Monday, May 19[ 2:00p.m. - 3:45p.m. ]CHAIR: Katsuhisa Kitano
PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

01. medical treatment with discharge plasmas
19-P01-01

Vandana Miller(AJ Drexel Plasma Institute,Drexel University, USA)

Plasma-Tissue Interactions

19-P01-02

Adam M. Hirst(University of York, UK)

Mapping the Effects of Low Temperature Plasma Treatment of
Prostate Cancer Cell Lines and Primary Cells: Along the Path toCell Death

19-P01-03

Takamichi Hirata(Tokyo City University,
Japan)

Healing Burns Using Atmospheric Pressure Plasma Irradiation

19-P01-04

Genu Takahashi(Tokyo City University,
Japan)

Relationship of Nitric Oxide Concentration in the Blood Pressure
Lowering in Rats Following Atmospheric Pressure Plasma
Inhalation

19-P01-05

Dehui Xu
(Xi'an Jiaotong University,
China)OH radical as a major factor for cell adhesion by cold atmosphericplasma19-P01-06

Keisuke Hirasawa(Cambwick Healthcare KK,
Japan)

Possible Clinical Application of Electron Discharge at Extremly
Low Energy Level for Suppression of Oxidative Stress

19-P01-07

Sung Kil Kang
(Pohang University of
Science and Technology,
Republic of Korea)

Compact microwave atmospheric plasma devices for biomedical
applications

19-P01-08

Augusto Stancampiano(alma Mater Studiorum University of Bologna, Italy)

A novel plasma based teeth whitening process

19-P01-09

Satoshi Kaiho(Tokyo city university, Japan)

Diagnostic Imaging of Plasma-Treated Rat Hypoxic Ischemic
Encephalopathy Model Using X-ray CT

02. biological reactions to gas plasmas or plasma-treated media/surfaces
19-P02-01

Franck Clément
(Pau University, France)

Analyses of Reactive Oxygen and Nitrogen Species induced byatmospheric pressure guided streamers in a physiological liquidmedium19-P02-02

Shunsuke Yoshizawa(University of Tsukuba,
Japan)

Molecular Mechanism of Plasma-Induced Chemical Reaction on
Protein and Amino Acid in Aqueous solution

19-P02-03

Carly E. Anderson(University of California
Berkeley, USA)Interaction of Ambient Air Corona Discharges with Aqueous
Solutions and Simple Biomolecules

19-P02-05

Kathrin Duske(University Medical Center
Rostock, Germany)

A comparative in vitro study of different non-thermal atmosphericpressure plasma-jets concerning cell adhesion capacity on roughtitanium alloys

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P02-06

Hirofumi Kurita(Toyohashi University ofTechnology, Japan)

Estimation of Radical Intensity and Apoptosis Induction Activity of
Aqueous Media using Single-Molecule DNA Measurement

19-P02-07

Kodai Sakuramoto(Kochi University ofTechnology, Japan)

UV absorption of water induced by APPJ irradiation

19-P02-08

Angela Privat-Maldonado(University of York, UK)

Determining the effect of plasma on bacterial DNA at the single
cell level

19-P02-09

Jean-Philippe Sarrette(Toulouse University / CNRS,France)Degradation of fatty acids by nitrogen flowing afterglows at
reduced pressure

19-P02-10

Elena V. Sysolyatina(Gamaleya Research Instituteof Epidemiology andMicrobiology, Russia)

Bactericidal and wound healing properties of the air plasma
generated by the ferroelectric generator

19-P02-11

Malte U. Hammer(ZIK plasmatis @INP
Greifswald, Germany)

Influence of plasma-treated liquids on structure and function oflipid membranes

19-P02-12

Abraham Lin(Drexel Plasma Institute,
USA)

Stimulation of Intracellular Reactive Oxygen Species in Uniform
and Non-Uniform Regimes of Nanosecond Pulsed Dielectric
Barrier Discharge Treatment

19-P02-13

Gai Ohashi(University of Tsukuba,
Japan)

Degeneration of amyloid-β fibrils in aqueous solution by lowtemperature atmospheric-pressure plasma

19-P02-14

Satoshi Ikawa(University of Tsukuba,
Japan)

Evaluation of oxidative stress inside cell membrane by thepenetration of HOO radical with the reduced pH method forplasma disinfection

19-P02-15

Julia van der Linde(Greifswald University,
Germany)

Analysis of intraperitoneal application of TTP on murine small
bowel

19-P02-16

Caitlin Heslin(Dublin Institute ofTechnology, Ireland)

Efficacy and Safety Considerations for the Use of Atmospheric
Cold Plasma in Wound Treatment

19-P02-17

Hiroshi Hashizume(Meijo University, Japan)

Proliferation mechanism of budding yeast cells with oxygen
radical treatment

03. plasma-based sterilization/decontamination
19-P03-01

Bulteau Anne-Laure(Pau University - UMR
CNRS, France)

