Monday, Track - A1, 15:00-16:00 | ||
Medical applications: electrochemotherapy | ||
Chairs: Julie Gehl, Gregor Serša | ||
Organised by The International Bioelectrics Consortium, INSPECT group | ||
27 | Electrochemotherapy for the treatment of skin cancer: results of the European Research on Electrochemotheray in Head and Neck Cancer (EURECA) project | Mon-A1-K1 (30') |
Giulia Bertino, Antonio Occhini, Matteo Garotta, Salvatore Cacciola, Marco Benazzo, Gregor Sersa, Francesca De Terlizzi, Ales Groselj, Juan Grau, Jim MacCaul, Renè Leemans and Julie Gehl Gehl | ||
340 | Prospective Randomised Control Trial comparing Electrochemotherapy and Surgery for the Primary Treatment of Basal Cell Carcinoma; 3 Year Follow up. | Mon-A1-O2 (15') |
Anthony Clover, Slav Salwa, J McKiernan, Michael Bourke, Eoin Kelly, St O'Sullivan and Declan Soden | ||
305 | Electrochemotherapy: Lessons learned from the first 500 sessions: Pitfalls and tips | Mon-A1-O3 (15') |
Victor Farricha, Hugo Vasques, Nuno Abecassis and Antonio Bettencourt | ||
Monday, Track - A2, 16:30-18:30 | ||
Medical applications: electrochemotherapy | ||
Chairs: Declan Soden, Ibrahim Edhemovic | ||
Organised by The International Bioelectrics Consortium, INSPECT group | ||
254 | Introduction of electrochemotherapy into dermatooncology in Hungary: challenges and achievements | Mon-A2-O4 (15') |
Eszter Baltas, Erika Kis, Lajos Kemeny and Judit Olah | ||
56 | Electrochemotherapy of the colorectal liver metastases - trial update | Mon-A2-O5 (15') |
Ibrahim Edhemovic, Erik Brecelj, Arpad Ivanecz, Gorana Gasljevic, Maja Marolt Music, Tomaz Jarm, Bor Kos, Masa Bosnjak, Maja Cemazar, Damijan Miklavcic, Stojan Potrc, Eldar Gadzijev and Gregor Sersa | ||
226 | Treatment of primary liver tumors with electrochemotherapy - clinical trial | Mon-A2-O6 (15') |
Mihajlo Đokic, Blaz Trotovsek, Valentin Sojar, Dragoje Stanisavljevic, Rado Jansa, Peter Popovic, Maja Cemazar, Damijan Miklavcic, Neva Pozar, Pavel Kavcic, Ales Tomazic, Miha Petric and Gregor Sersa | ||
325 | Technical approach for coupling treatment planning with navigation systems for electroporation-based treatments | Mon-A2-O7 (15') |
Bor Kos, Ales Groselj, Maja Cemazar, Jure Urbancic, Grega Kragelj, Masa Bosnjak, Biserka Veberic, Primoz Strojan, Damijan Miklavcic and Gregor Sersa | ||
319 | Proper Patient and Treatment Parameters Selection for Electrochemotherapy of Deep Seated Head and Neck Tumors | Mon-A2-O8 (15') |
Ales Groselj, Bor Kos, Maja Cemazar, Jure Urbancic, Grega Kragelj, Masa Bosnjak, Biserka Veberic, Tomaz Jarm, Primoz Strojan, Damijan Miklavcic and Gregor Sersa | ||
375 | A phase I-II study on the application of electrochemotherapy in the treatment of large and deep tumors of the soft tissues | Mon-A2-O9 (15') |
Luca Campana, Sara Valpione, Francesco Conzada, Roberto Stramare and Carlo Riccardo Rossi | ||
190 | Calcium electroporation for treatment of cutaneous metastases; a randomized double-blinded phase II study | Mon-A2-O10 (15') |
Hanne Falk, Louise Wichmann Matthiessen and Julie Gehl | ||
366 | International Network for Sharing Practice in ElectroChemoTherapy (INSPECT): database update at July 2015 | Mon-A2-O11 (15') |
James Clover, Christian Kunte, Luca Campana, Francesca De Terlizzi, Pietro Quaglino and Julie Gehl | ||
274 | Enabling an Enhanced Abscopal Effect for Malignant Melanoma Immunotherapy | Mon-A2-P1 |
Declan Soden, Patrick Forde, Derek Power and Anthony Clover | ||
210 | Successful treatment of Gorlin-Goltz syndrome with bleomycin based electrochemotherapy | Mon-A2-P2 |
Erika Kis, Eszter Baltas, Judit Olah and Lajos Kemeny | ||
90 | Electrochemotherapy for Advanced Persistent Chest Wall Recurrence from Breast Cancer after Mastectomy: A Case Study from India | Mon-A2-P3 |
Kalavathy Guruswamy, Manohar Prasad E, Sasi Kumar S and Raji Sundararajan | ||
218 | Gemcitabine + Cisplatin Combination Electrochemotherapy for Triple negative Breast Cancers: An in vitro Model Study | Mon-A2-P4 |
Raji Sundararajan, Vishak Raman, Van Masterson and Ignacio Camarillo | ||
7 | Prototype of a flexible grid electrode to treat large surfaces by means of Electrochemotherapy | Mon-A2-P5 |
Luca Giovanni Campana, Fabrizio Dughiero, Michele Forzan, Carlo Riccardo Rossi and Elisabetta Sieni | ||
8 | Histological characteristics of soft tissue sarcomas correlated to electrical resistance | Mon-A2-P6 |
Anna Lisa Tosi, Luca Giovanni Campana, Fabrizio Dughiero, Michele Forzan, Marco Rastrelli, Carlo Riccardo Rossi and Elisabetta Sieni | ||
101 | Electroporation as a Tool for Studying the Role of Plasma Membrane in the Mechanism of Cytotoxicity of Menadione and Bisphosphonates | Mon-A2-P7 |
Mantas Šilkūnas, Rita Saulė, Danutė Batiuškaitė and Gintautas Saulis | ||
124 | Electrochemotherapy for Huge Oral Squamous Cell Carcinoma: A Case Report and Considerations | Mon-A2-P8 |
Shanmughakumar S, Madullika V, Manohara Prasad E and Raji Sundararajan | ||
185 | Modelling Electric Field Distribution for Breast Cancer Electrochemotherapy Treatments | Mon-A2-P9 |
Agnese Denzi, Lidia Strigari, Franco Di Filippo, Mattia Ronchetti, Ruggero Cadossi and Micaela Liberti | ||
292 | 3D Assessment of Irreversible Electroporation Treatments in Vegetal Models | Mon-A2-P10 |
Quim Castellví, Jaume Banús and Antoni Ivorra | ||
344 | Mitigation of Impedance Changes using High-Frequency Bipolar Pulsed Electric Fields due to Electroporation Therapy | Mon-A2-P11 |
Suyashree Bhonsle, Christopher Arena, Daniel Sweeney and Rafael Davalos | ||
177 | Modeling of tumor growth inhibition in mice following electrochemotherapy | Mon-A2-P12 |
Tadeja Forjanic and Damijan Miklavcic | ||
21 | A Novel Sample Preparation Concept for Sepsis Diagnostics using High Frequency Electric Fields | Mon-A2-P13 |
Klemens Wassermann, Thomas Maier, Franz Keplinger and Johannes Peham | ||
37 | Cryopreservation of human umbilical stem cells in combination with trehalose and reversible electroporation | Mon-A2-P14 |
Barbara Dovgan, Janja Dermol, Ariana Barlič, Miomir Knežević and Damijan Miklavčič | ||
Monday, Track - B1, 15:00-16:00 | ||
Predictable animal models I | ||
Chairs: Emanuela Signori, Maja Čemažar | ||
Supported by CNR-IFT, Laboratory of Molecular Pathology and Experimental Oncology | ||
33 | Animal models for translational cancer immunotherapy studies | Mon-B1-K1 (30') |
Federica Riccardo, Valeria Rolih and Federica Cavallo | ||
42 | Gene Electro Transfer to Left Ventricular Myocardium in Rat and Porcine Models | Mon-B1-O2 (15') |
Anna Bulysheva, Barbara Hargrave, Nina Burcus, Cathryn Lundberg, Len Murray and Richard Heller | ||
217 | Elucidating the mechanism by which immunity is generated through minimally-invasive dermal electroporation enhanced transfection of plasmid based vaccines | Mon-B1-O3 (15') |
Kate Broderick, Dinah Amante, Katherine Schultheis, Trevor Smith, Jay McCoy, Amir Khan, Laurent Humeau and Niranjan Sardesai | ||
Monday, Track - B2, 16:30-18:30 | ||
Veterinary medical applications | ||
Chairs: Maja Čemažar, Justin Teissié | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
73 | Electrochemotherapy in veterinary medicine – our clinical experiences | Mon-B2-K1 (30') |
Natasa Tozon, Gregor Sersa and Maja Cemazar | ||
363 | Electrochemotherapy as an alternative of limb-sparing treatment: Retrospective study of 16 cases | Mon-B2-O2 (15') |
Marcelo Rangel, Krishna Oliveira, Jennifer Freytag and Daniela Suzuki | ||
22 | Electrochemogene therapy as an effective and safe treatment of canine cutaneous mast cell tumors | Mon-B2-O3 (15') |
Darja Pavlin, Maja Čemažar and Nataša Tozon | ||
257 | Effects of electrochemotherapy and IL-12 gene electrotransfer on spontaneous canine tumours: an histopathologic and immunohostichemical study | Mon-B2-O4 (15') |
Alessandro Poli, Francesca Millanta, Guido Rocchigiani, Darja Pavlin and Natasa Tozon | ||
174 | Numerical Study for Needle Electrode in Treatment of Cutaneous Tumor Model | Mon-B2-O5 (15') |
José Alvim Berkenbrock, Marcelo Monte Mor Rangel and Daniela Ota Hisayasu Suzuki | ||
221 | Benefits and side-effects of electrochemotherapy in veterinary patients | Mon-B2-O6 (15') |
Ron Lowe | ||
275 | Treatment of equine sarcoid with calcium delivery with electric pulses : a proof of concept study | Mon-B2-O7 (15') |
Laurine Galant, Maxence Delverdier, Isabelle Raymond, Justin Teissie and Youssef Tamzali | ||
74 | Palliative jaw-sparing treatment of a non-resectable canine oral fibrosarcoma using electrochemogenetherapy | Mon-B2-P1 |
Natasa Tozon, Ana Nemec, Darja Pavlin, Ursa Lampreht, Gregor Sersa and Maja Cemazar | ||
108 | Effect of eletroquimioterapia and its combination with the resveratrol on the development of Ehrlich tumor in solid form in mice | Mon-B2-P2 |
Carlos Henrique Maciel Brunner, Vicente Borelli, Ediquel Sena De Carvalho Junior, Carolina Vieira Cardoso, Silvia Regina Kleeb and Jose Guilherme Xavier | ||
181 | Electrochemotherapy with Cisplatin in the treatment of non-operable cutaneous fibroma in a cockatiel (Nymphicus hollandicus) | Mon-B2-P3 |
Joško Račnik, Marko Zadravec, Tanja Švara, Mitja Gombač and Nataša Tozon | ||
