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3 article(s) from Beuck, Christine

Molecular tweezer–peptide conjugates disrupt the protein–protein interaction between survivin and histone H3 essential in mitosis

Catherine Gsell,
Philipp Rebmann,
Karina Opara,
Christine Beuck,
Peter Bayer,
David Bier,
Ingrid R. Vetter and
Thomas Schrader

Beilstein J. Org. Chem. 2026, 22, 557–567, doi:10.3762/bjoc.22.41

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Graphical Abstract

Figure 1: Mechanism of CPC recruitment to centromeres and kinetochores. A) Initially phosphomarks are placed ...

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Figure 2: Ribbon model of crystal structure PDB ID 4A0J (https://doi.org/10.2210/pdb4A0J/pdb) [8] of survivin (o...

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Scheme 1: A) Peptide tweezer conjugates 1 and 2a with triazoles linking the tweezer and H3 peptide at its C-t...

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Figure 3: Survivin complexes with peptide tweezers: Fluorescence polarization measurements of wild type and m...

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Figure 4: Crystal structure of the survivin dimer with complexed tweezer H3 conjugate 2a. To distinguish both...

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Figure 5: Survivin–borealin–INCENP complex structures (PDB ID 2QFA) [5] with tweezer model, side and top views. ...

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Figure 6: A) Lewis structure of the truncated tweezer peptide monophosphate 2b. B) Close-up of the binding mo...

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Scheme 2: A) Lewis structures of the new slightly extended binding peptide 3b and the respective click conjug...

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Full Research Paper

Published 27 Mar 2026

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NMR Spectroscopy of supramolecular chemistry on protein surfaces

Peter Bayer,
Anja Matena and
Christine Beuck

Beilstein J. Org. Chem. 2020, 16, 2505–2522, doi:10.3762/bjoc.16.203

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Figure 1: Ligands targeting charged areas on protein surfaces discussed in this review. The protein shown as ...

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Figure 2: ¹H NMR titration of lysine with tweezers. All signals show chemical shift perturbations and differe...

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Figure 3: ¹H,¹⁵N-HSQC Titration of full-length hPin1 with supramolecular tweezers (original data). (a) Spectr...

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Figure 4: Relative signal intensities can be used to identify ligand binding sites (schematic representation ...

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Figure 5: Schematic ¹H,¹⁵N-HSQC spectrum of tauF4 (chemical shifts from BMRB # 17945, [109]) with and without spec...

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Figure 6: H2(C)N spectra specific for arginine (a) and lysine (b) residues of the hPin1-WW domain at differen...

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Review

Published 09 Oct 2020

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Reversibly locked thionucleobase pairs in DNA to study base flipping enzymes

Christine Beuck and
Elmar Weinhold

Beilstein J. Org. Chem. 2014, 10, 2293–2306, doi:10.3762/bjoc.10.239

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Figure 1: Covalent cross-linking of a I^6S/U^4S or G^6S/U^4S base pair within duplex ODN 1∙2 (a) by bis-alkylatio...

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Figure 2: Characterization of HPLC-purified cross-linked duplex 1^I6S-Et-S4U2 (a) by denaturing anion exchange...

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Figure 3: Characterization of HPLC-purified cross-linked duplex 1^G6S-Et-S4U2 (a) by denaturing anion exchange...

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Figure 4: Opening and traceless linker removal of the cross-linked duplexes 1^I6S-Et-S4U2 and 1^G6S-Et-S4U2 by ...

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Figure 5: UV time course of opening of the cross-link in duplex 1^I6S-Et-S4U2 with the thiol nucleophiles DTT ...

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Figure 6: Competition binding of M.TaqI to DNA with unlocked and locked target base pairs. Increasing amounts...

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Full Research Paper

Published 01 Oct 2014

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