Oxydative stress responses induced by atmospheric pressure
guided streamers on bacteria Escherichia coli

19-P03-02

Zdenko Machala(University of California,
Berkeley and Comenius
University, USA, Slovakia)

Frugal Air Spark-like Plasma for Antimicrobial NOx Generation

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P03-03

Toshihiro Takamatsu(Tokyo Institute ofTechnology, Japan)

Investigation of biological effect and toxin degradation using
temperature controllable multi-gas plasma jet

19-P03-04

Nid’a H. Alshraiedeh(Queen's University Belfast,UK)

Atmospheric Pressure, Non-Thermal Plasma for Control of P.
aeruginosa Biofilms: Effect of Biofilm Components on Phenotypic
Resistance

19-P03-05

Joanna Abigael Daseco(University of the Philippines,
Philippines)

Comparative Study on the Use of Different Metal Electrodes in
Low Pressure Glow Discharge Plasma Sterilization

19-P03-06

Zuzana Kovaľová
(Supelec, France)

Decontamination of the inner walls of a narrow tube atatmospheric pressure using long distance propagation discharge
in argon

19-P03-07

Takaya Oshita(Tokyo Institute ofTechnology, Japan)

Influence Investigation of Gas Temperature on Inactivation of
Oral Bacteria using Temperature-controllable Plasma Jet

19-P03-09

Guanyang Tang
(Tohoku University, Japan)

Water Sterilization by a Nano-second-pulsed Plasma Discharge
in Gas Bubbles

19-P03-10

Yosuke Watanabe(Tokyo Institute ofTechnology, Japan)

Effect of gas species on plasma-bubbling sterilization

19-P03-11

Xiaoli Yang
(Shizuoka University, Japan)

Roles of Oxygen and Nitrogen Atoms N2/O2 Plasma on
Inactivation of Spore-forming Microorganisms

19-P03-12

Eva Dolezalova(Institute of Plasma Physics
AS CR, Czech Republic)

Detection of membrane damages in Escherichia coli after plasma
treatment

19-P03-13

Karol Hensel(Comenius University,
Slovakia)

Inactivation of bacteria and cells by DC transient spark discharge

19-P03-14

Kun Qien(Gunma University, Japan)

Enhancement of the Sterilization Efficiency of Argon Plasma Jet
by Addition of O2 and H2O2

19-P03-15

Hiroto Matsuura(Osaka Prefecture University,
Japan)The Effect of Active Radical Production on the Plasma
Degradation of Phorbol Esters in Bio-diesel Fuel industry

19-P03-16

Joey Kim T. Soriano(University of the Philippines,
Philippines)

Mold sterilization of contaminated oil-on-canvas paintings via
microwave atmospheric plasma pencil (MAPP)

19-P03-17

Siti Khadijah binti Za'aba(UNIVERSITI MALAYSIAPERLIS, Malaysia)

Inactivation Acinetobacter Bacteria by Atmospheric Plasma

04. agricultural applications of plasma technologies
19-P04-01

Takaaki Amano(Kyushu University, Japan)

Preservation of Growth Enhancement of Plants after AtmosphericPressure DBD Plasma Irradiation

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P04-02

Thapanut Sarinont(Kyushu University, Japan)

Effects of ambient gas species for plasma irradiation to seeds onplant growth promotion

19-P04-03

Kohei Takano(Iwate University, Japan)

Improvement of Growth Rate of Plants using Bubble Discharge in
Water

19-P04-04

Taesoo Kim(Kwangwoon University,
Republic of Korea)

Effects of Dielectric Barrier Discharge (DBD) Plasma on Seed
Germination and Plant Growth

06. plasma-based surface modification for medical/biological applications
19-P06-01

Maria Letizia Focarete(alma Mater Studiorum University of Bologna, Italy)

Atmospheric pressure non-equilibrium plasma for the productionof composite materials

19-P06-02

Andreas Heilmann(Fraunhofer Institute for
Mechanics of Materials IWM,
Halle (Saale), Germany)

Aerosol-Assisted Atmospheric Pressure Dielectric Barrier
Discharges on Polymer Surfaces for anti-microbial properties

19-P06-03

Andrey Choukourov(Charles University in Prague,
Faculty of Mathematics andPhysics, Czech Republic)

Direct covalent coupling of biomolecules to nanostructured
plasma polymers

19-P06-04

Yoshihiro Akimoto(Kyorin University School of
Medicine, Japan)

Molecular Morphological Analysis of the Effect of Low
Temperature Plasma on the Wound Healing of Skin

19-P06-05

So-Hyoun Jeon
(Sungkyunkwan University,
Republic of Korea)

Flow manipulation in thread-based microfluidics by plasma
treatment of wool with various gas

19-P06-06

Mei-Chen Liu(Ming Chi University ofTechinology, Taiwan)

