Sentence examples for straightforward investigate from inspiring English sources
If you are looking for a divorce lawyer, and your case is reasonably straightforward, investigate Divorceonline.co.uk, which now handles close to one in 50 of all divorces filed in England and Wales.
A useful feature available in NexGenEx- is the possibility to straightforward investigate gene expression levels in different formats from all the libraries of several collections.
In the current settings, NexGenEx-Tom offers a useful resource for tomato, because it permits to friendly explore the genome functionality and to straightforward investigate NGS based gene expression patterns in physiological conditions.
This strongly requires the corresponding organization of bioinformatics environments where the results from processed data are appropriately organized and may be straightforward investigated and compared even by users with limited experience in bioinformatics.
First, it is straightforward to investigate the implications of varying birth rates f(s).
The 'mouse allele' annotation shows that several mouse models have already been made, so it may be relatively straightforward to investigate its role.
With emerging knowledge of the major genes that underlie human disease and improved animal models, it seems straightforward to investigate the in vivo function of these genes in the animal models.
Investigating metastasis seems more straightforward than investigating non-metastasis; clinically speaking, it's tough to study those who haven't fallen ill.
Discerning the most basic elements of ordinary matter was challenging, but its study has been far more straightforward than investigating the dark matter that is all around us.
Discrimination between sea biofilms and the remaining standing water and flowing water biofilms is straightforward by investigating the score plots obtained from PCA.
The established computational methodology can be extended in straightforward ways to investigate the effects of monomer chemistry, low-molecular-weight solvents, physical and chemical crosslinking, different phase-separation morphologies, and more complicated mechanical deformation toward predictive modeling capabilities for stimuli-responsive polymers.
