・発表タイトル Presentation Title
１．口頭発表 Oral Presentation
Session I (11:00 – 12:15) Chair: Prof. Umemura
OS1-1

発表者 Presenter

発表タイトル Title

所属

荒川 元孝

Designs of ultrasonic devices for

西條研究室

Mototaka Arakawa

ultrasonic microscopy using pulse

Saijo Lab.

signals
OS1-2

高木 亮

Real-time Treatment Feedback

梅村・吉澤研究室

Ryo Takagi

Using Novel Filter for Eliminating

Umemura-Therapeutic Ultrasound Noise in

Yoshizawa Lab.

US-guided High-Intensity Focused
Ultrasound Therapy
OS1-3

Piero Tortoli

Advances in vector Doppler flow

Florence

imagingUniversitySession II (14:45 – 16:00) Chair: Prof. Saijo
発表者 Presenter
OS2-1

瀧宏文

Hirofumi Taki

発表タイトル Title

所属

Compensation Technique for the

金井・瀧研究室

Intrinsic Error in Ultrasound Motion

Kanai-Taki Lab.

Estimation Based on a Speckle
Tracking Method
OS2-2

赤川 紀

Study on Processing of

西條研究室

Osamu Akagawa

High-Frame-Rate Color Doppler

Saijo Lab.

Image
OS2-3

Magnus Cinthio

On the different phases of theLundlongitudinal movement of the carotid

Universityartery wall in healthy humans
Session III (16:30 – 17:45) Chair: Assoc. Prof. Yoshizawa
OS3-1

発表者 Presenter

発表タイトル Title

所属大山 誠司

Quantitative Measurement of梅村・吉澤研究室

Seiji Oyama

Focused Ultrasound Pulse Pressure

Umemura-Field Using Optical Phase Contrast

Yoshizawa Lab.

MethodOS3-2

Maria Evertsson

In vivo detection of rat sentinel

Lundlymph nodes using magnetomotive

University

ultrasound imaging
OS3-3

Tobias Erlöv

Measurements of scatter size in theLund

time domain and its

Universityrelation to carotid plaque vulnerability

２．ポスター発表 Poster Presentation (13:30 – 14:45, 16:00 – 16:30)
PS1

PS2

発表者

発表タイトル所属安田 惇

Efficient Generation of Reactive

梅村・吉澤研究室

Jun Yasuda

Oxygen Species in Rose BengalUmemura-

Solution for Sonodynamic Treatment

Yoshizawa Lab.

岩﨑 亮祐

Detection of Thermal Lesions

梅村・吉澤研究室

Ryosuke Iwasaki

Induced by Cavitation-Enhanced

Umemura-High-Intensity Focused UltrasoundYoshizawa Lab.

Using Shear Wave Elastography
PS3

PS4

大須賀 将瑞Acceleration of Lithotripsy Using

梅村・吉澤研究室

Masamizu Osuga

Cavitation Bubbles Induced byUmemura-Dual-Frequency UltrasoundYoshizawa Lab.

神保 勇人

Reducing electric power consumption

梅村・吉澤研究室

Hayato Jimbo

with multi-staircase wave driving

Umemura-circuit for high-intensity focused

Yoshizawa Lab.

ultrasound
PS5

PS6

PS7

Zulfadhli bin Zaini

Evaluation on Ultrasonic Transducer

梅村・吉澤研究室

with Heavy Matching Layer towards

Umemura-Generating Second Harmonic

Yoshizawa Lab.

田口 渓

Flash Imaging of Cavitation

梅村・吉澤研究室

Kei Taguchi

Behavior during High-Intensity

Umemura-Focused Ultrasound Exposure

Yoshizawa Lab.

鈴木 魁

Effect of ultrasonic attenuation on

梅村・吉澤研究室

Kai Suzuki

focused ultrasound pressure fieldUmemura-and region of cavitation cloudYoshizawa Lab.

formation
PS8

富安 謙太郎Simulation of tissue temperature

梅村・吉澤研究室

Kentaro Tomiyasuincrease taking nonlinear

Umemura-propagation of HIFU into

Yoshizawa Lab.

consideration
PS9

花山 洋貴

Preliminary Study of Shadowgraph梅村・吉澤研究室

Hiroki Hanayama

Using Simulation of Optical

Umemura-Propagation for Ultrasound Pressure

Yoshizawa Lab.

