the identified residues (W125D, Q126K, and T14M/T15K), purified the proteins, and tested them for their ability to phosphorylate sedoheptulose.
As DREME requires a negative dataset for more accurate predictions, we generated a random sequence set for each input dataset using a third order Markov chain model based on the transition probabilities of the sequences in the dataset.
In order to assess the significance of our predictions, we generate samples of gene expression values with this method using the control channel.
From the analysis of the overlap among these preliminary predictions, we generate the final prediction by selecting the region, between 200 and 1000 nt long that contains the highest number of preliminary candidate predictions.
To test this prediction, we generated a plasmid expressing the LOC_Os04g39430-coding region under the control of its native promoter.
To test the in silico prediction, we generated a parkin construct devoid of the last three amino acids (parkin Δ3).
To estimate a minimum cutoff length for COX2_TM prediction, we generated the distribution of upstream sequence length (length 5' of the COX2 domain) for all sequences whose architecture includes the COX2_TM domain.