Surface-Modification Techniques of Thin Film Transistors andCapacitances by Plasma Deposition SnOxCy for Improve Electric
Conductivity of Biomedical Applications

19-P06-07

Kullachard Ozawa(The Petroluem andPetrochemical college
Chulalongkorn University,
Thailand)Preparation of Nylon/Chitin Membranes by Solution Casting and
DBD Plasma Treatment for Wound Care Application

19-P06-08

Kentaro Hayashida(Organization for Innovationand Social Collaboration,
Shizuoka University, Japan)

Observation of Skin Changes by Atmospheric Plasma Jet
Irradiation

19-P06-09

Chia-Ti Chang(Tatung University, Taiwan)

Micro-arc Oxidation Titanium and Post Treatment by Cold Plasma
and Graft Polymer for Improving Biocompatibility

19-P06-10

Anna Liguori(Alma Mater Studiorum University of Bologna, Italy)

Atmospheric pressure plasma patterning of biocompatible
substrates: comparison of localized treatment effectiveness withdifferent plasma sourcesMonday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P06-11

Paolo Baldissara(Alma Mater Studiorum University of Bologna, Italy)

Plasma as a new odontoiatric tool to improve implants adhesion

07. biochemical/biomolecular engineering with plasmas
19-P07-01

Naresh Kumar(Kwangwoon University,
Republic of Korea)

Influence of deuterium oxide generated through non thermal D2O
plasma jet on biomolecule

19-P07-02

Yohei Ikeda(Ehime University, Japan)

Minimization and Localization of Cell Damage under Microplasma
Irradiation for Gene Transfection

19-P07-03

Seiryu Shibakawa(Ehime University, Japan)

Evaluation of DNA Damage Irradiated by Plasmas for Gene
Transfection

19-P07-04

Chihiro Tsutsui(Tokyo City University,
Japan)

Cell Activation using Micro-Spot Atmospheric Pressure Plasma
Derived FGF-2/VEGF

19-P07-05

Masaru Yoshioka(Ehime University, Japan)

Plasma Gene Transfection with Surface Discharge

08. fundamentals of atmospheric-pressure plasmas
19-P08-01

Young J. Hong
(Kwangwoon university,
Republic of Korea)

Measurement of electron temperature and 1s excited atom
density by using collisional radiative model in nonthermal
atmospheric Ar plasma jet

19-P08-02

Kanako Sekimoto(Yokohama City University,
Japan)

Mass spectrometric analysis of negative ion formation inatmospheric pressure corona discharges with point-to-planeelectrodes

19-P08-03

Marguerite Dang Van Sung
Mussard(LPP, Ecole Polytechnique,France)Experimental study of a discharge propagating in a dielectric
capillary - Interaction of a plasma jet with a surface

19-P08-04

Youbin Seol
(Korea Advanced Institute of
Science and Technology,
Republic of Korea)

Study on the radical production in atmospheric pressure pulsed
DBD plasma jets

19-P08-05

Hikaru Nozaki( Nagaoka University ofTechnology, Japan)

Study on Coloring Effect for Metal Surface using AtmosphericPressure Plasmas

19-P08-06

Sandra Richter(Fraunhofer Institute for
Mechanics of Materials IWM,
Halle, Germany)

Correlations of in-line analytical investigations of atmosphericpressure plasma processes with surface analysis

19-P08-07

Camille Faith P. Romero(Doshisha University, Japan)

Development of ECR Microwave Antenna for the production of
streaming atmospheric-pressure plasma

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P08-08

Yubin Xian
(Huazhong University of
Science and Technology,
China)He Plasma Plumes in Different Surrounding Gases

19-P08-09

Giichiro Uchida(Osaka University, Japan)

Characteristics of Reactive Particle Production in AtmosphericPressure DBD Plasma Jet

09. plasma-surface interactions relevant for medical/biological applications
19-P09-01

Jan Benedikt(Ruhr-University Bochum,
Germany)

Atmospheric pressure plasma jet for separated and combined
treatment with plasma generated reactive species and photons

19-P09-02

Dai Itsuki(Osaka University, Japan)

Modification of hydroxyapatite and polystyrene surface for cell
culture by low-pressure plasmas

19-P09-03

Yoshiyuki Suda
(Toyohashi University ofTechnology, Japan)

Defect formation of lipid bilayer membrane by dielectric barrierdischarge irradiation and comparison with chemical treatment

19-P09-04

Kosuke Takenaka(Osaka University, Japan)

Interactions of Atmospheric Pressure Non-equilibrium-Plasma
with Organic Materials through Gas/Liquid Interface

19-P09-05

Naoyuki Kurake(Nagoya University, Japan)

Electron Spin Resonance Study of Plasma-Activated-Medium

19-P09-06

Yui Hayashi(Nagoya University, Japan)

Reaction of Amino Acid and Protein in Water Induced by Electric
Discharge at Argon / Aqueous Solution Interface

