ESCHM-ISCH-ISB 2021 FUKUOKA

Program in Details

Live-streaming program <Time Zone: Japan Standard Time>

As of July 5

Free Communication <Live Presentation>

O1 Advance in CFD, biotissue and food science
Date and Time: 15:00-16:30, July 6

As of June 16

Presentation No.	Abstract No.	Name	Title
O1-1	C000082	Emiko Sato	Effects of Mixed Starches from Different Origins on the Rheological Properties of Starch gels and Gomatofu
O1-2	C000094	Hiroshi Yamada	Comparisons of indices of low-stress stiffness and contents of elastin and collagen for human arteries with fibrous caps and aortic dissection
O1-3	C000095	Megumi Ito	Comparison of the passive mechanical property and structure of ventricles in aquatic, semiaquatic, and terrestrial Anura
O1-4	C000139	Hyeong Jun Lee	Estimating CFD-based CT FFR using Lattice Boltzmann Method on 3D geometry automatically extracted from coronary CTA

Free Communication <Video Presentation, On-demand Program>

O2 Hemorheology in health and diseases - 1

Presentation No.	Abstract No.	Name	Title
O2-1	C000012	Haruchi Namba	Effects of L-arginine on blood fluidity impaired after high-intensity exercise: an in vitro evaluation
O2-2	C000063	Bence Tanczos	Hematological and hemorheological changes in a model of atherosclerotic disease in rabbits
O2-3	C000070	Barbara Barath	Examination of the hemorheological changes in a rat model of polycystic ovary syndrome
O2-4	C000112	Tieying Yin	Hemodynamic characteristics of fully polymer bioresorbable scaffolds of rats in different ages
O2-5	C000111	Tieying Yin	The hazard of PLGA nanoparticles on intima hyperplasia of vascular restenosis in ApoE^-/- mice.

Free Communication <Video Presentation, On-demand Program>

O3 Hemorheology in health and diseases - 2

Presentation No.	Abstract No.	Name	Title
O3-1	C000104	Jean-Frederic Brun	Is leptin an significant regulator of erythrocyte rheology?
O3-2	C000105	Jean-Frederic Brun	Which sub-compartments of fat mass and fat-free mass are related to blood viscosity factors?
O3-3	C000143	Ewa Szczesny-Malysiak	A link between storage-related sequence of nanoscale changes in RBC membranes and their biochemical and morphological properties
O3-4	C000040	Makoto Higuchi	Investigation of effect of measurement time for transmitted light through blood on relationship between erythrocytes’ sedimentation velocity and aggregation parameters

Free Communication <Video Presentation, On-demand Program>

O4 Red cell deformability in human and mamalians

Presentation No.	Abstract No.	Name	Title
O4-1	C000043	Mehrnaz Babaki	3-D analysis of the deformation of RBCs in a doublet while tuning the interaction
O4-2	C000081	Adam Varga	Osmotic gradient ektacytometric parameters in human and seven mammalian species
O4-3	C000072	Barbara Barath	Effect of heat stress on macro- and micro-rheological parameters in an experimental model
O4-4	C000071	Adam Attila Matrai	In vitro effects of heat-treatment on red blood cell micro-rheology in human and various vertebrate species
O4-5	C000091	Evrim Goksel	Activation of Protein kinase A cascade increases deformability of sickle red blood cells

