Publication Highlight: Long-Term Optical Imaging Reveals Bone Marrow Clearance and Extramedullary Escape in BCMA CAR-NK Therapy
Publication Highlight: Long-Term Optical Imaging Reveals Bone Marrow Clearance and Extramedullary Escape in
European Association for Cancer Research 2026
Visit Scintica at EACR 2026 — Booth #10
Scintica will be exhibiting at the European Association for Cancer Research (EACR) Annual Congress 2026, taking place June 8–11, 2026, in Budapest, Hungary.
This four-day congress is one of Europe’s leading events dedicated to basic, preclinical, and translational cancer research, bringing together scientists and innovators from around the world. EACR 2026 will showcase the latest discoveries, foster collaboration, and inspire new ideas in the fight against cancer.
Visit us at Booth #10 to explore Scintica’s range of preclinical imaging and research solutions designed to support oncology and cancer biology studies. Our team will be available to discuss how our technologies can enhance your research.
We look forward to connecting with you in Budapest at EACR 2026!
Location: Budapest, Hungary
Dates: June 8–11, 2026
Booth: #10
Read more about Science!
Publication Highlight: Overexpression of IL-32γ inhibits skin cancer formation through suppression of NF-κB and its downstream factors
Publication Highlight: Overexpression of IL-32γ inhibits skin cancer formation through suppression of NF-κB
Publication Highlight: The role of phosphodiesterase 5 inhibitors in attenuating obesity-induced metabolic disorders
Publication Highlight: The role of phosphodiesterase 5 inhibitors in attenuating obesity-induced metabolic disorders
Publication Highlight: Non-Invasive Real-Time Pulsed Doppler Assessment of Blood Flow in Mouse Ophthalmic Artery
Publication Highlight: Non-Invasive Real-Time Pulsed Doppler Assessment of Blood Flow in Mouse Ophthalmic
Article Highlight: Intravital Imaging of Cardiac Tissue Utilizing Tissue-Stabilized Heart Window Chamber in Live Animal Model
Article Highlight: Intravital Imaging of Cardiac Tissue Utilizing Tissue-Stabilized Heart Window Chamber in
Article Summary: New Approach Methodologies (NAMs) – Therapeutic Efficacy of Human Skin Equivalents Fabricated via Droplet-Based Bioprinting and Nebulization Technology
Article Review: New Approach Methodologies (NAMs) Therapeutic Efficacy of Human Skin Equivalents Fabricated