Although high-throughput sequencing technologies have been limited in some applications due to their high error rates, repeated template sequencing presents a powerful approach for increasing the sequencing fidelity to a level that can generate highly sensitive detection assays.
In a real-world scenario, encryption can be applied to the biometric signals for increasing security; the templates that can reside in either a central database or a token (e.g., smart card, or a biometric-enabled device such as a cellular phone with a fingerprint sensor), can be encrypted after enrollment.
This improved dimension reduction power will allow us to have reduced size feature sets (optimal for template storage) and increased matching speed due to these smaller dimensional features.
BPM is also a good template for technologies to increase the recording density.
This phenomenon appears more pronounced as smaller amounts of DNA are used as a template for amplification, and significantly increases the sequencing effort required to achieve sufficient coverage across the whole genome.
With increasing units of ligase enzyme in combination with 2 μL of DNA template, increasing MFI values for the NTC were seen (Data set S.4), which caused declining signal-to-noise ratios.
This could be due to the stochastic nature of low template samples which increase the probability for not only C>T/G>A artefacts but also other nucleotide artefacts to appear.
ST deviation recorded during angioplasty provides a patient-specific template for identification of patients at increased risk for coronary events after angiographically successful dilation.
The PaHGB1 sequence was amplified from P. abies cDNA via a two-step PCR using the Advantage® 2 DNA polymerase mix (Clontech Laboratories, Inc ., 1 50 diluted PCR product of the first reaction was used as template for the second reaction to increase the product amount.
The synthesis of magnetic metallic nanowires based on self-assembled templates is of increasing interest for fundamental magnetic materials research, because of the relation of the geometric dimensions of a nanosized metallic wire and its magnetic behavior [35].
