Significados de optical mapping en inglés

We assessed the electrophysiological characteristics of the PVs using high-resolution optical mapping.

The contraction of it is studied with optical mapping on transmembrane action potential.

Electrophysiological properties were studied 5 weeks after treatments by optical mapping.

Due to single molecule detection, optical mapping offers significant advantages over other technologies.

Conclusion: The optical mapping platform effectively detects DNA methylation patterns.

Histological analysis was performed on each preparation after optical mapping.

Electrophysiological parameters were assessed by optical mapping and patch-clamp techniques.

Results: Whole genome restriction maps of the sequenced strains were produced through optical mapping technology.

Results: A single molecule approach is presented for the discernment of methylation profiles, based on optical mapping.

Conclusion: Our experience suggests that routine use of optical mapping in bacterial genome sequence finishing is warranted.

Conclusion: Analysis of sequence and optical mapping data effectively validates genome sequence assemblies constructed from large, repeat-rich genomes.

We believe these improvements to optical mapping will further stimulate the development of nonelectrophoretic approaches to genome analysis.

A similar approach based on whole-genome sequencing combined with optical mapping could be employed to examine closely related pathogens.

Here for the first-time, we provide a spatial view of VT in a genetic LQT3 model using optical mapping.

Recently published optical mapping studies of larger mammals, including humans, have identified functionally discrete sinoatrial exit pathways of activation.

Furthermore, the methylation status of selected loci within the genome of human embryonic stem cells was profiled using optical mapping.