29 | In vitro and in vivo evaluation of a plasmid encoding canine interleukin 12 | Mon-B2-P4 |
Ursa Lampreht, Urska Kamensek, Monika Stimac, Masa Bosnjak, Simona Kranjc, Gregor Sersa and Maja Cemazar | ||
169 | Electrochemotherapy in non-satisfactory responding tumors in vet patients: combined administration of bleomycin, systemic and local | Mon-B2-P5 |
Felipe Horacio Maglietti, Matias Tellado, Nahuel Olaiz, Sebastian Michinski and Guillermo Marshall | ||
280 | Operating Procedures of Electrochemotherapy in veterinary patients: dogs, cats and equides | Mon-B2-P6 |
Natasa Tozon, Maja Cemazar, Gregor Sersa, Justin Teissie and Youssef Tamzali | ||
3 | The use of cisplatin-electrochemotherapy to treat cutaneous tumours in horses | Mon-B2-P7 |
Fabien Relave and Marine Hartmann | ||
Monday, Track - C1, 15:00-16:00 | ||
Interfacial behaviour of lipid-assemblies, membranes and cells in electric fields | ||
Chairs: Nadica Ivošević DeNardis, Dan Bizzotto | ||
Endorsed by ISE - International Society of Electrochemistry | ||
94 | Electroporation of adsorbed organic layers on metal surfaces. Insight into the pore formation and interactions with liposomes | Mon-C1-K1 (30') |
Amanda Musgrove and Dan Bizzotto | ||
6 | Sensitivity of Cells to Nanosecond Pulsed Electric Fields is Dependent on Membrane Lipid Microdomains | Mon-C1-O2 (15') |
Jody Ullery, Hope Beier and Bennett Ibey | ||
9 | Insight into mechanism of cell adhesion and spreading at the charged interface | Mon-C1-O3 (15') |
Nadica Ivosevic Denardis, Ivica Ruzic, Jadranka Pecar Ilic and Galja Pletikapic | ||
Monday, Track - C2, 16:30-18:30 | ||
Interfacial behaviour of lipid-assemblies, membranes and cells in electric fields | ||
Chairs: Nadica Ivošević DeNardis, Dan Bizzotto | ||
Endorsed by ISE - International Society of Electrochemistry | ||
82 | Phospholipid and Hydrocarbon Dynamics at Charged Interfaces | Mon-C2-O4 (15') |
Zachary A. Levine, Nadica Ivošević Denardis and P. Thomas Vernier | ||
114 | Interactions of lipid bilayer with electrolyte solution | Mon-C2-O5 (15') |
Ales Iglic, Aljaz Velikonja, Peter Kramar, Alenka Macek-Lebar, Ekaterina Gongadze and Veronika Kralj-Iglic | ||
279 | Molecular mechanism of electroporation in asymmetric phospholipid membranes: Insight from molecular dynamics simulations | Mon-C2-O6 (15') |
Andrey Gurtovenko | ||
25 | Phase transition to the gel state creates long-lived electropores in biomembranes | Mon-C2-O7 (15') |
Sergey Gomonov | ||
151 | A chemical study of the interaction of electric pulses with a cell model : giant unilamellar vesicles | Mon-C2-O8 (15') |
Marie Breton and Lluis M. Mir | ||
347 | Permeability of peroxidized lipid membranes investigated by molecular dynamics simulations | Mon-C2-O9 (15') |
Lea Rems, Marilyne Viano, Marina Kasimova, Damijan Miklavcic and Mounir Tarek | ||
255 | Electrohydrodynamics of cylindrical vesicles: pearling, electrodeformation and electroporation | Mon-C2-O10 (15') |
Rochish Thaokar | ||
272 | Very fast direct observations of Electromechanical destabilization of lipid GUV | Mon-C2-O11 (15') |
Chloe Mauroy, Elisabeth Bellard, Marie-Claire Blache, Florent Bissiere, Marie-Pierre Rols and Justin Teissie | ||
112 | Electroporation as method for inserting functional membrane proteins in mammalian cells | Mon-C2-P1 |
Gianluca Bello, Tina Batista Napotnik, Lea Rems, Christoph Huber, Seta Küpcü, Belinda Angjeli, Cherng-Wen Darren Tan, Damijan Miklavčič and Eva Sinner | ||
290 | Responses of Cylindrical Vesicles to Electric Field | Mon-C2-P2 |
Mohammad Maoyafikuddin, Reshma S. Konjari and Rochish M. Thaokar | ||
351 | Experiments on planar lipid bilayer as a membrane model tool for studying electroporation | Mon-C2-P3 |
Peter Kramar, Damijan Miklavcic and Alenka Macek Lebar | ||
359 | Diffuse electric double layer in planar membranous nanostructures due to antisymmetric quanta wave functions | Mon-C2-P4 |
Mitja Drab and Veronika Kralj-Iglič | ||
Monday, Track - D1, 15:00-16:00 | ||
Non-thermal plasmas for food safety, environmental applications and medical treatments | ||
Chairs: Juergen Kolb, Oliver Schlüter | ||
Organised by Network "Plasma for Food" \url{(http://www.plasma4food.de/index_en.php)} | ||
158 | Plasma antitumor action and the potential role of plasma-induced electric fields | Mon-D1-K1 (30') |
Eric Robert, Guillaume Collet, Laura Brullé, Thibault Darny, Claudine Kieda and Jean-Michel Pouvesle | ||
360 | Protein transduction into HeLa cells using atmospheric pressure plasma jet | Mon-D1-O2 (15') |
Douyan Wang, Haruka Tobo, Taishi Matsuoka, Takao Namihira, Hidenori Akiyama and Hisato Saitoh | ||
78 | Safety level of helium plasma treatment: in vivo study on mouse skin | Mon-D1-O3 (15') |
Spela Kos, Uros Cvelbar, Tanja Blagus, Maja Cemazar and Gregor Sersa | ||
Monday, Track - D2, 16:30-18:30 | ||
Non-thermal plasmas for food safety, environmental applications and medical treatments | ||
Chairs: Juergen Kolb, Oliver Schlüter | ||
Organised by Network "Plasma for Food" \url{(http://www.plasma4food.de/index_en.php)} | ||
312 | Plasma sources for biomedical applications | Mon-D2-K4 (30') |
Klaus-Dieter Weltmann, Torsten Gerling, Juergen Kolb, Kai Masur, Stephan Reuter and Thomas von Woedtke | ||
19 | Antibacterial Efficacy of a Novel Plasma Reactor without an Applied Gas Flow | Mon-D2-O5 (15') |
Chelsea Edelblute, Muhammad Malik and Loree Heller | ||
193 | Chemistry of Plasma-Liquid Interactions Related with Biocidal Effects of Non-Thermal Plasmas in Gas-Liquid Environments | Mon-D2-O6 (15') |
Petr Lukes, Eva Dolezalova and Martin Clupek | ||
317 | Chemistry and biodecontamination induced in water electrosprayed through air plasma discharges | Mon-D2-O7 (15') |
Zdenko Machala, Branislav Pongrác, Zuzana Kovaľová, Barbora Tarabová, Katarína Kučerová, Mário Janda and Karol Hensel | ||
362 | Use of High Voltage Atmospheric Cold Plasma in Food Preservation and Food Processing | Mon-D2-O8 (15') |
Kevin Keener, Paula Bourke and Patrick Cullen | ||
289 | Plasma application in food industry: current state and perspectives | Mon-D2-O9 (15') |
Oliver Schlüter | ||
146 | Non thermal plasma in food industry: from lab scale towards industrial application | Mon-D2-O10 (15') |
Hennie Mastwijk, Masja Nierop Groot, Hermien van Bokhorst-Van de Veen and Erik Esveld | ||
249 | Streamers applied in water enable spore inactivation of Bacillus atrophaeus | Mon-D2-P1 |
Blanckaert Vincent, Vanessa Joubert, Cyril Cheype, Jean Bonnet, Denis Packan, Jean Pierre Garnier and Justin Teissie | ||
175 | Human retinal pigment epithelial cell growth stimulation with atmospheric pressure plasma treatment | Mon-D2-P2 |
Nataša Hojnik, Sofija Andjelic, Marko Hawlina, Uros Cvelbar and Goran Petrovski | ||
281 | GFP-NLS transduction into HeLa cells using atmospheric-pressure plasma jet | Mon-D2-P3 |
Taishi Matsuoka, Haruka Tobo, Douyan Wang, Takao Namihira, Hidenori Akiyama and Hisato Saitoh | ||
148 | Detection of membrane and DNA damage of Escherichia coli caused by μAPPJ treatment in liquid suspension | Mon-D2-P4 |
Vladyslava Fantova, Eva Dolezalova, Mohamed Mokhtar Hefny, Jan Benedikt and Petr Lukes | ||
53 | Disinfection by Pulsed Discharges in Water: When Pulsed Electric Fields are not enough | Mon-D2-P5 |
Juergen Kolb, Robert Banaschik, Petr Lukes, Patrick Bednarski and Klaus-Dieter Weltmann | ||
268 | Understanding plasma-induced structural modification of the phospholipid bilayer: insight from atomistic simulations | Mon-D2-P6 |
Maksudbek Yusupov, Jonas Van der Paal, Erik Neyts and Annemie Bogaerts | ||
111 | Plasma4Food - development of plasma applications for the food industry | Mon-D2-P7 |
Christian Theel, Oliver Schlüter, Martin Polak and Jörg Ehlbeck | ||
Tuesday, Track - A1, 15:00-16:00 | ||
Irreversible electroporation in clinical use | ||
Chairs: Boris Rubinsky, Martijn Meijerink | ||
334 | Safety of Clinical Irreversible Electroporation | Tue-A1-K1 (30') |
Ken R. Thomson, H Kavnoudias and Rn Neal Ii | ||
338 | Percutaneous and intraoperative irreversible electroporation of liver cancer – a monocenter experience | Tue-A1-O2 (15') |
Michael Moche, Jochen Fuchs, Tim-Ole Petersen, Robert Jantschke, Michael Bartels, Thomas Kahn and Peter Voigt | ||
85 | Web-based tool for patient-specific planning of electroporation-based tumor treatments in different tissue | Tue-A1-O3 (15') |
Marija Marčan, Denis Pavliha, Bor Kos, Tadeja Forjanič, Gregor Serša and Damijan Miklavčič | ||
Tuesday, Track - A2, 16:30-18:30 | ||
Irreversible electroporation in clinical use | ||
Chairs: Gary Onik, Rafael V. Davalos | ||
261 | Long Term Results of the First Clinical Patient Series Using IRE | Tue-A2-O4 (15') |
Gary Onik Md and Boris Rubinsky Phd. | ||
127 | Cryosurgery and IRE, comparison, advantages and disadvantages. | Tue-A2-O5 (15') |
Franco Lugnani | ||
149 | Prostate Cancer Treatment with Irreversible Electroporation (IRE): Clinical and technical experience report after 4 years and 225 Patients | Tue-A2-O6 (15') |
Michael Stehling, Enric Guenther, Nina Klein, Stefan Zapf and Ducksoo Kim | ||
