Sentence examples for samples without having from inspiring English sources
Experts in criminal investigations said it was highly unlikely that authorities would request DNA samples without having something with which they could be compared.
A prototype device developed by an international team of engineers can sift exceedingly tiny particles from blood samples without having to send samples off to a lab.
The subject may then be persuaded to provide better quality samples without having to wait for misleading and incorrect identification result from the system.
The prospect of building a device that could land on Mars, or one of Saturn's moons, and analyze samples without having to return to Earth would save billions of dollars.
Between those two approaches, the paired ratios performed better (data not shown) and was therefore used in all subsequent analyses both to prevent a "smoothing" effect of the differences between the data sets themselves, and to make sure that we could add more samples without having to normalize the data sets again.
He is provided with the required tools to go from raw sequencing data the the final visualization and report generation for the sequenced samples, without having to learn complex bioinformatics tools.
This would allow you to see what was living in a sample without having to culture anything.
People sampled without having a bad conscience about it.
Note that additional state paths can be sampled without having to recalculate the matrix of forward values.
The bDNA method combines RNA signal amplification and microspheres with unique fluorescent signatures to enable quantitation of multiple mRNA targets simultaneously in the same sample, without having the amplification inaccuracies of RT-PCR (reverse transcriptase polymerase chain reaction).
Multiple reflections lead to enhanced interaction with the sample without having to face the challenges encountered when measuring transmission (clogging, path length changes due to pressure drops, etc).. Multivariate data analysis can be used to extract chemical information from data (i.e., chemometrics); this makes quantification of spectroscopic measurements possible.