ePoster <On-demand Program>

Presentation No.	Abstract No.	Name	Title
P-1	C000002	Toru Maruyama	Impaired Deformability and Association with Density Distribution of Erythrocytes in Patients with Type 2 Diabetes Mellitus under Treatment
P-2	C000007	Toru Maruyama	Prognostic Significance of Red Cell Distribution Width in Hospitalized Old Patients with Bacterial Infection
P-3	C000015	Aneta Teleglow	Results of blood research relating to: rheology, morphology and biochemistry of blood - man living 50 days in extremely low temperatures
P-4	C000021	Noriko Iida	Activation of K ATP channels is involved additively in NO-induced vasodilation
P-5	C000023	Yan Nie	Stiffening of the human keratinocytes in response to the cyclic temperature changes
P-6	C000042	Arisa Yokokoji	Extensional Rheology of Semidilute Entangled Solutions of Polyelectrolytes in a Cross-Slot Microchannel
P-7	C000060	Merav Belenkovich	Entrapment Dynamics of Micro-particles in a Pulmonary Capillary Network (PCN) Microfluidic Device
P-8	C000066	Takeshi Matsumoto	Time-series snapshots of the entire circumferential wall of arteries under pulsatile pressure condition captured by grating-based phase-contrast CT
P-9	C000083	Irina Alexandrovna Tikhomirova	Hemorheology and blood coagulation in COVID-19 patients
P-10	C000109	Kylie Foster	Extended Fibrinolysis Times In Vitro of Clots Containing Erythrocyte Microparticles Formed by Supraphysiologic Shear Stress
P-11	C000114	Leqian Zhao	Mechanical Analysis of VCAM-1/VLA-4 Interaction and Elasticity of Jurkat Cells Revealed by Atomic Force Microscopy
P-12	C000118	Guixue Wang	Oxidative Stress-Mediated Extracellular Vesicles Uptake by Endothelial Cells under Low and Oscillatory Shear Stress
P-13	C000119	Guixue Wang	shear-stress-responsive genes in endothelial cells based on the zebrafish sequencing data
P-14	C000128	Magdalena Peter	Change in oxygen transport by erythocytes treated with TiO2 nanoparticles and functionalized carbon nanotubes

Session Descriptions

Plenary Lectures

Plenary lectures are proposed by three societies (ESCHM, ISCH and ISB) and conducted by invited speakers who are authority in the field of clinical hemorheology, biorheology and microcirculation. These lectures are held without any parallel sessions and include a broad range of content i.e., basic concept and recent progress on the related science and technology. All attendees can enjoy plenary lectures. Discussion including Q/A depends on the chairperson’s decision. These lectures are distributed in live streaming or in video presentation.

Rising Star Award Sessions

Rising Star Awards are presented to outstanding mid-career investigators who are making major and independent contributions to an advance in the field of clinical hemorheology, biorheology and microcirculation. This is a first trial in this joint meeting to activate this online meeting and to encourage mid-career scientists. Awardees are to attend the joint meeting and to present their major work in this session. Final qualification is going to be announced on the joint meeting website. These sessions are multiple and distributed in live streaming manner.

Keynote Lectures

Keynote lectures are given by leaders on the specific topics relating to clinical hemorheology, biorheology and microcirculation. Keynote speakers usually introduce the background and future perspective of their expertise and raise the interest of audience in the related fields. Keynote lectures are held sometimes prior to the relating symposium and distributed in live streaming manner to enable live discussion.

Symposia

Symposia are the main part of this joint meeting and cover a wide range of topics in clinical hemorheology, biorheology and microcirculation. Organizers usually propose to hold a symposium by organizing several symposiasts, and scientific committee accepts these symposia based on scientific criteria including impacts and novelty. Final discussion depends on organizers. Symposia are distributed in live streaming but sometimes in video due to global time zone.

Free Communications

This session is composed of free presentations submitted freely and categorized according to the topics of this meeting. These includes both live presentation and video demonstration of prerecorded power point slide show series associated with speakers’ narration and camera. These depend on the time zone and speakers’ schedule. In the latter case, audience can post question and speakers can post answer in the chat box, and hence Q/A is possible.

ePosters

This session displays video series of electronically prepared one slide digital poster associated with speakers’ narration and camera. Audience can post question and speakers can post answer in the chat box, and hence poster networking is possible. This session is distributed in an on-demand fashion during the joint meeting period and further until the end of November 2021.

Note: All sessions of this joint meeting are distributed as on-demand archives until the end of November 2021.

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