240 | Ablation of locally advanced pancreatic carcinoma by percutaneous irreversible electroporation: results of the PANFIRE-trial | Tue-A2-O7 (15') |
Martijn Meijerink, Hester Scheffer, Laurien Vroomen, Marleen Melenhorst, Aukje van Tilborg, Geert Kazemier, Petrousjka van den Tol and Cornelis van Kuijk | ||
245 | Ablation of colorectal liver metastases by irreversible electroporation: results of the COLDFIRE-1 ablate-and-resect study | Tue-A2-O8 (15') |
Hester Scheffer, Laurien Vroomen, Karin Nielsen, Aukje Tilborg, Jenny Vieveen, Geert Kazemier, Arthur Bouwman, Hans Niessen, Sybren Meijer, Cornelis van Kuijk, Petrousjka van den Tol and Martijn Meijerink | ||
300 | Irreversible Electroporation in treatment of locally advanced and Borderline resectable pancreatic adenocarcinoma | Tue-A2-O9 (15') |
Patrizia Marsanic, Alfredo Mellano, Antonino Sottile and Michele de Simone | ||
118 | Role of Treatment Parameters on Changes in Electrical Resistance During IRE of Colorectal Cancer Metastases in Patients | Tue-A2-O10 (15') |
Anna Moreland, Jonathan Chester, Stephen Solomon and Govindarajan Srimathveeravavalli | ||
357 | A Comparison between Deterministic and Statistical Treatment Planning in Irreversible Electroporation of Spontaneous Glioma | Tue-A2-O11 (15') |
Paulo A. Garcia, Bor Kos, Denis Pavliha, John H. Rossmeisl Jr., Damijan Miklavcic and Rafael V. Davalos | ||
244 | COLDFIRE-II: Colorectal metastatic liver disease: Efficacy of Irreversible Electroporation – a single-arm phase II clinical trial | Tue-A2-P1 |
Laurien Vroomen, Hester Scheffer, Karin Nielsen, Aukje Tilborg, Emile Comans, Cornelis van Kuijk, Bram van der Meijs, Janneke van den Bergh, Petrousjka van den Tol and Martijn Meijerink | ||
271 | Electrolytic effects in tissue ablation by irreversible electroporation | Tue-A2-P2 |
Enric Guenther, Liel Rubinsky, Paul Mikus, Michael Stehling and Boris Rubinsky | ||
328 | Effect of High Frequency Monopolar Pulse on the Necrosis and Apoptosis of Cells During Irreversible Electroporation | Tue-A2-P3 |
Yajun Zhao, Shoulong Dong, Chenguo Yao, Yan Mi and Chengxiang Li | ||
66 | Electroporation Pulse Delivery Protocol Thermal Considerations | Tue-A2-P4 |
Robert Neal Ii | ||
Tuesday, Track - B1, 15:00-16:00 | ||
In vitro electroporation - basic mechanisms I | ||
Chairs: Marie-Pierre Rols, Mounir Tarek | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
236 | Study of transmembrane voltage kinetics during 100 µs pulse using voltage sensitive dyes | Tue-B1-O1 (15') |
Aude Silve, Clair Poignard, Martin Sack, Ralf Straessner and Wolfgang Frey | ||
207 | Dependence of the Energy of Electric Pulse Required to Electroporate the Cell on the Pulse Duration for Pulses from 40 ns to 2 ms | Tue-B1-O2 (15') |
Gintautas Saulis, Aiste Bitinaite, Rita Saulė, Voitech Stankevič, Nerija Žurauskienė and Saulius Balevičius | ||
120 | Calcium-mediated, delayed nanopore expansion is the execution step of necrotic cell death caused by nanosecond pulsed electric field (nsPEF) | Tue-B1-O3 (15') |
Olga Pakhomova, Betsy Gregory, Angela Bowman, Iurii Semenov and Andrei Pakhomov | ||
38 | Electroporation of a bladder cancer cell line in presence of calcium: efficacy dependence on electric field strength and calcium concentration | Tue-B1-O4 (15') |
Stefania Romeo, Emilie Louise Hansen, Stine Krog Frandsen and Julie Gehl | ||
Tuesday, Track - B2, 16:30-18:30 | ||
In vitro electroporation - basic mechanisms II | ||
Chairs: Mounir Tarek, Richard Nuccitelli | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
284 | A Nanochannel-Electroporation chip for interrogating cancer cells at the single-cell level | (15') |
Pouyan Boukany, Piotr Glazer, Dayinta Perrier and Shaurya Sachdev | ||
171 | A versatile microfluidic electroporator for medicine and biological research | Tue-B2-O2 (15') |
Mengxing Ouyang, Chris H Choi, Jung Hyun Lee, Winfield Hill and Sj Claire Hur | ||
291 | Real-time optical monitoring of single cell electrical lysis in a microfluidic device | Tue-B2-O3 (15') |
Sertan Sukas, Leon Terstappen and Severine Le Gac | ||
131 | nsPEfs induce irreversible denaturation of sperm whale myoglobin: a thermodynamics analysis | Tue-B2-O4 (15') |
Paolo Marracino, Micaela Liberti, Francesca Apollonio and Andrea Amadei | ||
220 | Effect of 5 ns-long Intense Electrical Pulses on Proteins | Tue-B2-O5 (15') |
Sunao Katsuki, Ryuta Andachi, Shota Hatayama, Daisuke Akiyama, Yulan Li and Hidenori Akiyama | ||
4 | Electric-field-induced chemistry: water, solutions, prebiotic and beyond | Tue-B2-O6 (15') |
Antonino Marco Saitta, Franz Saija, Cassone Giuseppe, Sara Laporte, Fabio Pietrucci, Fabio Finocchi and François Guyot | ||
327 | Cell membrane poration by microstreaming: Experimental and analytical evaluations | Tue-B2-O7 (15') |
Hamid Hosseini and S.Fatemeh Moosavi-Nejad | ||
40 | Extremely low frequency electromagnetic stimulation alters osteoblast actin filament morphology | Tue-B2-O8 (15') |
Anna-Maria Bique, Tomi Keskinen and Mervi Paulasto-Kröckel | ||
30 | The effect of pulsed electric field on mesenchymal stem cell direct migration. | Tue-B2-P1 |
Katarzyna Jezierska-Woźniak, Joanna Wojtkiewicz, Łukasz Grabarczyk, Monika Barczewska, Aleksandra Habich, Seweryn Lipinski and Wojciech Maksymowicz | ||
44 | Cell sensitization is induced by a wide range of permeabilizing electric fields | Tue-B2-P2 |
Janja Dermol, Olga N. Pakhomova, Shu Xiao, Andrei G. Pakhomov and Damijan Miklavčič | ||
49 | New Concepts for the Application of Intense Electromagnetic Fields to Biological Samples | Tue-B2-P3 |
René Vézinet, Thomas Chrétiennot, Alexandre Catrain, Mathieu Croizer, Laure Gibot, Flavien Pillet, Marie Breton, Lluis Mir and Marie-Pierre Rols | ||
91 | Numerical analysis of split dose protocols for nsPEF-electroporation | Tue-B2-P4 |
Patrizia Lamberti, Stefania Romeo, Maria Rosaria Scarfì, Vincenzo Tucci and Luigi Zeni | ||
123 | Electro-Curcumin-Therapy for Breast Cancers: An In Vitro Study | Tue-B2-P5 |
Raji Sundararajan, Arutselvan Natarajan and Ignacio Camarillo | ||
128 | Investigation of optical and mechanical characteristics of electroporated cells using optical tweezers | Tue-B2-P6 |
Violeta Liuba Calin, Mihaela Georgeta Moisescu, Irina Grigorescu, Liviu Dimitriu and Tudor Savopol | ||
132 | nsPEfs induce irreversible denaturation of sperm whale myoglobin in water: a kinetics analysis | Tue-B2-P7 |
Paolo Marracino, Micaela Liberti, Francesca Apollonio and Andrea Amadei | ||
133 | Molecular insights into the electro-transfer through lipid cell membranes driven by microsecond electric pulses | Tue-B2-P8 |
Maura Casciola, Francesca Apollonio and Mounir Tarek | ||
141 | Coupled microstrip lines for nsPEFs applications on living cells | Tue-B2-P9 |
Maura Casciola, Agnese Denzi, Alessandra Paffi, Micaela Liberti and Francesca Apollonio | ||
154 | Impact of external medium conductivity on cell membrane electropermeabilization by microsecond and nanosecond electric pulses. | Tue-B2-P10 |
Aude Silve, Isabelle Leray, Clair Poignard and Lluis M Mir | ||
163 | Variety of Intracellular Ca2+ Mobilization Depending on Pulse Conditions | Tue-B2-P11 |
Nobuaki Ohnishi, Kazuho Honda, Daisuke Akiyama, Yulan Li, Sunao Katsuki and Hidenori Akiyama | ||
176 | Molecular Dynamics evaluation of structural and electrical properties of hydrated bilayers exposed to nsPEF | Tue-B2-P12 |
Maura Casciola, Paolo Marracino, Micaela Liberti and Francesca Apollonio | ||
179 | A single cell stochastic analysis under the action of nanosecond electric pulses | Tue-B2-P13 |
Caterina Merla, Francesca Apollonio and Micaela Liberti | ||
184 | Changes in tumorigenic markers in rat liver oval cells in response to nsPEF treatment | Tue-B2-P14 |
Petra Macikova, Anna Steuer, Pavel Babica and Juergen F. Kolb | ||
189 | Transport, Resealing, and Re-poration Dynamics of Two-Pulse Electroporation-Mediated Molecular Delivery | Tue-B2-P15 |
Yasir Demiryurek, Miao Yu, Mingde Zheng, Jeffrey D. Zahn, David I. Shreiber, Hao Lin and Jerry W. Shan | ||
197 | Estimation of the Energetic Barrier to Pore Formation and the Pore Radius Corresponding to this Barrier for Different Cell Lines | Tue-B2-P16 |
Aiste Bitinaite, Rita Saule and Gintautas Saulis | ||
206 | Trypsinization does not Change the Kinetics of Pore Resealing in Human Erythrocytes after Electroporation | Tue-B2-P17 |
Rūta Maciulevičienė, Rita Saulė, Danutė Batiuškaitė and Gintautas Saulis | ||
212 | Microsecond pulsed electric fields: from the plasma to the inner membranes electropermeabilization, quantitative study with calcium ions | Tue-B2-P18 |
Hanna Hanna, Franck M. Andre and Lluis M. Mir | ||
225 | Nanotechnology meets Electropulsation | Tue-B2-P19 |
Justin Teissie, Pascal Demange and Alain Milon | ||
228 | Interfacial water probing by CARS spectroscopy on biological samples exposed to intense pulsed electric fields. | Tue-B2-P20 |
Antoine Azan, Michaël Scherman, Aude Silve, Marie Breton, Isabelle Leray, Nelly Dorval, Brigitte Attal-Trétout and Lluis M. Mir | ||
233 | The effect of temperature on protein extraction by electroporation and on bacterial viability | Tue-B2-P21 |
Saša Haberl Meglič, Eva Levičnik, Elisa Luengo, Javier Raso and Damijan Miklavčič | ||
