Abstracts
The Eighth JCA-AACR Special Joint Conference invites you to submit your presentation to be shared at the Poster Sessions taking place between June 28(Fri.)-30(Sun.), 2024 in Kyoto, Japan.
For instructions on how to submit your presentation, please see the submission guidelines.
Submission Guidelines
- The abstract submission deadline is on May 12(Sun.),(JST) CLOSED
(Please note that the deadline has been extended) - Those who wish to submit their abstracts are requested to complete their registration and payment prior to the deadline above.
- The abstract submission link will be sent to you via an auto-generated receipt once your payment has been completed with a credit card.
- The number of abstract submissions as a Lead presenter is limited to 1 (one) submission per author. However, this does not limit the number of submission as co-authors of abstracts.
- All submissions shall be peer-reviewed.
- The Organizing Committee reserves the right to make the final decision on all submissions.
- Notification of submission acceptance will be made to individual authors by May 20 (Mon.), 2024.
- Accepted abstracts must be presented in Kyoto by the pre-registered author.
- All authors (including responsible researchers) are required to submit the COI (Japanese Cancer Association/Conflict of Interest (COI) disclosure).
- The abstracts will be published as conference proceedings on-site and in a downloadable electronic version, in exactly the same format as they were submitted.
Categories
- AI, computational biology
- Bioimaging
- Cancer genomic medicine
- Cancer model systems
- Cancer prevention
- Clinical trials
- Diagnostics
- Drug resistance
- Epidemiology
- Epigenetics and epigenomics
- Evolution and heterogeneity
- Genetics and genomics
- Hereditary cancer and germline predisposition
- Immunology and immunotherapy
- Inflammation and cancer
- Liquid biopsy
- Metastasis and recurrence
- Microbiome
- Novel therapeutic targets
- Omics analysis
- Real-world evidence and real-world data
- Scientific significance of robotic surgery
- Simulation
- Single cell analysis
- Somatic mutations in precancerous tissue and tumor initiation
- Spatial transcriptome analysis
- Splicing variant and epitranscriptome
- Tumor microenvironment
- Others