https://www.ak-besenius.chemie.uni-mainz.de/2025/06/23/phd-defense-nicole-hutter/2026-02-24T18:31:35+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/1-test-publication/2026-06-17T13:50:37+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/2-polymer-supported-cationic-templates-for-molecular-recognition-of-anionic-hosts-in-water/2026-06-17T13:50:32+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/3-dynamic-combinatorial-discovery-of-a-2-catenane-and-its-guest-induced-conversion-into-a-molecular-square-host/2026-06-17T13:50:28+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/4-tailored-polymer-supported-templates-in-dynamic-combinatorial-libraries-simultaneous-selection-amplification-and-isolation-of-synthetic-receptors/2026-06-17T13:50:24+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/5-synthesis-and-characterization-of-water-soluble-densely-branched-glycopolymers/2026-06-17T13:50:21+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/p1-selective-antibody-drug-conjugates-for-targeted-cancer-therapy/2026-06-17T13:50:16+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/r1-supramolecular-chemistry-in-polymer-networks/2026-06-17T13:50:13+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/rep1-project-raccoon-automated-construction-of-pdb-files-for-polymers-and-polymer-peptide-conjugates/2026-06-17T13:50:09+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/m1-columnar-assemblies-with-restricted-size-of-c3-symmetrical-gdiii-dtpa-chelates/2026-06-17T13:50:05+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/6-affinity-chromatography-in-dynamic-combinatorial-libraries-one-pot-amplification-and-isolation-of-a-strongly-binding-receptor/2026-06-17T13:50:00+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/7-controlling-the-growth-and-shape-of-chiral-supramolecular-polymers-in-water/2025-06-26T16:36:47+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/8-controlled-supramolecular-oligomerisation-of-c3-symmetrical-molecules-in-water-the-impact-of-hydrophobic-shielding/2026-06-17T13:49:55+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/9-single-chain-folding-of-polymers-for-catalytic-systems-in-water/2026-06-17T13:49:52+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/10-peptide-functionalised-discotic-amphiphiles-and-their-self-assembly-into-supramolecular-nanofibres/2026-06-17T13:49:49+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/11-self-sorting-in-rodlike-micelles-of-chiral-bisurea-bolaamphiphiles/2026-06-17T13:49:45+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/12-modular-synthesis-of-supramolecular-ureidopyrimidinone-peptide-conjugates-using-an-oxime-ligation-strategy/2026-06-17T13:49:42+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/13-paramagnetic-self-assembled-nanoparticles-as-supramolecular-mri-contrast-agents/2026-06-17T13:49:39+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/14-controlling-the-cooperativity-in-the-supramolecular-polymerization-of-ionic-discotic-amphiphiles-via-electrostatic-screening/2026-06-17T13:49:36+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/15-side-chains-control-dynamics-and-self-sorting-in-fluorescent-organic-nanoparticles/2026-06-17T13:49:30+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/16-mechanistic-control-over-morphology-self-assembly-of-a-discotic-amphiphile-in-water/2026-06-17T13:49:25+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/17-tuning-the-aqueous-self-assembly-of-multistimuli-responsive-polyanionic-peptide-nanorods/2026-06-17T13:49:21+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/18-ph-switchable-ampholytic-supramolecular-copolymers/2026-06-17T13:49:17+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/26/19-from-supramolecular-polymers-to-hydrogel-materials/2026-06-17T13:49:14+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/20-topochemical-polymerization-in-self-assembled-rodlike-micelles-of-bisurea-bolaamphiphiles/2026-06-17T13:49:10+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/21-the-synthesis-of-dendritic-edot-peptide-conjugates-and-their-multistimuli-responsive-self-assembly-into-supramolecular-nanorods-and-fibres-in-water/2026-06-17T13:49:06+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/22-facile-synthesis-of-a-peptidic-aui-metalloamphiphile-and-its-self-assembly-into-luminescent-micelles-in-water/2026-06-17T13:49:03+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/23-tuning-the-ph-triggered-self-assembly-of-dendritic-peptide-amphiphiles-using-fluorinated-side-chains/2026-06-17T13:48:59+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/24-ph-regulated-selectivity-in-supramolecular-polymerizations-switching-between-co-and-homopolymers/2026-06-17T13:48:30+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/25-tuneable-ph-regulated-supramolecular-copolymerisation-by-mixing-mismatched-dendritic-peptide-comonomers/2026-06-17T13:48:54+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/26-steric-constraints-induced-frustrated-growth-of-supramolecular-nanorods-in-water/2026-06-17T13:48:27+