ITCCIR2023 Time table (Tentative)
2023/11/1

Nov. 13 (Mon.)

Nov. 14 (Tue.)

Nov. 15 (Wed.)

Nov. 16 (Thu.)

Nov. 17 (Fri.)

Nov. 18 (Sat.)@Chiba@Chiba@Chiba@Gunma@Gunma@Gunma

08:00

07:50
Leave Hotel to QST

08:30

08:30~
Opening address & Guidance ofCurriculum(20min)

08:20
Leave Hotel to QST

08:20
Leave Hotel to QST

9:00~9:35 Clinical 1
Head & Neck (35min)

9:00~9:35 Biology 6
Radiopharmaceutical Therapy (35min)

9:35~10:10 Physics 5
Treatment planning and range
uncertainty in carbon-ion radiotherapy(35min)

9:35~10:10 Diagnosis 2
ACR Reporting and Data System (RADS)
Essential for treatment of lung,liver andprostate cancer(35min)

08:00
Leave Hotel to Gunma U.

08:00
Leave IKAHO to Gunma U.

08:00
Leave Hotel to Gunma U.

08:50
09:00

08:50~09:15
History of Heavy Ion Radiotherapy

09:15~09:35
J-CROS activities

9:00~9:45
Tour to GHMC (50min)

09:35

9:35~10:10 Physics 1
Accelerator for CIRT and Quantum
Scalpel (35min)
10:00

10:10~10:25
Break

10:10~10:30
Break

09:30~10:30 Case Study 2
Lung Cancer with IP (60min)
9:45~10:40
Free Discussion and Wrap up(50min)

10:10~10:30
Break10:25

10:25~11:00 Physics 2
Dosimetry of Carbon-ion Beam (35min) 10:30~11:05 Clinical 2
Pancreas (35min)

10:30~11:05 Climical 6
Choroidal Melanoma and Malignant
Lacrimal Gland Tumor (35min)
10:30~11:30 Case Study 3 Locallyadvanced Liver Cancer (60min)

11:00

11:00~11:35 Physics 3
11:05~11:40 Clinical 3
Beam Delivery, QA and Audit (35min)
Carbon ion radiotherapy for sarcoma(35min)

10:40~12:00
Closing Address (80min)

11:05~11:40 Clinical 7
Urological (35min)

11:35

11:35~12:10 Physics 4
Biological models in CiRT (35min)
12:00
12:10

12:10~13:10
Lunch

11:40~12:15 Biology 4 Translational 2: Overview of the State-of Art Bench to 11:40~12:15 Clinical 8
Bedside Research in Carbon-ion
Locally recurrent Colonrectal (35min)Radiobiology (35min)12:15~13:15
Lunch

12:15~13:15
Lunch

11:35~12:40
Lunch

12:40~13:00
Welcome Ceremony(20min)

13:00
13:10

13:00~13:30 Topics 3
Risk Communication(30min)
13:10~13:50 Biology 1
Basic/Biophysics: Biology of charged
particle therapy (40min)

13:15~13:50 Clinical 4
Liver (35min)

13:15~13:55 Topics 2
Overview of BNCT and Current status ofAccelerated-based BNCT(40min)

11:30~1300
Lunch

13:30~13:50 Physics 9
Dose constraints for HN (20min)

13:00～13:15
Vender Presentation Toshiba
13:15～13:30
Vender Presentation Sumitomo
13:30～13:45
Vender Presentation Hitachi
13:45～14:00
Vender Presentation Bdot

14:00

13:50~14:25 Biology 2
Biological Aspect of FLASH Particle
Therapy (35min)

13:50~14:25 Clinical 5 Gynecological
13:55~14:30 Physics 6(35min)
Facility commissioning at Osaka-HIMAK(tentative) (35min)

14:25~15:00 Biology 3 Translational 1 14:25~15:00 Biology 5: Anti-tumor immunity induced byRisk control : Radiation and Risk ofHIRT (35min)Cancer (35min)

13:50~14:50 Case Study 1
HN Cancer (60min)

14:45~14:55
Vender Presentation Alfresa Pharma
14:50~15:10
Break

15:00~15:30
Break

15:30~16:05 Diagnosis 1 Diagnostic
PET/SPECT imaging for CIRT(35min)
15:00~17:00
Tour1505~15:35
Break

15:10~15:30 Physics 10
Motion management & Adaptivetherapy (20min)
15:30~15:50 Clinical 10
Cost effectiveness (20min)

15:35~16:10 Clinical 9Lung (35min)

16:05~16:45 Topics 1
History of particle beam therapy in Japan 16:10~16:50 Physics 8from the perspective of national health What particle therapy can Learn frompolicy (40min)
High-Tec X-ray Therapy (40min)

14:15～14:30
Vender Presentation Cosylab
14:30～14:45
Vender Presentation Raysearch

14:30~15:05 Physics 7
Facility commissioning at Yamagata Univ.
(35min)

15:00

16:00

14:00～14:15
Vender Presentation Anzai

Leave Gunma Univ. to Ikaho

14:55~15:10
Vender Free Discussion & Break
15:10～15:35
Facility Introduction 1
East Japan Heavy Ion Center, Facultyof Medicine, Yamagata U.
15:35～16:00
Facility Introduction 2
OSAKA HIMAK
16:00~16:25
Facility Introduction 3
Yonsei Cancer Center
16:25~16:45 Biology 7
Precision CIRT (20min)
16:45~17:05 Biology 8
Normal tissue effects (20min)

17:00

18:00~20:00 Welcome party at Hotel