252 | Effects of the content of cholesterol on the permeability of vesicles membranes induced by pulsed electric fields | Tue-B2-P22 |
Liu Zhi-Wei, Zeng Xin-An and Han Zhong | ||
263 | Effect of hypoxia on cell proliferation and electroporation in vitro | Tue-B2-P23 |
Tina Stepisnik, Rosana Hudej and Damijan Miklavcic | ||
264 | A Novel Electroporation by Electrostatic Manipulation of Water-in-Oil Droplet | Tue-B2-P24 |
Hirofumi Kurita, Yasuhiro Takao, Shota Takahashi, Atsushi Asada, Kazunori Takashima, Rika Numano and Akira Mizuno | ||
265 | Different cell death patterns after cell electroporation and bleomycin electrotransfer | Tue-B2-P25 |
Baltramiejus Jakštys, Paulius Ruzgys, Mindaugas Tamošiūnas and Saulius Šatkauskas | ||
285 | Influence of extracellular medium conductivity for exogenous molecule electrotransfer into cells in vitro | Tue-B2-P26 |
Paulius Ruzgys, Milda Jakutavičiūtė and Saulius Šatkauskas | ||
288 | Electroporation-assisted extraction of molecules from cells in vitro | Tue-B2-P27 |
Violeta Rajeckaitė, Arnas Rafanavičius, Baltramiejus Jakštys and Saulius Šatkauskas | ||
295 | Electrostransfer of plasmid gWIZ Blank into B16-F10 and TS/A increase expression of cytosolic DNA PRRs | Tue-B2-P28 |
Katarina Znidar, Masa Bosnjak, Loree Heller and Maja Cemazar | ||
296 | Glucose derivatives as efficient markers of cell reversible electropermeabilization | Tue-B2-P29 |
Elham Raeisi, Yves Lemoigne and Lluis M. Mir | ||
299 | The time course of electroporation-induced sensitization | Tue-B2-P30 |
Claudia Muratori, Janja Dermol, Shu Xiao, Andrei Pakhomov and Olga Pakhomova | ||
315 | The influence of nanocarriers charge on drug delivery combined with electroporation | Tue-B2-P31 |
Julita Kulbacka, Kazimiera Anna Wilk, Urszula Bazylińska, Malgorzata Kotulska, Jolanta Saczko and Magda Dubinska-Magiera | ||
318 | Preparing polymersomes and cells for electrofusion | Tue-B2-P32 |
Tina Batista Napotnik, Lea Rems, Gianluca Bello, Eva Sinner and Damijan Miklavčič | ||
159 | Nanosecond pulsed electric field effects on the elasticity of cells in a monolayer | Tue-B2-P33 |
Anna Steuer, Malte Hammer and Juergen F. Kolb | ||
303 | Electric Field Dosimetry for Electroporation of Adherent Cells on Indium Tin Oxide (ITO)-Coated Glass Coverslips | Tue-B2-P34 |
Vitalij Novickij, Olga N. Pakhomova, Gintautas Saulis and Andrei G. Pakhomov | ||
373 | Effects of high voltage nanosecond electric pulses on eucaryotic cells: a systematic review | Tue-B2-P35 |
Tina Batista Napotnik, Matej Reberšek, P Thomas Vernier, Barbara Mali and Damijan Miklavčič | ||
Tuesday, Track - C1, 15:00-16:00 | ||
Pulsed electric fields and electroporation technologies in bioeconomy | ||
Chairs: Alexander Golberg, Wolfgang Frey | ||
Organised by COST Action TD1104 - Workgroup 4, International Bioelectrics Consortium, and KIT Microalgae-Platform | ||
135 | Microalgal biorefinery for bulk and high added value products: process design and bottlenecks | Tue-C1-K1 (30') |
Giuseppe Olivieri, Maria Barbosa, Rene' Wijffels and Michel Eppink | ||
358 | Applications and Considerations for PEF Processing Microalgae: Product Liberation and Predator Control | Tue-C1-O2 (15') |
Thomas A. Dempster | ||
31 | the use of pulsed electric fields for Protein extraction from Nanochloropsis and Chlorella | Tue-C1-O3 (15') |
Mathilde Coustets and Justin Teissie | ||
Tuesday, Track - C2, 16:30-18:30 | ||
Pulsed electric fields and electroporation technologies in bioeconomy | ||
Chairs: Alexander Golberg, Wolfgang Frey | ||
Organised by COST Action TD1104 - Workgroup 4, International Bioelectrics Consortium, and KIT Microalgae-Platform | ||
258 | Effect of temperature and energy input on PEF processing of the green microalgae Chlorella vulgaris | Tue-C2-O4 (15') |
Richard Postma, Giuseppe Olivieri, Maria Barbosa, Rene Wijffels, Michel Eppink, M Capitoli, Gianpiero Pataro and Giovanna Ferrari | ||
187 | PEF for component recovery from Chlorella vulgaris | Tue-C2-O5 (15') |
Elisa Luengo, Juan Manuel Martinez, Ignacio Alvarez and Javier Raso | ||
349 | Extraction of pigments from PEF pretreated local microalgae | Tue-C2-O6 (15') |
Semmak Abdelkader, Bermaki Mohamed Hamza, Bellebna Yassine, Miloudi Kaddour, Gomis Cristian and Tilmatine Amar | ||
41 | A microfluidic device for the Real-time characterization of lipid producing algae cell population submitted to a pulsed electric field | Tue-C2-O7 (15') |
Pierre Bodenes, Filipa Lopes, Dominique Pareau, Olivier Français and Bruno Le Pioufle | ||
241 | Design, Optimization and Scale-Up of Pulsed Electric Field Technologies for Large Flow Applications in Heterogeneous Matrices | Tue-C2-O8 (15') |
Siva Sarathy, Chris Sheculski, Jim Robinson, John Walton, Azita Soleymani, Michael Kempkes, Marcel Gaudreau and Domenico Santoro | ||
117 | Energy efficient electroporation based drying process of macroalgae U. Lactuca | Tue-C2-O9 (15') |
Francois Fernand, Martin Sack, Georg Mueller and Alexander Golberg | ||
243 | Electrical treatment of re-circulate in anaerobic digestion for enhancement of methane production | Tue-C2-O10 (15') |
Uwe Pliquett and Danny Echtermeyer | ||
364 | Electrostimulation of microorganisms: A promising application in the field of biotechnology | Tue-C2-O11 (15') |
Mohammad Turk, Jessy Mattar and Eugène Vorobiev | ||
137 | Electro-biorefinery as a potential tool for valorization of mango and papaya by-products | Tue-C2-P1 |
Oleksii Parniakov, Francisco Barba, Nabil Grimi, Nikolai Lebovka and Eugene Vorobiev | ||
286 | Microalgae Precipitation in Treatment Chambers during PEF Processing | Tue-C2-P2 |
Ralf Straessner, Christian Eing, Klaus Leber, Sarah Rocke, Aude Silve, Ruediger Wuestner and Wolfgang Frey | ||
298 | Towards a green and sustainable recovery of phenolic compounds from food by-products | Tue-C2-P3 |
Cristèle Delsart, Daniel Carullo, Melita Sternad Lemut, Gianpiero Pataro, Giovanna Ferrari and Kajetan Trost | ||
301 | Pulsed electric field assisted extraction of carotenoids from tomato by-products | Tue-C2-P4 |
Daniela Nikolovska Nedelkoska, Gianpiero Pataro, Daniele Carullo, Mauro Maria Capitoli and Giovanna Ferrari | ||
309 | Limitations in the use of RMS-value measurement devices in the evaluation of environmental side exposure from pulsed electric field applications | Tue-C2-P5 |
Jolanta Karpowicz and Krzysztof Gryz | ||
365 | Extraction of oil from flaxseed by pulsed electric fields | Tue-C2-P6 |
Nataša Poklar Ulrih, Uroš Jedlovčnik, Karel Flisar and Damijan Miklavčič | ||
Tuesday, Track - D1, 15:00-16:00 | ||
Food and biotechnology applications | ||
Chairs: Henry Jaeger, Indrawati Oey | ||
47 | Pulsed Power Technologies in NUDT and an Adjustable Generator Design for Different Pulsed Electric Field Applications | Tue-D1-O1 (15') |
Jianhua Yang, Jingming Gao and Xinbing Cheng | ||
63 | Eradication of Multidrug-Resistant Pseudomonas Biofilm with Pulsed Electric Fields | Tue-D1-O2 (15') |
Saiqa Khan, Daniela Vecchio, Gaddi Blumrosen, Alexander Golberg, Michael McCormack, Martin Yarmush, Michael Hamblin and William Austen | ||
205 | Inactivation of the yeast Candida humilis by pulsed electric fields | Tue-D1-O3 (15') |
Qixing Ou, Marija Jaric and Michael Gänzle | ||
368 | Increased biogas yield with Closed Environment PEF Treatment (CEPT) by Arc Aroma Pure AB (SE) | Tue-D1-O4 (15') |
Per Henriksson | ||
209 | Toward a Predictive Numerical Model of Bacterial Electroporation | Tue-D1-P1 |
Jeffrey Moran, Paulo Garcia, Naga Neehar Dingari and Cullen Buie | ||
11 | Microbial inactivation in a non-commercial fruit juice submitted to pulsed electric fields in presence of Stevia rebaudiana Bertoni | Tue-D1-P2 |
Clara Miracle Belda-Galbis, Antonio Martínez and Dolores Rodrigo | ||
12 | Effects of Pulsed Electric Fields on four residual fungicides in white wines | Tue-D1-P3 |
Cristèle Delsart, Céline Franc, Nabil Grimi, Gilles De Revel, Eugène Vorobiev and Martine Mietton Peuchot | ||
17 | Control of polyphenoloxidase and peroxidase activities in mango and papaya juice by pulsed electric field and Stevia rebaudiana Bertoni extract combined process | Tue-D1-P4 |
Nieves Criado García, Antonio Martínez and Dolores Rodrigo | ||
32 | Antimicrobial Capacity of a Cauliflower By-product Infusion Combined with the PEF Treatment against S. Typhimurium | Tue-D1-P5 |
Maria Sanz-Puig, Leonor Santos-Carvalho, Luis M. Cunha, M. Consuelo Pina-Pérez, Dolores Rodrigo and Antonio Martínez-López | ||
72 | Electroinduced release of recombinant proteins from E. coli | Tue-D1-P6 |
Bojidar Galutzov, Valentina Ganeva, Boyana Angelova and Miguel Arevalo-Rodrigez | ||
157 | Extraction of phycocyanin from Arthrospira platensis assisted by pulsed electric fields | Tue-D1-P7 |
Juan Manuel Martinez, Elisa Luengo, Ignacio Alvarez and Javier Raso | ||
164 | Steviol glycosides stability after pulsed electric technologies and ultrasounds treatments in fruit juice blend sweetened with Stevia rebaudiana | Tue-D1-P8 |
Magdalena Buniowska, Juana M. Carbonell-Capella, Ana Frigola and Maria J Esteve | ||