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/27-probing-the-self-assembly-and-stability-of-oligohistidine-based-rod-like-micelles-by-aggregation-induced-luminescence/2026-06-17T13:48:24+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/28-kinetically-controlled-sequential-growth-of-surface-grafted-chiral-supramolecular-copolymers/2026-06-17T13:48:20+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/29-reversible-covalent-and-supramolecular-functionalization-of-water-soluble-aui-complexes/2026-06-17T13:48:16+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/30-kinetic-control-in-the-temperature-dependent-sequential-growth-of-surface-confined-supramolecular-copolymers/2026-06-17T13:48:13+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/31-tuning-the-ph-switch-of-supramolecular-polymer-carriers-for-sirna-to-physiologically-relevant-ph/2026-06-17T13:48:10+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/32-dynamic-light-scattering-investigation-of-the-kinetics-and-fidelity-of-supramolecular-copolymerizations-in-water/2026-06-17T13:48:07+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/33-tuneable-transient-thermogels-mediated-by-a-ph-and-redox-regulated-supramolecular-polymerization/2026-06-17T13:48:04+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/34-folding-induced-supramolecular-assembly-into-ph-responsive-nanorods-with-a-protein-repellent-shell/2026-06-17T13:48:00+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/35-kinetically-controlled-stepwise-self-assembly-of-aui-metallopeptides-in-water/2026-06-17T13:47:55+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/36-mannose-decorated-multicomponent-supramolecular-polymers-trigger-effective-uptake-into-antigen-presenting-cells/2026-06-17T13:47:51+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/37-synthetic-muc1-antitumor-vaccine-with-incorporated-23-sialyl-t-carbohydrate-antigen-inducing-strong-immune-responses-with-isotype-specificity/2026-06-17T13:47:47+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/38-secondary-structure-driven-hydrogelation-using-foldable-telechelic-polymer-peptide-conjugates/2026-06-17T13:47:44+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/39-surface%e2%80%90assisted-self%e2%80%90assembly-of-a-hydrogel-by-proton-diffusion/2026-06-17T13:47:40+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/40-a-clickable-nhc-aui-complex-for-the-preparation-of-stimulus-responsive-metallopeptide-amphiphiles/2026-06-17T13:47:36+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/41-reduced-breast-tumor-growth-after-immunization-with-a-tumor-restricted-muc1-glycopeptide-conjugated-to-tetanus-toxoid/2026-06-17T13:47:32+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/42-the-impact-of-branching-on-the-solution-behavior-and-serum-stability-of-star-like-block-copolymers/2026-06-17T13:47:28+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/43-tuning-the-life-time-of-supramolecular-hydrogels-using-ros-responsive-telechelic-peptide-polymer-conjugates/2026-06-17T13:47:24+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/44-structure-and-luminescence-properties-of-supramolecular-polymers-of-amphiphilic-aromatic-thioether-peptide-conjugates-in-water/2026-06-17T13:47:22+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/45-supramolecular-copolymers-predominated-by-alternating-order-theory-and-application/2026-06-17T13:47:17+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/46-modeling-supramolecular-polymerization-the-role-of-steric-effects-and-hydrophobic-interactions/2026-06-17T13:47:13+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/47-evaluation-of-charge-regulated-supramolecular-copolymerization-to-tune-the-time-scale-for-oxidative-disassembly-of-s-sheet-comonomers/2026-06-17T13:47:10+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/48-impact-of-ndi-core-substitution-on-the-ph-responsive-nature-of-peptide-tethered-luminescent-supramolecular-polymers/2026-06-17T13:47:06+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/49-probing-the-folding-of-peptide-polymer-conjugates-using-the-%cf%80-dimerization-of-viologen-end-groups/2026-06-17T13:47:02+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/06/27/50-lipid-bilayer-interactions-of-peptidic-supramolecular-polymers-and-the-impact-on-membrane-permeability-and-stability/2026-06-17T13:46:58+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/31/51-an-insight-into-the-synthesis-of-n-methylated-polypeptides/2026-06-17T13:46:54+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/31/52-synthesis-and-structural-stability-of-%ce%b1-helical-aui-metallopeptides/2026-06-17T13:46:51+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/31/53-supramolecular-polymerisation-of-sulfated-dendritic-peptide-amphiphiles-into-multivalent-l-selectin-binders/2026-06-17T13:46:44+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/31/54-targeted-repolarization-of-tumor-associated-macrophages-via-imidazoquinoline-linked-nanobodies/2026-06-17T13:46:40+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/31/55