Torsten John

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Lisandra L MartinSchool of Chemistry, Monash UniversityZweryfikowany adres z monash.edu
Herre Jelger RisseladaProfessor in Computational Interface PhysicsZweryfikowany adres z tu-dortmund.de
Clemens KubeilFraunhofer IFAMZweryfikowany adres z ifam-dd.fraunhofer.de
Mark BatheBiological Engineering, MITZweryfikowany adres z mit.edu
Hyungmin JunAssociate Professor, Jeonbuk National UniversityZweryfikowany adres z jbnu.edu
Xiao WangProfessor at Southeast UniversityZweryfikowany adres z nyu.edu
Annette Beck-SickingerProfessor of Biochemistry, Leipzig UniversityZweryfikowany adres z uni-leipzig.de
Nitin A. PatilMonash UniversityZweryfikowany adres z monash.edu
Shanshan LiStanford UniversityZweryfikowany adres z stanford.edu
Wah ChiuStanford UniversityZweryfikowany adres z stanford.edu
William P. BrickerAssistant Professor, Chemical and Biological Engineering, University of New MexicoZweryfikowany adres z unm.edu
Molly ParsonsPostdoctoral fellow, Boston Children's HospitalZweryfikowany adres z childrens.harvard.edu
Yuning HongLa Trobe UniversityZweryfikowany adres z latrobe.edu.au
John Adrian CarverResearch School of Chemistry, Australian National UniversityZweryfikowany adres z anu.edu.au
Daniel HusterZweryfikowany adres z medizin.uni-leipzig.de
David ChalmersMonash Institute of Pharmaceutical Sciences, Monash UniversityZweryfikowany adres z monash.edu
Bayden R. WoodMonash UniversityZweryfikowany adres z monash.edu
Trayder ThomasUniversity of ChicagoZweryfikowany adres z uchicago.edu
Jovana V. MilicUniversity of Turku, Finland | University of Fribourg, SwitzerlandZweryfikowany adres z utu.fi
Antonio Nickolas CalabreseThe University of LeedsZweryfikowany adres z leeds.ac.uk

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Torsten John

School of Science, Constructor University

Zweryfikowany adres z constructor.university - Strona główna

Biophysical Chemistry Molecular Simulation Protein Aggregation Self-Assembly DNA Nanotechnology


Tytuł Sortuj wg cytatów Sortuj wg roku Sortuj wg tytułu	Cytowane przez Cytowane przez	Rok
Impact of nanoparticles on amyloid peptide and protein aggregation: a review with a focus on gold nanoparticles T John, A Gladytz, C Kubeil, LL Martin, HJ Risselada, B Abel Nanoscale 10 (45), 20894-20913, 2018	139	2018
Rapid prototyping of arbitrary 2D and 3D wireframe DNA origami H Jun, X Wang, MF Parsons, WP Bricker, T John, S Li, S Jackson, W Chiu, ... Nucleic Acids Research 49 (18), 10265–10274, 2021	88*	2021
Multifunctional coating improves cell adhesion on titanium by using cooperatively acting peptides M Pagel, R Hassert, T John, K Braun, M Wießler, B Abel, ... Angewandte Chemie International Edition 55 (15), 4826-4830, 2016	71	2016
How kanamycin A interacts with bacterial and mammalian mimetic membranes T John, T Thomas, B Abel, BR Wood, DK Chalmers, LL Martin Biochimica et Biophysica Acta (BBA)-Biomembranes 1859 (11), 2242-2252, 2017	49	2017
A diverse view of science to catalyse change CA Urbina-Blanco, SZ Jilani, IR Speight, MJ Bojdys, T Friščić, JF Stoddart, ... Nature Chemistry 12 (9), 773-776, 2020	43	2020
Amyloid aggregation and membrane activity of the antimicrobial peptide uperin 3.5 LL Martin, C Kubeil, S Piantavigna, T Tikkoo, NP Gray, T John, ... Peptide Science 110 (3), e24052, 2018	30	2018
Mechanistic insights into the size-dependent effects of nanoparticles on inhibiting and accelerating amyloid fibril formation T John, J Adler, C Elsner, J Petzold, M Krueger, LL Martin, D Huster, ... Journal of Colloid and Interface Science 622, 804-818, 2022	27	2022
The Kinetics of Amyloid Fibrillar Aggregation of Uperin 3.5 Is Directed by the Peptide’s Secondary Structure T John, TJA Dealey, NP Gray, NA Patil, MA Hossain, B Abel, JA Carver, ... Biochemistry 58 (35), 3656-3668, 2019	25	2019
Adsorption of Amyloidogenic Peptides to Functionalized Surfaces Is Biased by Charge and Hydrophilicity T John, GW Greene, NA Patil, TJA Dealey, MA Hossain, B Abel, LL Martin Langmuir 35 (45), 14522-14531, 2019	21	2019
Planar 2D wireframe DNA origami X Wang, S Li, H Jun, T John, K Zhang, H Fowler, JPK Doye, W Chiu, ... Science Advances 8 (20), eabn0039, 2022	20	2022
The Quartz Crystal Microbalance with Dissipation Monitoring (QCM-D) Technique Applied to the Study of Membrane-Active Peptides T John, B Abel, LL Martin Australian Journal of Chemistry 71 (7), 543–546, 2018	18	2018
Peptides@ mica: from affinity to adhesion mechanism A Gladytz, T John, T Gladytz, R Hassert, M Pagel, HJ Risselada, ... Physical Chemistry Chemical Physics 18 (34), 23516-23527, 2016	16	2016
Engaging Early‐Career Scientists in Global Policy‐Making T John, KE Cordova, CT Jackson, AC Hernández‐Mondragón, BL Davids, ... Angewandte Chemie International Edition, e202217841, 2023	11	2023
Peptide Self‐Assembly into Amyloid Fibrils at Hard and Soft Interfaces—From Corona Formation to Membrane Activity T John, LL Martin, B Abel Macromolecular Bioscience 23 (6), 2200576, 2023	11	2023
Effects of guanidino modified aminoglycosides on mammalian membranes studied using a quartz crystal microbalance T John, ZX Voo, C Kubeil, B Abel, B Graham, L Spiccia, LL Martin MedChemComm 8 (5), 1112-1120, 2017	10	2017
Sculpting photoproducts with DNA origami J Gorman, SM Hart, T John, MA Castellanos, D Harris, MF Parsons, ... Chem 10 (5), 1553-1575, 2024	5	2024
Lipid oxidation controls peptide self-assembly near membranes through a surface attraction mechanism T John, S Piantavigna, TJA Dealey, B Abel, HJ Risselada, LL Martin Chemical Science 14 (14), 3730-3741, 2023	5	2023
Growth, Polymorphism, and Spatially Controlled Surface Immobilization of Biotinylated Variants of IAPP21–27 Fibrils T John, J Bandak, N Sarveson, C Hackl, HJ Risselada, A Prager, C Elsner, ... Biomacromolecules 21 (2), 783-792, 2020	5	2020
Molecular Insights into the Dynamics of Amyloid Fibril Growth: Elongation and Lateral Assembly of GNNQQNY Protofibrils T John, A Rampioni, D Poger, AE Mark ACS Chemical Neuroscience 15 (4), 716-723, 2024	3	2024
Iridium (III)-based minor groove binding complexes as DNA photocleavage agents SO Aderinto, T John, A Onawole, RP Galleh, JA Thomas Dalton Transactions 53 (17), 7282-7291, 2024	3	2024

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