166 | Pulsed electric field processing optimization of ascorbic acid in a fruit juice beverage with Stevia rebaudiana | Tue-D1-P9 |
Juana M. Carbonell-Capella, Magdalena Buniowska, Maria J. Esteve and Ana Frigola | ||
350 | Development of a Marx-type PEF generator using IGBT switches | Tue-D1-P10 |
Mohammed Hamza Bermaki, Abdelkader Semmak, Matej Reberšek, Yassine Bellebna, Damijan Miklavčič and Amar Tilmatine | ||
46 | Design of a GW-level solid-state pulse generator with sub-ohm impedance | Tue-D1-P11 |
Jingming Gao, Song Li and Hanwu Yang | ||
353 | Comparison of high power ultrasound and cold plasma assisted extraction of glycosides from Stevia (Stevia rebaudiana) | Tue-D1-P12 |
Anet Režek Jambrak, Dijana Kujundžić, Tomislava Vukušić and Zoran Herceg | ||
355 | Influence of pulsed electric fields (PEF) on zinc and magnesium accumulation in Saccharomyces cerevisiae cells | Tue-D1-P13 |
Monika Sujka, Urszula Pankiewicz and Marzena Wlodarczyk-Stasiak | ||
356 | Application of Pulsed Electric Fields for Enrichment of Saccharomyces cerevisiae with Zinc and Selenium | Tue-D1-P14 |
Urszula Pankiewicz, Monika Sujka and Artur Mazurek | ||
Tuesday, Track - D2, 16:30-18:30 | ||
PEF process integration - complex process chains and process combinations in the food industry | ||
Chairs: Henry Jäger, Dietrich Knorr | ||
Endorsed by European Federation of Food Science and Technology (EFFoST) | ||
308 | PEF Process Integration in Complex Food Applications | Tue-D2-K1 (15') |
Henry Jäger | ||
95 | Olive oil production assisted by PEF | Tue-D2-O2 (15') |
Ignacio Alvarez, Elisa Luengo, María Abenoza, Cristina Sánchez-Gimeno and Javier Raso | ||
96 | Use of Pulsed Electric Fields (PEF) in the winemaking industry | Tue-D2-O3 (15') |
Noelia López Giral, Carolina González Ferrero, Lucia González Arenzana, Isabel López Alfaro and Teresa Garde Cerdán | ||
260 | Pulsed Electric Fields Application in Potato Processing | Tue-D2-O4 (15') |
Stefan Toepfl | ||
282 | PEF Treatment of Sugar Beets and Scaled Design of PEF Treatment Reactors | Tue-D2-O5 (15') |
Martin Sack and Georg Mueller | ||
307 | Pulsed Electric Field in Fruit Juice Processing: Quantitative, Qualitative and Economical Aspects | Tue-D2-O6 (15') |
Nabil Grimi, Mohammad Turk and Eugène Vorobiev | ||
374 | Round table: Challenges and opportunities for the integration of PEF in food processing | Tue-D2-O7 (15') |
Ignacio Alvarez, Lucia González Arenzana, Nabil Grimi, Henry Jäger, Dietrich Knorr, Martin Sack and Stefan Töpfl | ||
86 | Enhancement of Anticancer Activity of Brown Rice Phenolic Compounds through Pulsed Electric Fields – Assisted Extraction | Tue-D2-P1 |
Vincenzo Quagliariello, Gianpiero Pataro, Rosario V. Iaffaioli, Giovanna Ferrari and Francesco Donsi' | ||
57 | Juice expression from sugar beet tissue assisted by pulsed electric field and liming | Tue-D2-P2 |
Fouad Almohammed, Houcine Mhemdi and Eugène Vorobiev | ||
136 | Antioxidant properties of Icelandic seaweed extracts derived with assistance of pulsed electric field. | Tue-D2-P3 |
Magdalena Stefaniak, Gudrun Marteinsdottir, Olafur Eysteinn Sigurjonsson, Magnus Gudmundssson and Kristberg Kristbergsson | ||
153 | Comparison of the efficacy of pulsed electric fields treatments in the millisecond and microsecond range for the extraction of betanine from red beetroot. | Tue-D2-P4 |
Elisa Luengo, Juan Manuel Martinez, Ignacio Álvarez and Javier Raso | ||
155 | Application of pulsed electric field pre-treatment to improve drying of cherry tomato | Tue-D2-P5 |
Elisa Luengo, Daniel Martin, Juan Manuel Martinez, Ignacio Alvarez and Javier Raso | ||
266 | Extraction of non-polar molecules from green algae by electroporation | Tue-D2-P6 |
Tina Elersek, Aleks Kapun, Janvit Golob, Karel Flisar and Damijan Miklavčič | ||
316 | Extraction of sugar solution from sugar beet cossettes by electroporation and compressive load | Tue-D2-P7 |
Jan Gjörek, Karel Flisar, Damijan Miklavčič, Nataša Ulrih Poklar and Janvit Golob | ||
348 | Set-Point Identification of a PEF System For Juice Extraction | Tue-D2-P8 |
Kaddour Miloudi, Amar Tilmatine, Youcef Benmimoun, Abdelkader Semmak and Hamza Bermaki | ||
Wednesday, Track - A1, 15:00-16:00 | ||
Predictable animal models II | ||
Chairs: Emanuela Signori, Maja Cemazar | ||
Supported by CNR-IFT, Laboratory of Molecular Pathology and Experimental Oncology | ||
270 | Endoscopic and laparoscopic delivery of electroporation in the Large animal model | Wed-A1-O4 (15') |
Declan Soden, Joseph Impellizeri, Anthony Clover and Patrick Forde | ||
69 | Synergistic Interaction of Adjuvant TNF-α Therapy to Electrochemotherapy With Intravenous Cisplatin Observed in Murine Sarcoma | Wed-A1-O5 (15') |
Vesna Todorovic, Gregor Sersa, Janez Scancar, Ursa Lampreht, Monika Stimac, Urska Kamensek, Simona Kranjc, Andrej Coer and Maja Cemazar | ||
102 | Intramuscular antibody gene electrotransfer in mice results in long-term in vivo expression of therapeutic anti-HER2 antibodies | Wed-A1-O6 (15') |
Kevin Hollevoet, Nick Geukens, Greetje Vande Velde and Paul Declerck | ||
354 | Antibody Gene Transfer By In Vivo DNA Electroporation | Wed-A1-O7 (15') |
Yaoxing Huang, Jian Yu, Chasity Andrews, Neal Padte and David Ho | ||
39 | Methodology for assessing the degree of degeneration of the porcine intervertebral discs based on magnetic resonance imaging | Wed-A1-P1 |
Seweryn Lipinski, Katarzyna Jezierska-Woźniak, Aleksandra Habich, Monika Barczewska, Joanna Wojtkiewicz, Piotr Walczak and Wojciech Maksymowicz | ||
109 | AOM/DSS murine model as predictable experimental platform for the preclinical evaluation of electrotransfer-based DNA vaccination protocols against colorectal cancer | Wed-A1-P2 |
Mariangela De Robertis, Luisa Loiacono, Vito Michele Fazio and Emanuela Signori | ||
125 | Physiological and Biomechanical Response of Skeletal Muscle to Electroporation | Wed-A1-P3 |
Lars Mattison, Matthew Yoder, Charles Soule and Paul Iaizzo | ||
162 | GET protocols: Hyaluronidase is an effective adjuvant in the permeabilization of muscle fibers | Wed-A1-P4 |
Nahuel Olaiz, Emanuela Signori, Liliana Guerra, Felipe Maglietti, Cecilia Suárez, Marcela Villaverde, Lucas Colombo, Sebastian Michinski and Guillermo Marshall | ||
Wednesday, Track - A2, 16:30-18:30 | ||
Medical applications: gene therapy | ||
Chairs: Richard Heller, Gregor Serša | ||
Organised by The International Bioelectrics Consortium | ||
372 | Advances in clinical electroporation: tissue sensing, feedback control, and catheter technology | Wed-A2-K1 (30') |
Robert H Pierce, Richard J Connolly, Douglas Brown, Arya J Bahrami, Shawna Shirley, Mai H Le and Jean S Campbell | ||
188 | Gene electrotransfer: The patient is the medicine producer | Wed-A2-O2 (15') |
Julie Gehl | ||
60 | Ex vivo electrotransfer of pFAR miniplasmid for Age-Related Macular Degeneration Cell/Gene Clinical Trial | Wed-A2-O3 (15') |
Daniel Scherman, Marie Pastor, Corinne Marie, Nina Harmening, Martina Kropp, Sandra Johnen, Zsuzsanna Izsvak and Gabriele Thumann | ||
138 | Gene Electro Transfer of VEGF in Angiogenesis and Myocardial Repair | Wed-A2-O4 (15') |
Anna Bulysheva, Barbara Hargrave, Nina Burcus, Cathryn Lundberg, Len Murray and Richard Heller | ||
346 | Effective enhancement of immune response utilizing gene electro transfer | Wed-A2-O5 (15') |
Richard Heller, Siqi Guo, Cathryn Lundberg, Niculina Burcus and Shawna Shirley | ||
239 | Constructing clinically applicable plasmids for cancer gene therapy | Wed-A2-O6 (15') |
Urska Kamensek, Natasa Tesic, Gregor Sersa and Maja Cemazar | ||
59 | Evaluation of smooth muscle γ actin promoter suitability for tissue-specific gene delivery of interleukin 12 | Wed-A2-O7 (15') |
Natasa Tesic, Urska Kamensek, Gregor Sersa and Maja Cemazar | ||
219 | Development of a Catheter-Based Applicator for Immuno-Oncology | Wed-A2-P1 |
Richard J. Connolly, Arya J. Bahrami, Jean S. Campbell, Mai H. Le and Robert H. Pierce | ||
28 | Melanoma cell viability is reduced after endoglin silencing with gene electrotransfer | Wed-A2-P2 |
Tanja Dolinsek, Gregor Sersa and Maja Cemazar | ||
152 | Silencing of endoglin by gene electrotransfer of plasmids exerts pronounced antitumor and vascular targeted effects in vivo | Wed-A2-P3 |
Ajda Prevc, Monika Stimac, Tanja Dolinsek, Masa Bosnjak, Maja Cemazar and Gregor Sersa | ||
216 | Generation of robust immunity following DNA vaccine immunization enhanced by surface intradermal electroporation | Wed-A2-P4 |
Kate Broderick, Trevor Smith, Amir Khan, Laurent Humeau, Niranjan Sardesai and Jay McCoy | ||
200 | Vaccination against melanoma in mice by IL12 electro-geno-immuno-therapy | Wed-A2-P5 |
Muriel Golzio, Lise Pasquet, Justin Teissié, Marie-Pierre Rols and Sophie Chabot | ||
Wednesday, Track - B1, 15:00-16:00 | ||
In vitro electroporation - basic mechanisms III | ||
Chairs: Marie-Pierre Rols, Mounir Tarek | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
248 | Mechano-sensing and Mechano-transduction through Caveolae | Wed-B1-K1 (30') |
Christophe Lamaze | ||
84 | Inhibition of Hsp90 Sensitizes Cells to Regulated Cell Death Induction by nsPEFs | Wed-B1-O2 (15') |
Stephen J. Beebe and John Catravas | ||