-facile-access-to-foldable-redox-active-flavin-peptide-conjugates/2026-06-17T13:46:37+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/56-magnetic-control-over-the-fractal-dimension-of-supramolecular-rod-networks/2026-02-12T15:23:26+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/57-cell-adhesion-on-uv-crosslinked-polyurethane-gels-with-adjustable-mechanical-strength-and-thermoresponsiveness/2026-02-12T16:43:21+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/58-bridging-rigidity-and-flexibility-modulation-of-supramolecular-hydrogels-by-metal-complexation/2026-02-12T16:46:00+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/59-predicting-the-supramolecular-assembly-of-amphiphilic-peptides-from-comprehensive-coarse-grained-simulations/2026-02-12T16:47:15+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/60-recyclable-vitrimers-from-biogenic-polyitaconate-elastomers/2026-06-17T13:46:30+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/61-a-modular-platform-of-carbohydrates-modified-supramolecular-polymers-based-on-dendritic-peptide-scaffolds/2026-06-17T13:46:25+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/62-construction-of-active-protein-materials-manipulation-on-morphology-of-salmon-calcitonin-assemblies-with-enhanced-bone-regeneration-effect/2026-06-17T13:46:21+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/63-can-polymer-helicity-affect-topological-chirality-of-polymer-knots/2026-06-17T13:46:17+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/64-impact-of-sample-history-and-solvent-effects-on-pathway-control-in-the-supramolecular-polymerisation-of-aui-metallopeptide-amphiphiles/2026-06-17T13:46:13+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/65-muc1-glycopeptide-vaccine-modified-with-a-galnac-glycocluster-targets-the-macrophage-galactose-c-type-lectin-on-dendritic-cells-to-elicit-an-improved-humoral-response/2026-06-17T13:46:04+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/66-tuning-the-crosslinking-density-and-crosslinker-in-core-crosslinked-polymeric-micelles-and-its-effects-on-the-particle-stability-in-human-blood-plasma-and-mice/2026-06-17T13:46:00+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/67-transfer-printing-of-patterned-pedotpss-structures-for-bendable-stretchable-and-biodegradable-electronics/2026-06-17T13:45:55+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/68-cucurbit8uril-mediated-supramolecular-and-photocrosslinked-interpenetrating-network-hydrogel-matrices-for-3d-bioprinting/2026-06-17T13:45:51+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/69-atomistic-molecular-dynamics-simulations-of-aba-type-polymer-peptide-conjugatesinsights-into-supramolecular-structures-and-their-circular-dichroism-spectra/2026-06-17T11:16:56+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/70-regulating-h2s-release-from-self-assembled-peptide-h2s-donor-conjugates-using-cysteine-derivatives/2026-06-17T11:16:52+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/71-aliphatic-polycarbonates-with-acid-degradable-ketal-side-groups-as-multi-ph-responsive-immunodrug-nanocarriers/2026-06-17T11:16:48+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/72-the-impact-of-single-amino-acid-insertion-on-the-supramolecular-assembly-pathway-of-aromatic-peptide-amphiphiles/2026-06-17T11:16:43+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/73-sol-gel-transition-in-heteroassociative-rna-protein-solutions-a-quantitative-comparison-of-coarse-grained-simulations-and-the-semenov-rubinstein-theory/2026-06-17T11:16:39+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/74-photoactivated-enzymatic-reaction-network-enables-spatiotemporal-programming-of-thiol-disulfide-redox-systems/2026-06-17T11:16:35+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/75-enhanced-electrical-performance-and-stretchability-by-plasticizer-facilitated-pedotpss-self-alignment/2026-06-17T11:16:31+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/76-14-oxazepan-7-one-trifluoroacetate-a-modular-monomer-precursor-for-the-synthesis-of-functional-and-biodegradable-polyamino-esters/2026-06-17T11:16:27+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/77-electrochemical-chlorine-shuttle-from-pvc-waste-to-vinyl-ether-acceptors-for-the-synthesis-of-biodegradable-polyester-precursors/2026-06-17T11:16:23+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/78-unfolding-and-degradation-of-micellar-immunodrug-carriers-derived-from-end-group-modified-aliphatic-polycarbonates-with-acid-responsive-ketal-side-groups/2026-06-17T11:16:19+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/79-synthesis-supramolecular-assembly-and-hydrogelation-of-polyamino-ester-aba-triblock-copolymers/2026-06-17T11:16:15+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/80-photocaged-and-water-soluble-glucose-functionalization-for-spatiotemporal-acidification-pathways/2026-06-17T11:16:10+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/81-metal-ion-specific-modulation-of-network-connectivity-and-defects-in-polyethylene-glycol-peptide-conjugate-assemblies