19-P09-07

Hiromasa Yamada(Tsukuba University, Japan)

Characteristic measurements of a plasma flare of medical
equipment using a low temperature plasma

10. plasma sources for medical/biological applications
19-P10-01

Anser Ali
(Kwangwoon University,
Republic of Korea)

Role of non-thermal dielectric barrier discharge (DBD) plasma forwound healing application

19-P10-02

Andreas Helmke(Fraunhofer Institute for
Surface Engineering and Thin
Films, Germany)

Ozone concentrations in the plasma volume and the surroundingof a plasmamedical dielectric barrier discharge source operated inambient air

19-P10-03

Mohammed Yousfi(CNRS, Toulouse University,
France)Tuning of low temperature plasmas ejected in open air forbiomedical applications from diagnostic and modeling tools

19-P10-04

Chae bok Lee(Department of Plasma
Bioscience and Display ,Republic of Korea)

Visualization of OH radical interactions in living cells by adding
D2O in non-thermal plasma jet

19-P10-05

Suk Hwal Ma(Ajou university, Republic ofKorea)

An atmospheric-pressure cold plasma jet device with a multimicrochannel structure

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P10-06

Yasumasa Okazaki(Nagoya University, Graduate
School of Medicine,
Department of Pathology andBiological Responses, Japan)

Non-equilibrium atmospheric pressure plasma (NEAPP)
generates oxidative injury

19-P10-07

Henryka Stryczewska(Lublin University ofTechnology, Poland)

Power Supply in Non-Thermal Plasma Generators for BiologicalApplications

19-P10-08

Victor N. Vasilets(Institute for Energy Problemsof Chemical Physics, RAS,
Russia)Therapeutic effects of gases formed in hot air plasmas andmedical applications of graphene-based polymer materials.

19-P10-09

Max Engelhardt(Ruhr-University Bochum,
Germany)

Characterization of propagating ionization waves in atmosphericplasma discharges

19-P10-10

Jaeho Kim
(National Institute ofAdvanced Industrial Scienceand Technology (AIST),
Japan)

Discharge characteristics of an atmospheric pressure cold
plasma jet for medical applications

19-P10-11

Yota Sasaki(Tokyo Institute ofTechnology University,
Japan)

Investigation of Singlet Oxygen (1O2) and OH radical in Bacterial
Sterilization

19-P10-12

Thibault Darny(GREMI UMR7344 CNRS/
University of Orleans,
France)Selective reactive species production in a μs helium plasma gun
discharge

19-P10-13

Hea Min Joh(Dong-A University, Republicof Korea)

The study of atmospheric pressure plasma to induce p53mediated apoptosis through ROS generation in human lungcancer cells

19-P10-14

Xiaoqian Cheng(The George Washington
University, USA)The Effect of Differing Cold Plasma Composition on Glioblastoma
Cell Viability

11. plasma and/or liquid diagnostics and sensors
19-P11-01

Shusuke Nishiyama(Hokkaido University, Japan)

LIF Imaging of Sodium Atoms in Atmospheric-Pressure Miniature
Gas Flow DC Glow Discharge in Contact with Sodium Chloride
Solution

19-P11-02

Xuekai Pei(Huazhong University of
Science & Technology,
China)

Measurement of OH radicals in RT-APPJ using laser-induced
fluorescence

19-P11-03

Kentaro Tomita(Kyushu University, Japan)

Thomson Scattering Measurements of Atmospheric Plasmas
Contacting with Ionic Liquids

19-P11-04

Tatsuo Ishijima(Kanazawa University,
Japan)

Investigation of Chemical Species Production Rates in Aqueous
Solution Irradiated by Non-equilibrium Atmospheric Pressure Jet

Monday, May 19[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

19-P11-05

Takayuki Ohta
(Meijo University, Japan)

Molecular structure of microorganisms measured by multiplex
coherent anti-Stokes Raman scattering microspectroscopy

12. modeling and numerical simulation
19-P12-01

Kazumasa Ikuse(Osaka University, Japan)

Numerical simulation of Fenton reactions in water exposed to an
atmospheric-pressure plasma

19-P12-02

Maksudbek Yusupov(University of Antwerp,
Belgium)

Modeling of the behavior of reactive oxygen species in a liquidwater layer of interest for plasma medicine

19-P13-01

Akiyo Tanaka(Kyushu University, Japan)

Tissue Distribution of Indium After Repeated Intratracheal
Instillations of Indium-Tin Oxide in Hamsters

19-P13-02

Masato Kiuchi(National Institute ofAdvanced Industrial Scienceand Technology (AIST),
Japan)

Atmospheric Chemical Reaction by Air Activation Apparatus
Using Corona Discharge and UV Lamp

13. others

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]CHAIR: Katsuhisa Kitano
PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