Field

PS10

長岡 亮

Elasticity estimation method by

西條研究室

Ryo Nagaoka

using deformation induced by

Saijo Lab.

arterial pulsation
PS11

伊郷 泰智

Measurement of acoustic properties of

西條研究室

Taichi Igo

cells using high frequency acoustic

Saijo Lab.

microscopy

PS12

佐藤 遊

A basic study on ultrasound and西條研究室

Yu Satooptical coherence tomography

Saijo Lab.

Measurement of velocity vector map

西條研究室

深津 幸助

and selectable parameters by means of

Saijo Lab.

Kosuke Fukazu

Particle Image Velocimetry

田畑 拓也

Development of Photothermal Therapy

西條研究室

Takuya Tabata

Using Gold Nanorods

Saijo Lab.

Two-dimensional velocity vector

西條研究室

継田 直哉

visualization method by

Saijo Lab.

Naoya Tsugita

Echo-Dynamograpy

牧野孝洋

Wavelength dependence of photo

西條研究室

Takahiro Makino

acoustic imaging

Saijo Lab.

Detection of Abnormal Blood Vessels

西條研究室

on Optic Disc for Diagnosis of

Saijo Lab.

PS13

PS14
PS15

PS16
PS17

PS18

Israr Ul Haq

Proliferative Diabetic Retinopathy

松木 大輔

Photothermal therapy of tumors in

小玉研究室

Daisuke Matsuki

lymph nodes using gold nanorods

Kodama Lab.

and near-infrared laser light with
controlled surface cooling
PS19
PS20

八巻 哲平

Perfusion defect in metastatic lymph

小玉研究室

Teppei Yamaki

node using micro CT

Kodama Lab.

武田 航

Intranodal chemotherapy for

小玉研究室

Kazu Takeda

tumor-bearing lymph node and its

Kodama Lab.

evaluation by using intranodal
pressure
PS21

吉羽 正太

A study on agent distribution in

小玉研究室Shota Yoshiba

lymph node using liposomal

Kodama Lab.

doxorubicin
PS22

多田 明日香Visualization of Flow Dynamics in小玉研究室

Asuka Tada

Lymphatic Channels in Lymph NodeKodama Lab.

PS23

浅井 拓磨

Measurement of Myocardial

金井・瀧研究室

Takuma Asai

Contraction/relaxation Property

Kanai-Taki Lab.

Using Ultrasonic Two-Dimensional
Speckle Tracking
PS24

木所 一祥

In Vivo Measurement of Luminal

金井・瀧研究室Kazuyoshi

Surface Roughness of Carotid Artery

Kanai-Taki Lab

Kidokoro

Using High Spatial Resolution
Ultrasound

PS25

黒川 祐作

Spectrum Analysis of Blood Echo

金井・瀧研究室

Yusaku Kurokawa

Around 40 MHz for Quantitative

Kanai-Taki Lab

Assessment of Red Blood Cell
Aggregation
PS26

酒井 康将

Accurate Evaluation of Change in

金井・瀧研究室

Yasumasa Sakai

Viscoelasticity of Radial Arterial

Kanai-Taki Lab

Wall During Flow-Mediated Dilation
Using 7.5 MHz Ultrasound
PS27

望月 雄太

A study on shear wave propagation

金井・瀧研究室

Yuta Mochizuki

generated by dual acoustic radiation

Kanai-Taki Labforce
PS28
PS29

小野寺 絃

Probe localization for freehand 3D

金井・瀧研究室

Gen Onodera

ultrasound imaging: basic study

Kanai-Taki Lab

高橋 一生

Depiction of acoustic window to

金井・瀧研究室

Kazuki Takahashi

epidural space for thoracic

Kanai-Taki Lab

anesthesia: basic study
PS30

高橋 航平

Automatic heart wall identification

金井・瀧研究室

Kohei Takahashi

in echocardiographic images using

Kanai-Taki Lab

linear discriminant function
PS31

飛内 優美

Regularity of change in ultrasonic

金井・瀧研究室

Yumi Tobinai

integrated backscatter from regional

Kanai-Taki Lab

myocardium during one cardiac cycle
PS32

松野 雄也

Ultrasound imaging of propagation

金井・瀧研究室

Yuya Matsunoof myocardial contraction in rat

Kanai-Taki Lab

heart tissue