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Macromolecules, 1997
The microscopic structure of amorphous polymers was studied by using different molecular probes in finite dilution inverse gas chromatography (FDIGC) experiments. This molecular probe technique allows one to study nonrandom partitioning of solvent molecules and spatial correlation of polymer chain segments in a bulk.
Z. Tan, Gyula J. Vancso
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The microscopic structure of amorphous polymers was studied by using different molecular probes in finite dilution inverse gas chromatography (FDIGC) experiments. This molecular probe technique allows one to study nonrandom partitioning of solvent molecules and spatial correlation of polymer chain segments in a bulk.
Z. Tan, Gyula J. Vancso
openaire +3 more sources
A Pentiptycene-Based Molecular Rotor for Probing Helical Inversion
Synfacts, 2021Ru-Qiang Lu, Timothy M. Swager
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Molecular inversion probes (MIPs) identify novel copy number changes in pediatric gliomas
Journal of Clinical Oncology, 200813006 Background: Childhood brain tumors (CBT) are the most common solid pediatric cancer and the leading cause of pediatric cancer mortality. More than half of all CBTs are gliomas.
Joshua D. Schiffman +6 more
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Towards comprehensive DNA methylation analysis using molecular inversion probes
2015Methylation of cytosine is emerging as a potential biomarker of cancer because it has been associated with ‘lifestyle’ induced changes to DNA. Despite its potential, monitoring methylation of cytosine in genomic DNA is complicated by transient and/or heterogeneous methylation within a region of interest.
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