01. medical treatment with discharge plasmas

20-P01-01

Nasruddin(Department of ClinicalNursing, Graduate School of
Medical Science, Kanazawa
University, Japan)

Visually non-contact argon plasma jet on microliter water-dropped
wound accelerates wound healing

20-P01-02

Zilan Xiong(University of California at
Berkeley, USA)

Atmospheric Pressure Plasma for Nail Fungus Treatment

20-P01-03

Minjoo Lee(Tokyo City University,
Japan)

Treatment of Cardiac Disease by of Atmospheric Pressure
Plasma Inhalation

20-P01-04

Konstantin Sobyanin(Gamaleya Institute of
Epidemiology andMicrobiology, Russia)

Plasma inactivation of biofilms formed ex vivo within a root chanalby the causative agent of pulpitis

20-P01-05

Chiharu Tokita(Tokyo City University,
Japan)

Research for Regenerative Medicine Using Micro-spot
Atmospheric Pressure Plasma Source

20-P01-06

Shiyu Zhong(Xi'an Jiaotong University,
China)

Cell death and cytokine release induced by surface plasma in
immortalized human keratinocytes (HaCaT)

20-P01-07

Jun-ichiro Ikeda(Osaka University, Japan)

Effect of non-equilibrium atmospheric pressure plasma in cancer
initiating cells

20-P01-08

Maty Tzukerman(Rambam Medical Center,
Israel)The Effect of Cold Plasma Treatment on Cancer Stem Cells

20-P01-09

Yan-Ren Lin(Changhua Christian
Hospital, Taiwan)

Pediatric skin inflammatory reactions (urticaria) increases the riskof developing new-onset depression - a database study

20-P01-10

Guillaume Collet(Université d’Orléans,France)NTP Antitumor Soft Treatment: Evidence of a Triggering Effect?

02. biological reactions to gas plasmas or plasma-treated media/surfaces
20-P02-01

Ryo Ono(The University of Tokyo,
Japan)

Role of Radicals on Cell Viability

20-P02-02

Roger Martin Agustin(Toyohashi University ofTechnology, Japan)

Development of method for analyzing eukaryotic cellularresponses to atmospheric pressure non-thermal plasma using
yeast knockdown collection

20-P02-03

Francesca Cavrini(Alma Mater Studiorum University of Bologna, Italy)

Antimicrobial activity of a low power inductively coupled plasma
source at safe levels for eukaryotic cells

20-P02-04

Jeongeong -Hae Choi
(Pusan National University,
Republic of Korea)

Treatment with low temperature atmospheric pressure plasma
enhances cutaneous delivery of epidermal growth factor by
regulating E-cadherin-mediated cell junctions

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P02-05

Sung Un Kang
(Ajou university school of
medicine, Republic of Korea)

Non-thermal atmospheric pressure plasma inhibits invasion of
thyroid cancer cells : Involvement of cytoskeletal modulation and
MMP change

20-P02-06

Uroš Cvelbar(Jožef Stefan Institute,
Serbia)Effects of Plasma on Lens Epithelial Cells

20-P02-07

Ji Hoon Park
(Department of Electrical andbiological Physics,
Kwangwoon University,
Republic of Korea)

A New Generation of Biocompatible Pulse-discharged Plasma by
Marx Generator and its Application on the Biomolecules

20-P02-08

Shota Sasaki(Tohoku University, Japan)

Effective Region of Atmospheric Pressure Plasma on
Transfection

20-P02-09

Sander Bekeschus(Leibniz Institute for Plasma
Science and Technology (INP
Greifswald), Germany)

The High Significance of Hydrogen Peroxide in Cold AtmosphericPressure Plasma treated Human Blood Immune Cells

20-P02-10

Mareike A. Ch. Hänsch
(Leibniz Institute for Plasma
Science and Technology,
INP-Greifswald e.V.,
Germany)

Bacteria show increased susceptibility against common available
antibiotics and no resistance by repetitive atmospheric pressureplasma application

20-P02-11

Pei-Lin Shao
(National Cheng Kung
University, Taiwan)

Second degree burn wound healing on mice stimulated by N2/Ar
micro-plasma exposure

20-P02-12

Nathaniel D. Taylor(Drexel University, USA)

Energy Source Effects of Non-thermal Plasma Jet on Skin
Cancer Cells in Artificial Tissue Scaffold

20-P02-13

Anne Mai-Prochnow(CSIRO Materials Scienceand Engineering, Australia)

Bacterial biofilm response to argon plasma treatment

20-P02-14

Julius Andrew P. Nunez(University of the Philippines,
Philippines)

Antibacterial performance of magnetron sputtered TiO2 thin films
deposited at varying discharge current and deposition time

20-P02-15

Anke Schmidt(Centre for Innovation
Competence plasmatis,
Leibniz Institute for Plasma
Science and Technology(INP), Germany)

