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Alain Laederach

Researcher at University of North Carolina at Chapel Hill

Publications -  95
Citations -  4724

Alain Laederach is an academic researcher from University of North Carolina at Chapel Hill. The author has contributed to research in topics: RNA & Gene. The author has an hindex of 34, co-authored 88 publications receiving 4078 citations. Previous affiliations of Alain Laederach include New York State Department of Health & University of Neuchâtel.

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Ligand specificity modulated by prolyl imide bond Cis/Trans isomerization in the Itk SH2 domain: a quantitative NMR study.

TL;DR: A novel method of analyzing chemical shift perturbation and cross-peak volumes to measure the affinities of both ligands for each SH2 conformer is developed and finds that the cis imide bond containing SH2conformer exhibits a 3.5-fold higher affinity for the Itk SH3 domain compared with binding of the trans conformer to the same ligand.
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Single Molecule Cluster Analysis dissects splicing pathway conformational dynamics.

TL;DR: Single Molecule Cluster Analysis (SiMCAn), which utilizes hierarchical clustering of hidden Markov modeling–fitted single-molecule fluorescence resonance energy transfer (smFRET) trajectories to dissect the complex conformational dynamics of biomolecular machines, enables rapid interpretation of complex single- Molecule behaviors and should prove useful for the comprehensive analysis of a plethora of dynamic cellular machines.
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Automated docking of maltose, 2-deoxymaltose, and maltotetraose into the soybean β-amylase active site

TL;DR: Docking studies were carried out with both open and closed configurations of the β‐amylase mobile flap, a loop comprising residues 96 to 103, suggesting that it is only upon cleavage of the α‐1,4 linkage that optimal closed‐flap binding can occur with the crytallographically determined enzyme structure.
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Water adsorption in carbons described by the dubinin–astakhov and dubinin–serpinski equations

TL;DR: In this paper, the water adsorption isotherm of type IV, observed for a number of carbons near room temperature, can be decomposed into two contributions of types I and V. The corresponding isotherms can be treated as Dubinin-Astakhov equations.