Scintica

Short-term tumor monitoring often misses critical details to the progression of disease.

In this study, longitudinal optical imaging revealed that while bone marrow disease was controlled with BCMA CAR-NK therapy, extramedullary relapse emerged at later stages.

👉 Read the full publication highlight on our website to learn how long-term imaging uncovered insights missed by short-term endpoints.
https://bit.ly/4un9lTL

Are your tumor models telling the whole story?

Join us on June 11 at 11 AM EDT for a webinar exploring how advanced imaging technologies are reshaping preclinical oncology research, from model selection to measurement accuracy.

We'll break down the strengths and limitations of common murine tumor models, challenge the assumptions embedded in traditional measurement approaches, and show how modern imaging tools can drive better reproducibility and stronger translational relevance.

📌 Save your spot: https://bit.ly/43iaJfn

🌬️ Are your cells breathing too much oxygen?

In this episode, Host Allison Lambert sits down with Dr. Krista Rantanen (Baker) to uncover the often-overlooked role of oxygen in biomedical research.

🔑 Key insights:
-Standard incubators (~21% O₂) don't reflect human tissue levels.
-Oxygen impacts cell behavior, gene expression, and metabolism.
-Replicating physiological O₂ = more accurate & reproducible science.
-Emerging tech like hypoxia workstations is making it easier than ever.

🎙️ Tune in to learn why controlling oxygen isn't just a detail—it's a game-changer for cancer biology, stem cell science, and regenerative medicine.

👉https://bit.ly/430lsey

Check our Hypoxic Chambers here: https://bit.ly/4h0AXJ7

Join us on June 17 at 11:00 AM EST for a practical webinar on interpreting Doppler flow data in the transverse aortic constriction (TAC) mouse model, from surgical monitoring to cardiac function assessment and beyond.

Whether you're new to TAC or looking to sharpen your technique, you'll walk away with actionable strategies for more reliable, comprehensive cardiovascular data.

👉 Register here: https://bit.ly/4d5YQPo

Join Scintica at the Canadian Society for Microbiologists Annual Meeting on June 17–18 in Edmonton, Alberta.

Visit our booth to learn more about solutions designed to support microbiology and contamination control workflows, including our Anaerobic Workstations for precise atmospheric control and the MycoFog™ biodecontamination system for fast and effective decontamination of incubators, gloveboxes, and closed workstations.

Our team will be available to answer questions, discuss your research needs, and explore how these solutions can support your laboratory workflows.

📍 University of Alberta, Edmonton, Alberta
📅 June 17–18, 2026

We look forward to connecting with you there!

How can the DFVS acquire signals without imaging?

The Doppler Flow Velocity System (DFVS) combines unique waveform patterns, audio feedback, probe positioning, and signal depth controls to help researchers accurately identify and measure the correct vessel or valve area.

By combining anatomical knowledge with waveform recognition, researchers can acquire reliable measurements without imaging guidance.
Learn more about the DFVS: https://bit.ly/4vlqON4

We're at Booth #1959 at SNMMI 2026! 🔬

If you're attending the meeting, stop by and chat with our team about the latest advances in preclinical research.

Whether you're looking for new imaging solutions, exploring a research project, or simply want to say hello, we'd love to connect with you.

See you at Booth #1959!

Come meet our team at ISHR-NAS 2026! 🫀

We have our high-frequency ultrasound, Rodent Surgical Monitor (RSM), and Doppler Flow Velocity System (DFVS) on display.

Stop by our booth to see how these solutions can support your cardiovascular research and chat with our team about your applications.

We look forward to meeting you and learning more about your research!