Transcriptional profiling in human keratinocytes in response to
non-thermal plasma and identification of transcription factor for
regulating differential gene expression

20-P02-16

Paulien Smits(Eindhoven University ofTechnology, Netherlands)

Dielectric barrier discharge devices tailored to specific skintreatments

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P02-17

Kiijung Kim(KAIST, Republic of Korea)

The effect of atmospheric pressure plasma to angiogenesis

20-P02-18

Matteo Zuin
(Consorzio RFX,
Associazione Euratom-ENEA
sulla fusione, Italy)

Control of time-limited activation of human primary fibroblasts
through ROS generation induced by cold atmospheric plasma
treatment

03. plasma-based sterilization/decontamination
20-P03-01

Silvia Polverini(Alma Mater Studiorum University of Bologna, Italy)

Plasma source for fast and continuous purification of water flows

20-P03-02

Hiroshi Okawa(Yamato Scientific Co.,Ltd.,
Japan)

Bactericidal Characteristics and Material Conformity ofAtmospheric-Pressure Glow Discharge

20-P03-03

Takuya Towatari(Meijo University, Japan)

Inactivation of microorganism in liquid treated with neutral
reactive oxygen species

20-P03-05

Tomomasa Itarashiki(Kyushu University, Japan)

Multi-torch type microwave air plasma designed for medical
sterilization

20-P03-06

Toru Sasaki(Nagaoka University ofTechnology, Japan)

Inactivation effect of marine microorganisms on hydrogen mixed
gas plasma generated by dielectric barrier discharges

20-P03-07

Yuichiro Takemura(Kinki University, Japan)

Sterilization treatment of bacterial spores contaminated spices by
Atmospheric Pressure Plasma Jet

20-P03-08

Kohei Umeda(Kumamoto University,
Japan)

Difference of Cell Death Ratio between using Atmosphericpressure Dry- and Mist- Plasma Jets

20-P03-09

Zimu Xu(University of Science andTechnology of China, China)

Sterilizing Effect of Xanthomonas Campestris pv. Campestris(Xcc ) by Corona-Discharge Nonthermal Plasma Exposure at
Atmospheric Pressure

20-P03-10

Akira Yonesu(University of the Ryukyus,
Japan)

Internal sterilization of a narrow tube by ECR plasma

20-P03-11

Utku Kursat Ercan(Izmir Katip Celebi University,
Turkey)Cellular Responses in E. coli upon Exposure to Non-Thermal
DBD Plasma Treated N-Acetylcysteine (NAC) Solution

20-P03-12

Sarah Higginbotham(Queen's University
BELFAST, UK)

EVALUATION OF THE BACTERICIDAL EFFECT OF A HELIUM
BASED ATMOSPHERIC PRESSURE NON THERMAL PLASMAJET ON THE ‘ESKAPE’ PATHOGENS

20-P03-13

Romolo Laurita(Alma Mater Studiorum University of Bologna, Italy)

Comparison of the growth inhibition potential of different dielectricbarrier discharge operating regimes

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P03-14

Cristina Muja
(Toulouse University, CUFR
J.F. Champollion, France)

Bacterial surface decontamination of different types of materials
using an UV-C dielectric barrier discharge flat lamp

20-P03-15

Hayat Zerrouki(Toulouse University / CNRS,France)Morphologic changes observed on E. coli bacteria submitted tonitrogen and air plasma jets and afterglows

20-P03-16

Lu Han(Dublin Institute ofTechnology, Ireland)

Inactivation Mechanism of Atomospheric Cold Plasma against
Escherichia coli and Staphylococcus aureus in Liquid

04. agricultural applications of plasma technologies
20-P04-01

Min Ho Kang
(KwangWoon University,
Republic of Korea)

The application of O3 and plasma generated by arc discharge incontrol of rice Bakanae disease caused by Fusarium fujikuroi

20-P04-02

Mohamed El Shaer(Faculty of Engineering,
Zagazig University, Egypt)

Treatment of Microorganisms in Vegetables and Fruits by GlidingArc

20-P04-03

Kohei Yoshida(Iwate University, Japan)

Effects of electrical stimulation by high voltage pulse on yield in
sawdust-bed cultivation Lentinula edodes

05. pharmaceutical applications of plasma technologies
20-P05-01

Daiki Yamagami(Okayama University, Japan)

Histological comparison of the wound healing process between
non-thermal plasma hemostasis and thermal coagulation
hemostasis

06. plasma-based surface modification for medical/biological applications

20-P06-01

Katja Fricke(Leibniz Institute for Plasma
Science and Technology (INP
Greifswald e.V.), Germany)

Generation of locally deposited Bioactive Thin Films using
Atmospheric Pressure Plasma Jets

20-P06-02

Nichapat Boonyeun(Chulalongkorn University,
Thailand)Preparation of Bacterial Cellulose Composites with the aid ofDielectric Barrier Discharge (DBD) Plasma Treatment