142 | A Correlation between Critical Breakdown Voltage and Mechanical Properties of Linear and Branched Lipid Bilayers | Wed-B1-O3 (15') |
Dayinta Perrier, Zoe Homoet, Piotr Glazer and Pouyan Boukany | ||
Wednesday, Track - B2, 16:30-18:30 | ||
In vitro electroporation - basic mechanisms IV | ||
Chairs: Marie-Pierre Rols, Ken-Ichi Yano | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
107 | Endocytic Pathways Involved in Electrogene Transfer | Wed-B2-O1 (15') |
Fan Yuan, Chun-Chi Chang and Liangli Wang | ||
156 | Effects of nanosecond pulsed electric fields on cell-cell communication in a monolayer | Wed-B2-O2 (15') |
Anna Steuer, Anke Schmidt, Pavel Babica and Juergen F. Kolb | ||
103 | Difference in membrane repair capability between cancer cell lines and a normal cell line | Wed-B2-O3 (15') |
Stine Krog Frandsen, Anna K. McNeil, Julie Gehl and Paul L. McNeil | ||
99 | Spheroids, a three-dimensional preclinical model for electrochemotherapy and gene electrotransfer | Wed-B2-O4 (15') |
Simona Kranjc, Maja Cemazar and Gregor Sersa | ||
10 | Mixed spheroids as a relevant 3D biological tool to understand therapeutic window of electrochemotherapy | Wed-B2-O5 (15') |
Laure Gibot, Moinecha Madi, René Vézinet and Marie-Pierre Rols | ||
246 | New challenges in modeling both electrical and mechanical properties of spheroids | Wed-B2-O6 (15') |
Clair Poignard | ||
361 | Study of electroporation conditions of arbitrary selected single cell with ultrathin fiber microprobe | Wed-B2-O7 (15') |
Ryszard Buczynski, Julita Kulbacka, Jolanta Saczko, Dariusz Pysz, Grzegorz Stepniewski, Magda Dubinska-Magiera, Bernard Piechal and Malgorzata Kotulska | ||
329 | Analysis pore force on electroporation in a Single Cell Exposed to High-Voltage Pulsed Electric Field | Wed-B2-O8 (15') |
Yanpeng Lv, Chenguo Yao, Yajun Zhao and Shoulong Dong | ||
194 | Electrotransformation of Bacteria with Bacteriophage DNA: Efficacy and Consequences for the Host | Wed-B2-P1 |
Nikolaja Janež, Saša Haberl Meglič, Karel Flisar, Damijan Miklavčič and Matjaž Peterka | ||
Wednesday, Track - C1, 15:00-16:00 | ||
Non-electric field based physical methods inducing cell poration and enhanced molecule transfer | ||
Chairs: Saulius Satkauskas, Wen-Shiang Chen | ||
231 | Green Extraction of Natural Products Using Microwave and Ultrasound Techniques. From innovations to industrial applications | Wed-C1-K1 (15') |
Farid Chemat | ||
130 | Electrospray: A novel approach for drug and gene delivery | Wed-C1-O2 (15') |
Paulius Ruzgys, Stephan Bohringer, Saulius Satkauskas, Thomas Geiser, David Hradetzky and Amiq Gazdhar | ||
140 | Ultrasound-facilitated gene transfection and drug delivery | Wed-C1-O3 (15') |
Wen-Shiang Chen | ||
267 | Non-electric field based physical methods inducing cell poration and enhanced molecule transfer | Wed-C1-O4 (15') |
Saulius Šatkauskas | ||
211 | Chemical membrane permeabilisation provides insights on the membranes biophysical parameters changes during cell electroporation | Wed-C1-P1 |
Mihaela G. Moisescu, Mihai Radu, Isabelle Leray, Minodora M. Iordache, Tudor Savopol and Lluis M. Mir | ||
276 | Inactivation of bacterial spores by pulsed electron beam and shock waves | Wed-C1-P2 |
Camille Lamarche, Etienne Dague, Marie-Pierre Rols Rols, Gauthier Demol and Flavien Pillet | ||
26 | Custom Experimental Apparatus Design for the Investigation of Ultrasound as an Active Enhancement Method in Transdermal Drug Delivery | Wed-C1-P3 |
Jeremy Robertson and Sid Becker | ||
35 | Magnetofection: An effective, selective and feasible non-viral gene delivery method | Wed-C1-P4 |
Lara Prosen, Maja Cemazar and Gregor Sersa | ||
105 | Emulating Exposures of Biological Samples to Lightning Strokes | Wed-C1-P5 |
Matej Reberšek, Igor Marjanovič, Samo Beguš, Flavien Pillet, Marie-Pierre Rols, Damijan Miklavcic and Tadej Kotnik | ||
335 | Mouse melanoma (B16-F1) cell viability after sonoporation in acidic and CO2 saturated media | Wed-C1-P6 |
Jure Jelenc, Jure Škafar, Jože Jelenc, Damijan Miklavčič and Alenka Maček Lebar | ||
79 | Ultrasound-assisted pretreatment of distillery stillage for lactic acid production | Wed-C1-P7 |
Aleksandra Djukić-Vuković, Dragana Mladenović, Andrea Stefanović, Jelena Jovanović, Zorica Knežević-Jugović, Jelena Pejin and Ljiljana Mojović | ||
Wednesday, Track - C2, 16:30-18:30 | ||
Electrochemistry and electroporation | ||
Chairs: Gianpiero Pataro, Guillermo Marshall | ||
324 | Chemical Reactions During Electric Field Processing | Wed-C2-O1 (15') |
Sudhir Sastry | ||
208 | Reasons of Cytotoxicity of the Cell Culture Medium Treated by High-Voltage Pulses | Wed-C2-O2 (15') |
Raminta Rodaitė-Riševičienė, Rita Saulė, Laura Zelencova and Gintautas Saulis | ||
306 | Quantification and Impact of pH-Changes during PEF Treatment | Wed-C2-O3 (15') |
Henry Jäger and Nicolas Meneses | ||
262 | Increasing the Effectiveness of Electrolytic Tissue Ablation by Combining Electrolysis with Reversible Electroporation | Wed-C2-O4 (15') |
Mary Phillips and Boris Rubinsky | ||
223 | Mathematical modeling of electrochemical phenomena at the electrode-solution interface in a PEF treatment chamber | Wed-C2-O5 (15') |
Gianpiero Pataro, Giuseppe Barca and Giovanna Ferrari | ||
310 | Analogy between electrolytic ablation of tumors and electroporation based tumor treatments | Wed-C2-O6 (15') |
Guillermo Marshall | ||
58 | Flow-Through Electric Field Pasteurization Using Constant and Moderate Radiofrequency Voltages | Wed-C2-O7 (15') |
Jarold González-Sosa, Albert Ruiz-Vargas, Guillem Arias, Quim Castellví and Antoni Ivorra | ||
311 | Electroporation interlinks with electroendocytosis via electrochemical acidification | Wed-C2-O8 (15') |
Rafi Korenstein | ||
161 | Electrolytic ablation dose planning methodology | Wed-C2-P1 |
Emmanuel Luján, Herman Schinca, Nahuel Olaiz, Santiago Urquiza, Fernando Molina, Pablo Turjanski and Guillermo Marshall | ||
234 | Electrochemical interfacial reactions at the electrode surface along flow electropulsation | Wed-C2-P2 |
Florian Bissieres, Vanessa Sonnois and Justin Teissie | ||
224 | Fluorescence Quenching by the Cell Culture Medium Treated by High-Voltage Pulses and Metal Ions Released from the Electrodes | Wed-C2-P3 |
Laura Zelencova, Raminta Rodaitė-Riševičienė, Simona Kalibataitė and Gintautas Saulis | ||
Wednesday, Track - D1, 15:00-16:00 | ||
Electrotechnologies for food and biomass treatment | ||
Chairs: Sudhir K. Sastry, Giovanna Ferrari | ||
98 | Influence of low and moderate electric fields on the extraction of anthocyanins from winemaking residues | Wed-D1-O1 (15') |
Ricardo N. Pereira, Zlatina Genisheva, José A. Teixeira and António A. Vicente | ||
195 | Ionic liquids as solvents for Ohmic Heating | Wed-D1-O2 (15') |
Oscar Rodriguez, Ricardo Pereira, Ana Soto, José Teixeira and Antonio Vicente | ||
287 | Electroporation vs. Electrostimulation of Microalgae: Results and Heuristic Considerations | Wed-D1-O3 (15') |
Christian Gusbeth, Fan Bai, Wolfgang Frey and Peter Nick | ||
302 | An assessment of the potential for Ohmic Heating in the cooking of shrimps (Pandalus borealis) | Wed-D1-O4 (15') |
Cristina Arroyo, Diana Lascorz, Erica Torella, Ignacio Bayarri and James G Lyng | ||
106 | Moderate Electric Fields – a processing biotechnological tool | Wed-D1-P1 |
Ricardo Pereira, Rui Rodrigues, Zlatina Genisheva, Óscar L. Ramos, F. Xavier Malcata, José Teixeira and Antonio Vicente | ||
83 | Effect of PEF and HVED on the polyphenols extraction from Quercus robur bark | Wed-D1-P2 |
Meriem Bouras, Nabil Grimi, Olivier Bals and Eugene Vorobiev | ||
144 | Extraction of phenolic antioxidants from by-products left after the pulsed electric field assisted juice production | Wed-D1-P3 |
Ramunė Bobinaitė, Saulius Šatkauskas, Gianpiero Pataro, Pranas Viškelis, Nerijus Lamanauskas, Česlovas Bobinas and Giovanna Ferrari | ||
183 | Parametric Study of the Efficiency of Polyphenol Extraction from Grape Seeds using High Voltage Electrical Discharge. | Wed-D1-P4 |
Pierre Adda, Wael Koubaa, Nadia Boussetta, Nabil Grimi, Olivier Lesaint and Eugène Vorobiev | ||
232 | Solvent-Free Microwave Extraction of Ingredients from Food By Products. From laboratory to pilot and industrial scale | Wed-D1-P5 |
Farid Chemat and Anne-Sylvie Fabiano Tixier | ||
13 | High Voltage Electric Discharges assisted extraction of stilbenes from grape stems | Wed-D1-P6 |
Sylène Brianceau, Xavier Vitrac, Mohammad Turk and Eugène Vorobiev | ||
Wednesday, Track - D2, 16:30-18:30 | ||
Application of pulsed electric fields technology in food: challenges and opportunities | ||
Chairs: Tony Jin, Gulson Akdemir Evrendilek | ||
Organised by Tony Z. Jin from the Eastern Regional Research Center, Agricultural Research Service, US Department of Agriculture (ARS-USDA), USA | ||
110 | Application of PEF technology in various foods: problems and solutions | Wed-D2-K1 (30') |
Tony Jin | ||
143 | Use of Pulsed Electric Fields for Obtaining Apples with High Antioxidant Potential | Wed-D2-O2 (15') |
Mariona Vendrell-Pacheco, Olga Martin-Belloso, Robert Soliva-Fortuny and Pedro Elez-Martinez | ||
