Skin-on-a-chip device for ex vivo monitoring of transdermal delivery of drugs—design, fabrication, and testing B Lukács, Á Bajza, D Kocsis, A Csorba, I Antal, K Iván, AJ Laki, F Erdő
Pharmaceutics 11 (9), 445, 2019
62 2019 Development of skin-on-a-chip platforms for different utilizations: Factors to be considered J Ponmozhi, S Dhinakaran, Z Varga-Medveczky, K Fónagy, LA Bors, ...
Micromachines 12 (3), 294, 2021
53 2021 Optimized simulation and validation of particle advection in asymmetric staggered herringbone type micromixers EL Tóth, EG Holczer, K Iván, P Fürjes
Micromachines 6 (1), 136-150, 2014
41 2014 Microsimulation based quantitative analysis of COVID-19 management strategies IZ Reguly, D Csercsik, J Juhász, K Tornai, Z Bujtár, G Horváth, ...
PLoS computational biology 18 (1), e1009693, 2022
30 2022 Integration of hydrogels with hard and soft microstructures M Lei, B Ziaie, E Nuxoll, K Iván, Z Noszticzius, RA Siegel
Journal of nanoscience and nanotechnology 7 (3), 780-789, 2007
30 2007 Verification of p-glycoprotein function at the dermal barrier in diffusion cells and dynamic “skin-on-a-chip” microfluidic device Á Bajza, D Kocsis, O Berezvai, AJ Laki, B Lukács, T Imre, K Iván, P Szabó, ...
Pharmaceutics 12 (9), 804, 2020
28 2020 Exclusion-zone dynamics explored with microfluidics and optical tweezers IN Huszár, Z Mártonfalvi, AJ Laki, K Iván, M Kellermayer
Entropy 16 (8), 4322-4337, 2014
28 2014 Electrolyte diodes and hydrogels: Determination of concentration and K Iván, M Wittmann, PL Simon, Z Noszticzius, J Vollmer
Physical Review E—Statistical, Nonlinear, and Soft Matter Physics 70 (6 …, 2004
26 2004 Direct evidence for fixed ionic groups in the hydrogel of an electrolyte diode K Iván, N Kirschner, M Wittmann, PL Simon, V Jakab, Z Noszticzius, ...
Physical Chemistry Chemical Physics 4 (8), 1339-1347, 2002
26 2002 PDMS microfluidics developed for polymer based photonic biosensors P Fürjes, EG Holczer, E Tóth, K Iván, Z Fekete, D Bernier, F Dortu, ...
Microsystem Technologies 21, 581-590, 2015
24 2015 Separation of microvesicles from serological samples using deterministic lateral displacement effect AJ Laki, L Botzheim, K Iván, V Tamási, P Civera
BioNanoScience 5, 48-54, 2015
22 2015 Electrolyte diodes with weak acids and bases. I. Theory and an approximate analytical solution K Iván, PL Simon, M Wittmann, Z Noszticzius
The Journal of chemical physics 123 (16), 2005
19 2005 Deep comparisons of neural networks from the EEGNet family CM Köllőd, A Adolf, K Iván, G Márton, I Ulbert
Electronics 12 (12), 2743, 2023
16 2023 Electrolyte diodes with weak acids and bases. II. Numerical model calculations and experiments K Iván, M Wittmann, PL Simon, Z Noszticzius, D Šnita
The Journal of chemical physics 123 (16), 2005
15 2005 Design and modeling of microfluidic systems for multiple chromatographic separations A Nagy, EL Tóth, K Iván, A Gáspár
Microchemical Journal 123, 125-130, 2015
10 2015 Models for barrier understanding in health and disease in lab-on-a-chips J Ponmozhi, S Dhinakaran, D Kocsis, K Iván, F Erdő
Tissue Barriers 12 (2), 2221632, 2024
9 2024 Filtration of nematodes using an integrated microcapillary system AJ Laki, K Iván, É Fok, P Civera
BioNanoScience 4, 338-348, 2014
7 2014 Microfluidic mixing device with integrated dual-band microwave sensor M Kálovics, K Iván, Z Szabó
IEEE Sensors Journal 23 (14), 15350-15360, 2023
6 2023 Microfluidic particle sorting system for environmental pollution monitoring applications EL Tóth, E Holczer, P Földesy, K Iván, P Fürjes
Procedia Engineering 168, 1462-1465, 2016
5 2016 Microvesicle fractionation using deterministic lateral displacement effect AJ Laki, L Botzheim, K Iván, T Szabó, V Tamási, E Buzás, P Civera
The 9th IEEE International Conference on Nano/Micro Engineered and Molecular …, 2014
4 2014 
András József LAKIPázmány Péter Catholic UniversityBestätigte E-Mail-Adresse bei itk.ppke.hu