20-P06-03

Sophie Lerouge(Ecole de technologie
superieure (ETS), Canada)

Plasma polymer coatings for biomedical applications: effect of
aqueous media

20-P06-04

Hitoshi Muguruma(Shibaura Institute ofTechnology, Japan)

Patterning of Endothelial Cells and Hepatic Stellate Cells withTwo Step Plasma-polymerized Processes

20-P06-05

Joanna Pawłat(Lublin University ofTechnology, Poland)

Treatment of Polymer Surface in APPJ

20-P06-06

Chia-Hsuan Tseng(Graduate Institute of
Biomedical Materials andTissue Engineering, Taipei
Medical University, Taiwan)

Cell adhesion enhancement of electrospun microtube arraymembrane (MTAM) by acetic acid (AA) plasma treatment forhollow fiber assay

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P06-07

Jang-Hsing Hsieh(Ming Chi University ofTechnology, Taiwan)

Mechanical and biocompatibility of tunable TaOxNy thin films

20-P06-08

Ayako Oyane(National Institute ofAdvanced Industrial Scienceand Technology, Japan)

Laser-assisted biomimetic process for calcium phosphate
deposition on a titanium metal

20-P06-09

Mohammad Jellur Rahman(Graduate School of Scienceand Technology, Shizuoka
University, Japan,
Bangladesh)

Surfactant-Free Green Approach to Obtain Water-Dispersible
Carbon Nanotubes by RF Plasma Treatment

20-P06-10

Nina Recek(Jozef Stefan Institute,
Slovenia)

Influence of polymer surface on cell proliferation and cell oxidative
homeostasis

20-P06-11

Kiyoshi Ohnuma(Nagaoka University ofTechnology, Japan)

Plasma-patterned PDMS Coated with Vitronectin and γ-globulin
Enables Patterning of Human iPS Cells

07. biochemical/biomolecular engineering with plasmas
20-P07-01

Mana Oga(Tokyo City University,
Japan)

Research for Tissue Regeneration Using Micro-Spot AtmosphericPressure Plasma Source

20-P07-02

Kuntinee Somboonying(The Petroleum andPetrochemical College,
Chulalongkorn University,
Thailand)Deacetylation and Depolymerization of Chitin Hydrogel via
Solution Plasma Process

20-P07-03

Takuya Yamasaki(Ehime University, Japan)

Gene Transfection to Human Skin Cells by Microplasma
Irradiation Using Microcapillary Electrode

20-P07-04

Amel Zerrouki(Ehime University, Japan)

Analysis of Plasma Irradiation Effect on Cell Membrane Using
Artificial Cells

08. fundamentals of atmospheric-pressure plasmas
20-P08-01

Su-Jeong Kim(Seoul National Univerisity,
Republic of Korea)

How to Improve the Reproducibility of Treatment Using Helium
Atmospheric Pressure Plasma Jet (He-APPJ)

20-P08-02

Seiya Yonemori(The University of Tokyo,
Japan)

Effect of voltage polarity and surface condition on active species
production by an atmospheric-pressure helium plasma jet

20-P08-03

Alexey Shashurin(The George Washington
University, USA)

Physical processes in the low-frequency nonequilibrium
atmospheric plasma jets

20-P08-04

Atsushi Komuro(The University of Tokyo,
Japan)

Effects of humidity on gas heating in atmospheric-pressure
streamer discharge

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P08-05

Jeong-beom Lee(Korea Advanced Institute of
Science and Technology,
Republic of Korea)

On the microwave plasma jet characteristics by impedance
analysis

20-P08-06

Hidefumi Uchiyama(TATEYAMA MACHINE
CO.,LTD, Japan)

Free Radical Generation by Cold Atmospheric Argon Plasma in
Aqueous Solutions. An ESR Spin Trapping Study.

20-P08-07

Shinsuke Mori
(Tokyo Institute ofTechnology, Japan)

Influence of Spore Deposition onto the Dielectric Surface on theMode of Dielectric Barrier Discharge

20-P08-08

Kiyoyuki Yambe(Niigata University, Japan)

Relation between Plasma Plume Density and Helium Gas Flow in
Atmospheric Pressure Plasma

09. plasma-surface interactions relevant for medical/biological applications
20-P09-01

Kensaku Goto
(Osaka University, Japan)

Generation of reactive species in water exposed to lowtemperature atmospheric-pressure plasma jets

20-P09-02

Hironobu Hojo
(Osaka University, Japan)

Effect of Plasma Jet on Carbohydrate Derivatives

20-P09-03

Andrea Friedmann(Fraunhofer Institute for
Mechanics of Materials IWM,
Halle, Germany)

Evaluation of Cell Growth on Nanostructured and Functionalized
Polystyrene

20-P09-04

Sou Takasawa(Shibaura Institute ofTechnology, Japan)

