A summary of the qualitative and quantitative elements of a fluorescent intercalator displacement (FID) assay useful for estab-lishing the DNA binding selectivity, affinity, stoichiometry, and binding site size and distinguishing modes of DNA binding is provided
textA series of studies from our lab have investigated the threading polyintercalator approach to se...
Understanding biochemical functions at the most basic level promises greater understanding and contr...
The gel retardation and FID (fluorescent intercalator displacement) techniques have been compared fo...
We have observed a number of discrepancies and contradictions in the use of a fluorescent intercalat...
We describe a method for distinguishing between minor groove binders and base intercalators that is ...
DNA intercalators are widely used as fluorescent probes to visualize DNA and DNA transactions in viv...
<p>(A) In order to quantify the binding strength, the flurorescence signal representing the DNA tran...
<p>Spectra of DNA-binding affinities measured by bio-layer interferometry technology (Octet Red syst...
The proteins that interact with DNA to maintain fidelity of DNA synthesis, replication, and balanced...
Simple methods for predicting intercalation or groove binding of dyes and analogous compounds with d...
A small molecule can be assumed to bind to DNA by intercalation between base pairs if it causes leng...
i-Motifs are quadruplex DNA structures formed from sequences rich in cytosine and held together by i...
<p>After the contact and separation process, the fluorescence intensity of Cy5 on the glass slide is...
A method to study DNA-dye complexes by the combination of steady state fluorescence anisotropy measu...
Author Institution: Department of Chemistry, Faculty of Science, UAE University,; Al-Ain P.O. Box 17...
textA series of studies from our lab have investigated the threading polyintercalator approach to se...
Understanding biochemical functions at the most basic level promises greater understanding and contr...
The gel retardation and FID (fluorescent intercalator displacement) techniques have been compared fo...
We have observed a number of discrepancies and contradictions in the use of a fluorescent intercalat...
We describe a method for distinguishing between minor groove binders and base intercalators that is ...
DNA intercalators are widely used as fluorescent probes to visualize DNA and DNA transactions in viv...
<p>(A) In order to quantify the binding strength, the flurorescence signal representing the DNA tran...
<p>Spectra of DNA-binding affinities measured by bio-layer interferometry technology (Octet Red syst...
The proteins that interact with DNA to maintain fidelity of DNA synthesis, replication, and balanced...
Simple methods for predicting intercalation or groove binding of dyes and analogous compounds with d...
A small molecule can be assumed to bind to DNA by intercalation between base pairs if it causes leng...
i-Motifs are quadruplex DNA structures formed from sequences rich in cytosine and held together by i...
<p>After the contact and separation process, the fluorescence intensity of Cy5 on the glass slide is...
A method to study DNA-dye complexes by the combination of steady state fluorescence anisotropy measu...
Author Institution: Department of Chemistry, Faculty of Science, UAE University,; Al-Ain P.O. Box 17...
textA series of studies from our lab have investigated the threading polyintercalator approach to se...
Understanding biochemical functions at the most basic level promises greater understanding and contr...
The gel retardation and FID (fluorescent intercalator displacement) techniques have been compared fo...
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