14 | Pasteurization of apple juice by pulsed electric fields and effects on quality properties | Wed-D2-O3 (15') |
Gülsün Akdemir Evrendilek, Perihan Çelik, Erdal Agcam and Asiye Akyıldız | ||
71 | Liberation of recombinant proteins from yeast by pulsed electric field treatment | Wed-D2-O4 (15') |
Valentina Ganeva and Bojidar Galutzov | ||
68 | Research on enhancing food treatment by application of pulsed electric field | Wed-D2-O5 (15') |
Xin-An Zeng and Zhong Han | ||
214 | Industrial application of PEF in food industry | Wed-D2-O6 (15') |
Claudia Siemer and Stefan Toepfl | ||
5 | Commercializing Pulsed Electric Field Systems and Applications | Wed-D2-O7 (15') |
Michael Kempkes | ||
65 | Pulsed electric field processing of pomegranate juice with measurements of quality criteria | Wed-D2-P1 |
Arzum Bahar Kurtoglu, Erdal Agcam, Gulsun Akdemir Evrendilek and Asiye Akyıldız | ||
24 | Antimicrobial effect of Stevia rebaudiana Bertoni against Listeria monocytogenes in a beverage processed by Pulsed Electric Fields (PEFs): Combined effectiveness. | Wed-D2-P2 |
Alejandro Rivas, Sofía Sansano, María Consuelo Pina Pérez, Antonio Martínez and Dolores Rodrigo | ||
67 | Pulsed Electric Field Technology Enhances Release of Anthocyanins from Grapes and Bioprotective Potential against Oxidative Stress | Wed-D2-P3 |
Sze Ying Leong, Indrawati Oey and David John Burritt | ||
75 | Evaluation of Pulsed Electric Field on Spinach Leaf by Confocal Laser Scanning Microscopy | Wed-D2-P4 |
Eda Demir, Pui Yeu Phoon and Federico Gomez | ||
80 | Effect of pulsed electric field and heat pasteurization on beetroot juice properties during storage | Wed-D2-P5 |
Márta Szatmári, Lilla Szalóki-Dorkó and Zsuzsanna Cserhalmi | ||
97 | Effect of PEF pre-treatment prior freeze-drying on water state and mobility in apple tissue | Wed-D2-P6 |
Urszula Tylewicz, Kemal Aganovic, Marianna Vannini, Stefan Toepfl, Villiam Bortolotti, Marco Dalla Rosa, Indrawati Oey and Volker Heinz | ||
100 | Improving the color retention of strawberries by using pulse electric field prior to freezing | Wed-D2-P7 |
Elena Velickova, Urszula Tylewicz, Marco Dalla Rosa, Eleonora Winkelhausen, Slobodanka Kuzmanova and Federico Gómez Galindo | ||
115 | Effects of Pulsed Electric Fields on Selected Quality Attributes of Beef Outside Flat (Biceps femoris) | Wed-D2-P8 |
Farnaz Faridnia, David Burritt, Phil Bremer and Indrawati Oey | ||
122 | Softening of Vegetables and Fruits by pulsed power | Wed-D2-P9 |
Mariko Akiyama and Hidenori Akiyama | ||
237 | Inactivation of sublethally injured Saccharomyces cerevisiae induced by pulsed electric field (PEF) in heat-sensitive cantaloupe juice | Wed-D2-P10 |
Li Wu, Wei Zhao, Ruijin Yang, Xiaochan Chen, Wenxu Yan and Qianyan Sun | ||
238 | Impact of moderate-intensity pulsed electric fields on the concentration of bioactive compounds in grape | Wed-D2-P11 |
Mauro Junio de Vasconcelos Pereira, Olga Martín-Belloso and Pedro Elez-Martínez | ||
15 | Effect of Electric Current on the Efficacy of Aroma Compounds on Home Style Oven Filters | Wed-D2-P12 |
Burak Bilen, Gülsün Akdemir Evrendilek, Ebru Senel, Barbaros Özer and Bengül Asar | ||
18 | Study on a solid-state pulse generator based on magnetic switch for food treatments by pulsed electric field (PEF) | Wed-D2-P13 |
Song Li, Jingming Gao, Sack Martin, Hanwu Yang, Baoliang Qian and Mueller Georg | ||
Thursday, Track - A1, 14:35-15:50 | ||
Electrical impedance measurement for assessment of electroporation yield | ||
Chairs: Uwe Pliquett, Antoni Ivorra | ||
Organised by The ISEBI - International Society for Electrical Bioimpedance | ||
34 | Modeling dynamic electrical impedance spectroscopy measurements on electroporated cells | Thr-A1-O1 (15') |
Tomás García-Sánchez, Antoine Azan, Isabelle Leray, Javier Rosell-Ferrer, Lluis M. Mir and Ramon Bragós | ||
43 | Conductance dynamics to monitor and control cell electropermeabilization | Thr-A1-O2 (15') |
Justin Teissie | ||
145 | Electric field mapping in ex vivo anisotropic muscle tissue using DT-MREIT | Thr-A1-O3 (15') |
Woo Chul Jeong, Saurav Zaman Khan Sajib, Tong In Oh, Hyung Joong Kim, Oh In Kwon and Eung Je Woo | ||
160 | Electrorotation as a versatile tool to estimate dielectric properties of multiscale biological samples: from single cell to spheroid analysis | Thr-A1-O4 (15') |
Claudia Irene Trainito, Emilie Bayart, Emilie Bisceglia, Frederic Subra, Olivier Français and Bruno Le Pioufle | ||
173 | Microwave sensing of cells subjected to ElectroChemoTherapy ECT | Thr-A1-O5 (15') |
Amar Tamra, David Dubuc, Katia Grenier and Marie-Pierre Rols | ||
Thursday, Track - A2, 16:10-17:55 | ||
Electrical impedance measurement for assessment of electroporation yield | ||
Chairs: Uwe Pliquett, Antoni Ivorra | ||
Organised by The ISEBI - International Society for Electrical Bioimpedance | ||
165 | Electrical measurements for monitoring electroporation | Thr-A2-O6 (15') |
Uwe Pliquett | ||
1 | Magnetic Resonance Electrical Impedance Tomography for Monitoring Electrical Conductivity during Delivery of Electric Pulses in Irreversible Electroporation | Thr-A2-O7 (15') |
Matej Kranjc, Igor Sersa and Damijan Miklavcic | ||
339 | Comparison of Single-shot Rapid Acquisition with Relaxation Enhancement and Echo Planar Current Density MRI Sequences for Monitoring of Electric Pulse Delivery in Irreversible Electroporation | Thr-A2-O8 (15') |
Igor Serša, Franci Bajd, Matej Kranjc, Harald Busse, Nikita Garnov, Robert Trampel and Damijan Miklavcic | ||
192 | Micro Electro-Permeabilization System for Cell Medium Conductivity Change Measurement of Erythrocytes Cells | Thr-A2-O9 (15') |
Luciana Ramos, Guilherme Pintarelli, Delsi Altenhofen and Daniela Suzuki | ||
182 | High Throughput Feedback-controlled Single Cell Level Electroporation | Thr-A2-O10 (15') |
Mingde Zheng, Joseph Sherba, Jerry Shan, Hao Lin, David Shreiber and Jeffrey Zahn | ||
345 | Development of a Fast Impedance Spectrometer for Integration into Electric Field Mediated Gene Delivery as an Exploratory and Predictive Tool | Thr-A2-O11 (15') |
Timothy Fawcett, Reginald Atkins, Mark Jaroszeski, Andrew Hoff and Richard Gilbert | ||
50 | Electroporation In Vivo Imaging with Galvanic Apparent Internal Resistance | Thr-A2-O12 (15') |
Alexander Golberg, Haim D. Rabinowitch and Boris Rubinsky | ||
119 | Impedance Spectroscopy of Normal and Malignant Cells Exposed to Nanosecond Pulsed Electric Field | Thr-A2-P1 |
Jie Zhuang, Anna Steuer and Juergen F. Kolb | ||
147 | A novel biophysical model of single cell electroporation for intracellular recording of electrogenic cells by microelectrode arrays | Thr-A2-P2 |
Andim Stassen, Danny Jans, Liesbet Lagae and Dries Braeken | ||
283 | Effect of reversible electroporation on vacuum impregnation of fresh spearmint leaves with ascorbic acid | Thr-A2-P3 |
Mustafa Fincan, Şükran Yaşar and Kemal Sarıoğlu | ||
Thursday, Track - B1, 14:35-15:50 | ||
In vivo electroporation - basic mechanisms | ||
Chairs: Muriel Golzio, Faisal Mahmood | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
201 | Treatment of peritoneal micrometastasis by Electrochemotherapy assisted by fluorescence imaging. | Thr-B1-O1 (15') |
Muriel Golzio, Marie-Pierre Rols, Justin Teissie and Elisabeth Bellard | ||
320 | Longitudinal microscopy imaging of the effects of electroporation on normal and tumour blood vessels | Thr-B1-O2 (15') |
Bostjan Markelc, Elisabeth Bellard, Gregor Sersa, Justin Teissie, Muriel Golzio and Maja Cemazar | ||
332 | Diffusion MRI for detection of electroporation induced permeabilization | Thr-B1-O3 (15') |
Faisal Mahmood | ||
330 | Finite Element Analysis of Tissue Thermal Effect During High-frequency Nanosecond Electroporation | Thr-B1-O4 (15') |
Shaoqin Rui and Yan Mi | ||
16 | Modeling of In Vivo Tissue Electroporation and Cellular Uptake Enhancement | Thr-B1-O5 (15') |
Bradley Boyd and Sid Becker | ||
Thursday, Track - B2, 16:10-17:55 | ||
In vivo electroporation - basic mechanisms | ||
Chairs: Muriel Golzio, Faisal Mahmood | ||
Organised by LEA EBAM European Laboratory of Pulsed Electric Fields Applications in Biology and Medicine | ||
23 | Dynamic modeling of electroporation for the computation of the electric field distribution inside biological tissues during the application of the pulse voltage | Thr-B2-O6 (15') |
Lluis Mir, Clair Poignard, Riccardo Scorretti, Aude Silve and Damien Voyer | ||
51 | Tissue heterogeneity in structure and conductivity contribute to cell survival during irreversible electroporation ablation by “electric field sinks”. | Thr-B2-O7 (15') |
Alexander Golberg, Bote G. Bruinsma, Basak Uygun and Martin L Yarmush | ||
61 | Effects of pulse addition in electropermeabilization: theoretical insights on the electric conductivity | Thr-B2-O8 (15') |
Cecilia Suarez, Alejandro Soba, Felipe Maglietti, Nahuel Olaiz and Guillermo Marshall | ||
45 | Utilization of multi-array electrodes for delivery of drugs and genes in the mouse skin | Thr-B2-O9 (15') |
Spela Kos, Tanja Blagus, Maja Cemazar, Jure Jelenc and Gregor Sersa | ||