Local Injection using Reagent-laden Micro-bubbles

20-P09-05

Enbo Yang(Shizuoka University, Japan)

Plasma Surface Functionalization of Graphite-Encapsulated Gold
Nanoparticles for Bio-medical Application

20-P09-06

Han Chou(Shizuoka University, Japan)

Surface Functionalization of Graphite-encapsulated Magnetic
Nanoparticles with Amino Groups Using RF Excited Ar/NH3
Plasma10. plasma sources for medical/biological applications
20-P10-01

Simone Bianconi(Alma Mater Studiorum University of Bologna, Italy)

Investigation of the effectiveness of a Gatling machine gun -like
plasma source for biomedical and materials treatment
applications

20-P10-02

Philippe Guillot(Toulouse University, CUJR
JFC, France)

Experimental characterization of a coaxial microwave plasma
source and efficiency on microbial surface decontamination

20-P10-03

Satoru Hida
(Nagaoka University ofTechnology, Japan)

Sterilization of Escherichia coli by atmospheric pressure plasma
irradiati on using superimposed waveform pulsed-power
generator

20-P10-04

Sun Ja Kim(Dong-A University, Republicof Korea)

Generation of Multiple Plasma Plumes and Biomedical
Applications in an Atmospheric Pressure Plasma Jet ArrayTuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

20-P10-05

Han Seul Lee(Kwangwoon University,
Republic of Korea)

Study on Low Temperature Plasma by using Pulse Mode SSPA

20-P10-06

Seung-Ju Lim(Kwangwoon university,
Republic of Korea)

Characteristics of Nonthermal Plasma source in Various Liquids

20-P10-07

GeonBO Sim(Kwangwoon University,
Republic of Korea)

Characteristics of Bovine Teeth Whitening in Accordance with
Gas Environments of Atmospheric Pressure Nonthermal PlasmaJet

20-P10-08

Masaya Sugimoto(Akita Prefectural University,
Japan)

Investigation of Sterilization Effect with Low Pressure RF Oxygen
Plasma20-P10-09

Charles C. Bailey(Drexel University, USA)

Development of a hand sanitizer employing non-thermal plasma
activated mist

20-P10-10

Youngmin Kim(Hong Ik University, Republicof Korea)

Low voltage Plasma-on-a-Chip for Infection Treatment

20-P10-11

Jun-Seok Oh(Kochi University ofTechnology, Japan)

Bladder cancer cell lines cultured by plasma treated cell culture
medium20-P10-12

Paolo Sanibondi(Alma Mater Studiorum University of Bologna, Italy)

Diagnostics of a low power inductively coupled plasma source forpotential biomedical applications

20-P10-13

Dongping Liu(Dalian Nationalities
University, China)

Atmospheric-pressure microplasmas for medical/biologicalapplications

20-P10-14

Chang Min Lee(Ajou University, Republic ofKorea)

An atmospheric-pressure microplasma jet device with Ni-Co alloy
electrode and glass insulator

11. plasma and/or liquid diagnostics and sensors
20-P11-02

Ma. Camille C. Lacdan(University of the Philippines
Diliman, Philippines)

Spectroscopic Investigation of Nitrogen Radical Transport in
Atmospheric Jet Plasma

20-P11-03

Mikhail Vasiliev(Joint Institute for High
Temperatures of the Russian
Academy of Sciences (JIHT
RAS), Russia)

Diagnostics of cold atmospheric pressure plasma generated byvarious plasma sources

20-P11-04

Keigo Takeda(Nagoya University, Japan)

Characteristics of AC excited Non-equilibrium AtmosphericPressure Helium Plasma Jet for Medical Application

20-P11-05

Delphine Riès
(CNRS, France)

OH LIF for in situ plasma jet diagnostics

20-P11-06

Mario Dünnbier(INP Greifswald e.V.
plasmatis, Germany)

Ion measurements of a cold atmospheric pressure plasmajet: The influence of ambient air humidity

Tuesday, May 20[ 2:00p.m. - 3:45p.m. ]PosterNo.

Presenting Author(Affiliation, Country)

Title of Paper

12. modeling and numerical simulation
20-P12-01

Wouter Van Gaens(University of Antwerp,
Belgium)

Revealing the NO generation mechanism in a needle type plasmajet

20-P12-02

Satoshi Uchida(Tokyo Metropolitan
University, Japan)

Reactive Molecular Dynamics between Oxygen Radial andPhosphatidylcholine by Plasma Irradiation

20-P12-03

Dingxin Liu(Xi'an Jiaotong University,
China)The penetration process of gaseous reactive species intoaqueous solution: A modeling study

20-P13-01

Takanori Ito(Iwate University, Japan)

Preservation of Fresh Food Using AC Electric Field

20-P13-02

Hiromasa Tanaka(Nagoya University, Japan)

Signaling circuits that are affected by plasma-activated medium inbrain tumor cells

13. others