Larysa Baraban

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Gianaurelio (Giovanni) CunibertiTU Dresden; https://ORCID.org/0000-0002-6574-7848Verified email at tu-dresden.de
Dr. Denys MakarovHelmholtz-Zentrum Dresden-Rossendorf e.V.Verified email at hzdr.de
Bergoi IbarluceaInstitute of Materials Science and Max Bergmann Center of Biomaterials, Technische UniversitätVerified email at tu-dresden.de
Walter M. WeberProfessor of Nanoelectronics at TU WienVerified email at tuwien.ac.at
Thomas MikolajickScientific Director, NaMLab GmbH and Professor for nanoelectronic materials, TU DresdenVerified email at namlab.com
CHANG-KI BAEKPohang University of Science and Technology (POSTECH)Verified email at postech.ac.kr
Joerg OpitzFraunhofer-Institut für Keramische Technologien und Systeme (IKTS) und Technische UniversitätVerified email at ikts.fraunhofer.de
Artur ErbeNanoelectronics Department, Institute of Ion Beam Physics and Materials Research, Helmholtz-ZentrumVerified email at hzdr.de
Taiuk RimPohang University of Science and TechnologyVerified email at postech.ac.kr
Vyacheslav MiskoVrije Universiteit BrusselVerified email at vub.be
Franco NoriChief Scientist at RIKEN. Also, at the University of Michigan.Verified email at umich.edu
Jürgen FassbenderHZDRVerified email at hzdr.de
Dr. Daniil KarnaushenkoMAIN TU ChemnitzVerified email at main.tu-chemnitz.de
Eunhye BaekTsinghua UniversityVerified email at tsinghua.edu.cn
Xu WangHelmholtz Center HereonVerified email at hereon.de
Arjan de VisserLaboratory of Genetics, Wageningen UniversityVerified email at wur.nl
Robert StreubelUniversity of Nebraska-LincolnVerified email at unl.edu
Gungun LinUniversity of Technology SydneyVerified email at uts.edu.au
Dr. Mariana Medina SánchezERC Stg Grantee, Leader Micro- and Nanobiomedical Engineering Group, IFW Leibniz, B CUBE-TU DresdenVerified email at ifw-dresden.de
Vyacheslav KhavrusLife Science Inkubator Sachsen GmbH & Co. KGVerified email at life-science-inkubator.de

Larysa Baraban

Helmholtz Center Dresden Rossendorf

Verified email at hzdr.de

nanosensors droplets based microfluidics lab-on-chip artificial nanomachines


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Catalytic Janus motors on microfluidic chip: deterministic motion for targeted cargo delivery L Baraban, D Makarov, R Streubel, I Monch, D Grimm, S Sanchez, ... ACS nano 6 (4), 3383-3389, 2012	396	2012
Transport of cargo by catalytic Janus micro-motors L Baraban, M Tasinkevych, MN Popescu, S Sanchez, S Dietrich, ... Soft Matter 8 (1), 48-52, 2012	285	2012
Fuel-free locomotion of janus motors: magnetically induced thermophoresis L Baraban, R Streubel, D Makarov, L Han, D Karnaushenko, OG Schmidt, ... ACS nano 7 (2), 1360-1367, 2013	193	2013
Chemotactic behavior of catalytic motors in microfluidic channels L Baraban, SM Harazim, S Sanchez, OG Schmidt Angewandte Chemie 125 (21), 5662-5666, 2013	181	2013
Millifluidic droplet analyser for microbiology L Baraban, F Bertholle, MLM Salverda, N Bremond, P Panizza, J Baudry, ... Lab on a Chip 11 (23), 4057-4062, 2011	136	2011
Rolled-up magnetic sensor: nanomembrane architecture for in-flow detection of magnetic objects I Mönch, D Makarov, R Koseva, L Baraban, D Karnaushenko, C Kaiser, ... ACS nano 5 (9), 7436-7442, 2011	132	2011
Two‐dimensional boronate ester covalent organic framework thin films with large single crystalline domains for a neuromorphic memory device SW Park, Z Liao, B Ibarlucea, H Qi, HH Lin, D Becker, J Melidonie, ... Angewandte Chemie 132 (21), 8295-8301, 2020	105	2020
Toward highly sensitive and energy efficient ammonia gas detection with modified single-walled carbon nanotubes at room temperature LA Panes-Ruiz, M Shaygan, Y Fu, Y Liu, V Khavrus, S Oswald, ... ACS sensors 3 (1), 79-86, 2018	96	2018
Control over Janus micromotors by the strength of a magnetic field L Baraban, D Makarov, OG Schmidt, G Cuniberti, P Leiderer, A Erbe Nanoscale 5 (4), 1332-1336, 2013	89	2013
High-performance three-dimensional tubular nanomembrane sensor for DNA detection M Medina-Sánchez, B Ibarlucea, N Pérez, DD Karnaushenko, SM Weiz, ... Nano letters 16 (7), 4288-4296, 2016	86	2016
Various driving mechanisms for generating motion of colloidal particles A Erbe, M Zientara, L Baraban, C Kreidler, P Leiderer Journal of Physics: Condensed Matter 20 (40), 404215, 2008	82	2008
Frustration-induced magic number clusters of colloidal magnetic particles L Baraban, D Makarov, M Albrecht, N Rivier, P Leiderer, A Erbe Physical Review E 77 (3), 031407, 2008	82	2008
Light weight and flexible high‐performance diagnostic platform D Karnaushenko, B Ibarlucea, S Lee, G Lin, L Baraban, S Pregl, M Melzer, ... Advanced healthcare materials 4 (10), 1517-1525, 2015	73	2015
Negative photoconductance in heavily doped Si nanowire field-effect transistors E Baek, T Rim, J Schütt, C Baek, K Kim, L Baraban, G Cuniberti Nano letters 17 (11), 6727-6734, 2017	68	2017
Parallel arrays of Schottky barrier nanowire field effect transistors: Nanoscopic effects for macroscopic current output S Pregl, WM Weber, D Nozaki, J Kunstmann, L Baraban, J Opitz, ... Nano Research 6, 381-388, 2013	68	2013
Electrochemically Exfoliated High‐Quality 2H‐MoS₂ for Multiflake Thin Film Flexible Biosensors P Zhang, S Yang, R Pineda‐Gómez, B Ibarlucea, J Ma, MR Lohe, ... Small 15 (23), 1901265, 2019	64	2019
High‐motility visible light‐driven Ag/AgCl Janus micromotors X Wang, L Baraban, A Nguyen, J Ge, VR Misko, J Tempere, F Nori, ... Small 14 (48), 1803613, 2018	58	2018
Schottky barrier-based silicon nanowire pH sensor with live sensitivity control FM Zörgiebel, S Pregl, L Römhildt, J Opitz, W Weber, T Mikolajick, ... Nano Research 7, 263-271, 2014	57	2014
Nanowire sensors monitor bacterial growth kinetics and response to antibiotics B Ibarlucea, T Rim, CK Baek, J De Visser, L Baraban, G Cuniberti Lab on a Chip 17 (24), 4283-4293, 2017	54	2017
Chemiresistive biosensors based on carbon nanotubes for label-free detection of DNA sequences derived from avian influenza virus H5N1 Y Fu, V Romay, Y Liu, B Ibarlucea, L Baraban, V Khavrus, S Oswald, ... Sensors and Actuators B: Chemical 249, 691-699, 2017	52	2017

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