370 | Antitumor effectiveness of electrochemotherapy with cisplatin mediated by pulsed electromagnetic field treatment on mouse melanoma B16F10 tumor model in vivo | Thr-B2-O10 (15') |
Simona Kranjc, Matej Kranjc, Janez Ščančar, Jure Jelenc, Gregor Serša and Damijan Miklavcic | ||
293 | Sudden Death of Mice after Irreversible Electroporation of a Large Portion of the Liver: Probable Role of Hyperkalemia | Thr-B2-O11 (15') |
Quim Castellví, Patricia Sánchez-Velázquez, Alberto Villanueva, Enrique Berjano, Fernando Burdío and Antoni Ivorra | ||
52 | Imaging of tumor permeabilization and modification of tumor blood flow after in vivo electric pulses delivery | Thr-B2-O12 (15') |
Elham Raeisi, Marcelle Moulin, Yves Lemoigne, Philippe Millet, Abass Alavi, S.M.P Firoozabadi, Hossein Rajabi and Lluis Mir | ||
54 | Antimetastatic potential in mice after gene therapy with plasmid AMEP | Thr-B2-P1 |
Masa Bosnjak, Urska Kamensek, Ales Sedlar, Maja Cemazar, Janaj Zavrsnik, Boris Turk, Celine Bouquet and Gregor Sersa | ||
77 | Incorporation of the blood vessel wall into electroporation simulations | Thr-B2-P2 |
Louis Silve, Radwan Qasrawi and Antoni Ivorra | ||
196 | Design of an Applicator for nsPEF Exposure of Newborn Mice | Thr-B2-P3 |
Caterina Merla, Alessandra Paffi, Priscilla Monaco, Teresa Calderaro, Francesca Apollonio, Carmela Marino, P. Thomas Vernier and Micaela Liberti | ||
229 | Ex vivo evaluation of transdermal drug delivery by means of electroporation with in vivo oriented experimental protocols | Thr-B2-P4 |
Barbara Zorec, Jure Jelenc, Damijan Miklavčič and Nataša Pavšelj | ||
Thursday, Track - C1, 14:35-15:50 | ||
Electroporation meets electrostimulation | ||
Chairs: Günther Zeck, Mihaela G. Moisescu | ||
Partly funded by a grant of the German Ministry of Research and Education to G.Z. | ||
314 | Cochlear implant bionics-based close-field electroporation for neurotrophin gene therapy-mediated regeneration of the auditory nerve | Thr-C1-K1 (30') |
Gary D. Housley, Jeremy L. Pinyon, Cherylea Browne, David M. Housley, Edward N. Crawford, Matthias Klugmann, James Patrick, Gregg Suaning and Nigel Lovell | ||
36 | Electroporation and electrostimulation of blind retina using micro-electrode arrays | Thr-C1-O2 (15') |
Günther Zeck and Thoralf Herrmann | ||
322 | A Si-Chip-Based Electroporation-Systems with 192 Channels | Thr-C1-O3 (15') |
Frank Kupfer, Silvia M. Lattanzio, Marta Maschietto, András Botos, Marlies Mahnkopf, Jürgen Bruns, Matthias Schreiter, Stefano Vassanelli and Roland Thewes | ||
121 | Antennas for subnanosecond electric pulse applications | Thr-C1-O4 (15') |
Shu Xiao, Ross Petrella, Madhu Rayapuraju and Manoj Gujjula | ||
Thursday, Track - C2, 16:10-17:55 | ||
Electroporation meets electrostimulation | ||
Chairs: Günther Zeck, Andrei G. Pakhomov | ||
Partly funded by a grant of the German Ministry of Research and Education to G.Z. | ||
113 | Stimulation and permeabilization by nano- and subnanosecond electric pulses | Thr-C2-O5 (15') |
Andrei Pakhomov, Iurii Semenov, Elena Gianulis, Shu Xiao, Karl Schoenbach and Olga Pakhomova | ||
256 | Toward Advances in Photoelectrics and Photobioelectrics | Thr-C2-O6 (15') |
Nobuhiro Ohta and Kamlesh Awasthi | ||
331 | Simulation Studies on the Inhibit Effects of SubNanosecond Pulse Delivered to Nervous Cells | Thr-C2-O7 (15') |
Ruizhe Zhang, Chengxiang Li and Chenguo Yao | ||
242 | The influence of micro- and nanosecond electroporation with calcium ions on neural cells – in vitro study using model pheochromocytoma cells | Thr-C2-O8 (15') |
Malgorzata Kotulska, Julita Kulbacka, Jolanta Saczko, Anna Choromanska, Magdalena Dubinska-Magiera, Ewa Latawiec, Daniel Sala, Magdalena Żulpo and Joanna Wezgowiec | ||
369 | Blood Brain Barrier in vitro models – a step forward for electrostimulation studies | Thr-C2-O9 (15') |
Mihai Radu and Beatrice Mihaela Radu | ||
20 | New Insights into Biophysical Mechanisms of the nsPEF-induced Neuronal Response | Thr-C2-P1 |
Gleb Tolstykh, Melissa Tarango, Anna Sedelnikova and Bennett Ibey | ||
70 | Influence of EP with Ca2+ on normal skeletal muscle L6 | Thr-C2-P2 |
Anna Zielichowska, Julita Kulbacka, Małgorzata Daczewska, Magdalena Dubińska-Magiera and Jolanta Saczko | ||
180 | Microdosimetry Study for Nanosecond Pulsed Electric Fields on Neuronal Cells | Thr-C2-P3 |
Agnese Denzi, Caterina Merla, Alessandra Paffi, Francesca Camera, Francesca Apollonio and Micaela Liberti | ||
76 | Electrophysiology of enveloped viral particles | Thr-C2-P4 |
Susanne Heider, Amelie Popovitsch and Christoph Metzner | ||
376 | Preliminary evaluation of exposure of cardiac pacemakers to electroporation pulses | Thr-C2-P5 |
Tomaz Jarm, Branko Milankovic, Damijan Miklavcic and Ratko Magjarevic | ||
Thursday, Track - D1, 14:35-15:50 | ||
PEF for the food industry: fundamentals and applications | ||
Chairs: Eugène Vorobiev, Javier Raso | ||
278 | Mechanisms of PEF-induced electroporation in foods and biomaterials | Thr-D1-K1 (30') |
Nikolai Lebovka and Eugène Vorobiev | ||
167 | Effect of pulsed electric fields on water distribution in apple tissue as monitored by NMR relaxometry | Thr-D1-O2 (15') |
Nicolò Dellarosa, Luigi Ragni, Luca Laghi, Urszula Tylewicz, Pietro Rocculi and Marco Dalla Rosa | ||
367 | Monitoring electric field distribution in potato tissue during PEF treatment by means of magnetic resonance electrical impedance tomography | Thr-D1-O3 (15') |
Matej Kranjc, Franci Bajd, Igor Serša, Mark de Boevere and Damijan Miklavcic | ||
259 | Pilot scale approach to spore inactivation by PEF | Thr-D1-O4 (15') |
Claudia Siemer and Stefan Toepfl | ||
Thursday, Track - D2, 16:10-17:55 | ||
PEF for the food industry: fundamentals and applications | ||
Chairs: Eugène Vorobiev, Javier Raso | ||
269 | Bioproduction of Secondary Metabolites by Pulsed Electric Fields: An Innovative Strategy for Developing Plant-based Foods with High Functional Value | Thr-D2-K5 (30') |
Pedro Elez-Martinez, Olga Martin-Belloso and Robert Soliva-Fortuny | ||
203 | Pulsed Electric Field Equipment for the Food Industry | Thr-D2-O6 (15') |
Luis Redondo and Marcos Pereira | ||
170 | Influence of membrane fluidity on Staphylococcus aureus Pulsed Electric Fields resistance | Thr-D2-O7 (15') |
Guillermo Cebrián, Santiago Condón and Pilar Mañas | ||
92 | Cell-wall as a target for bacteria inactivation by Pulsed Electric Fields | Thr-D2-O8 (15') |
Flavien Pillet, Cécile Formosa, Houda Baaziz, Etienne Dague and Marie-Pierre Rols | ||
64 | The use of pulsed electric field in combination with vacuum impregnation for improving the freezing tolerance of vegetables | Thr-D2-O9 (15') |
Federico Gómez Galindo | ||
116 | Impact of ultrasound and pulsed electric field treatment on selected properties of a solid plant tissue – a comparison study | Thr-D2-O10 (15') |
Artur Wiktor, Malgorzata Nowacka, Magdalena Sledz, Katarzyna Rybak, Tadeusz Chudoba, Witold Lojkowski and Dorota Witrowa-Rajchert | ||
126 | Induction of apoptosis in yeast Saccharomyces cerevisiae cells using nanosecond high power electrical pulses | Thr-D2-P1 |
Arunas Stirke, Povilas Simonis, Egle Lastauskiene and Voitech Stankevic | ||
139 | The influence of PEF on textural and acoustic properties of apple tissue | Thr-D2-P2 |
Magdalena Sledz, Artur Wiktor, Malgorzata Nowacka, Ewa Gondek, Ewa Jakuczyk, Tadeusz Chudoba, Witold Lojkowski and Dorota Witrowa-Rajchert | ||
199 | Intensification of polyphenols and proteins extraction from rapeseed stems by pulsed electric field and extract purification by dead-end ultrafiltration | Thr-D2-P3 |
Xiaoxi Yu, Olivier Bals, Nabil Grimi and Eugène Vorobiev | ||
202 | Application of pulsed electric fields for the apple juice industry | Thr-D2-P4 |
Luis Redondo and Marcos Pereira | ||
204 | Pulsed Electric Field Effects on Wine Yeast in Defined Grape Juice Medium | Thr-D2-P5 |
Vidya Kethireddy, Phil Bremer and Indrawati Oey | ||
213 | Improving the extraction yield of juice and bioactive compounds from sweet cherry and their by-products by Pulsed Electric Fields | Thr-D2-P6 |
Daniele Carullo, Gianpiero Pataro, Ramunė Bobinaitė and Giovanna Ferrari | ||
230 | Improving the extraction of juice and anthocyanin compounds from blueberry fruits and their by-products by pulsed electric fields | Thr-D2-P7 |
Ramunė Bobinaitė, Gianpiero Pataro, Raimondas Raudonis, Pranas Vškelis, Česlovas Bobinas, Saulius Šatkauskas and Giovanna Ferrari | ||
247 | Electroeradication of Escherichia Coli is under the control of the conductance of the pulsing buffer | Thr-D2-P8 |
Vincent Blanckaert, Aurelien Salles, Anne-Lise Thomas and Justin Teissie | ||
253 | Mathematical modelling of turgor pressure relaxation and electroosmosis to filtration-consolidation behavior of electroporated plant tissue | Thr-D2-P9 |
Samo Mahnic-Kalamiza and Eugène Vorobiev | ||
297 | Pulsed electrical field (PEF) assisted extraction of β-glucans from brewers spent grain. | Thr-D2-P10 |
Daniele Frontuto, Cristina Arroyo, Nigel Brunton and James Lyng | ||
178 | Generation of Hydrogen Peroxide by High-Voltage Pulses in Cell-Free Media | Thr-D2-P11 |
Viktorija Skaidrutė Dainauskaitė, Gintautas Saulis, Andrei G. Pakhomov and Raminta Rodaitė-Riševičienė | ||