-and-hydrogels/2026-06-17T11:16:04+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/12/82-dilute-but-dense-reversible-crosslinking-enables-water-rich-biopolymer-condensates/2026-06-17T11:15:59+02:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/01/daad-isap-with-kyushu-university-approved/2026-02-24T18:17:34+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/07/09/phd-defense-jessica-erlenbusch/2026-02-24T18:18:05+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/08/01/niklas-plenio-starts-his-phd-studies/2026-02-24T18:18:23+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/08/20/bachelor-defenses/2026-02-24T18:29:46+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/09/01/master-students/2026-02-24T18:24:06+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/10/01/jannis-starts-his-phd-studies/2026-02-24T18:21:17+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/10/01/new-bachelor-and-internship-students/2026-02-24T18:23:11+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/11/19/riem-attariya-at-the-science4life-venture-cup-2026/2026-02-24T18:13:54+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/12/01/victoria-leaves-anne-joins-the-group/2026-02-24T18:13:07+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/02/15/alex-starts-his-phd-studies/2026-02-24T18:12:46+01:00https://www.ak-besenius.chemie.uni-mainz.de/2025/11/21/phd-defense-christian-merfels/2026-02-24T16:55:05+01:00https://www.ak-besenius.chemie.uni-mainz.de/2026/03/18/rna-g-quadruplexes-mediate-cooperativity-in-hnrnph-binding-and-splicing-regulation/2026-06-17T11:15:39+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r2-water-soluble-aui-complexes-their-synthesis-and-applications/2026-06-17T14:05:03+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r3-ph-switchable-self-assembled-materials/2026-06-17T14:06:21+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r4-supramolecular-polymers-in-aqueous-media/2026-06-17T14:07:42+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r5-controlling-supramolecular-polymerisation-through-multicomponent-self-assembly/2026-06-17T14:08:29+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r6-aqueous-supramolecular-polymers-and-hydrogels/2026-06-17T14:10:41+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r7-supramolecular-assembly-of-functional-peptide-polymer-conjugates/2026-06-17T14:11:40+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r8-defects-and-defect-engineering-in-soft-matter/2026-06-17T14:12:30+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r9-the-development-of-vaccines-from-synthetic-tumor-associated-mucin-glycopeptides-and-their-glycosylation-dependent-immune-response/2026-06-17T14:13:16+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r10-supramolecular-assembly-and-thermogelation-strategies-using-peptide-polymer-conjugates/2026-06-17T14:14:08+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r11-mechanophoric-hydrogels-when-mechanical-stress-produces-useful-responses/2026-06-17T14:15:06+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/r12-polymers-the-hidden-heroes-of-life/2026-06-17T14:17:45+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m2-controlling-the-size-shape-and-stability-of-supramolecular-polymers-in-water/2026-06-17T14:18:51+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m3-supramolekulare-nanomaterialien/2026-06-17T14:19:10+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m4-22-nachwuchswissenschaftler-symposium-bioorganische-chemie/2026-06-17T14:19:29+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m5-regionaltreffen-der-fci-stipendiaten-in-munster/2026-06-17T14:19:48+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m6-transient-hydrogels-mediated-by-redox-switchable-supramolecular-polymerization/2026-06-17T14:20:08+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m7-supramolecular-effects-in-self-assembled-monolayers-general-discussion/2026-06-17T14:20:32+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m8-preparing-macromolecular-systems-on-surfaces-general-discussion/2026-06-17T14:20:47+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m9-supramolecular-systems-at-liquid-solid-interfaces-general-discussion/2026-06-17T14:21:03+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m10-structure-to-function-in-supramolecular-polymers-and-materials/2026-06-17T14:21:24+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m11-internationalisierung-fur-einsteiger/2026-06-17T14:21:46+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m12-editorial-board-focus-professor-pol-besenius/2026-06-17T14:22:04+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m13-young-talents-in-polymer-science/2026-06-17T14:22:28+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m14-happy-new-year-organic-materials/2026-06-17T14:22:51+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m15-isap-auslandserfahrung-starkt-die-personlichkeit/2026-06-17T14:23:18+02:00https://www.ak-besenius.chemie.uni-mainz.de/2026/06/17/m16-suprachem-2022-in-mainz/2026-06-17T14:23:35+02:00