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07/15/2026

Contrast-enhanced ultrasound can add useful perfusion context in preclinical imaging studies.

For small animal ultrasound workflows, microbubble contrast agents support contrast-enhanced imaging for tumor perfusion, organ perfusion, and vascular response assessment.

For preclinical teams working in oncology, vascular imaging, and drug development, this offers a more relevant way to study perfusion within established ultrasound workflows.

Explore the microbubble contrast agents:
https://scintica.com/product/consumables/microbubble-contrast-agents/?utm_campaign=coschedule&utm_source=facebook_page&utm_medium=Scintica&utm_content=Repost%20-%20Trust-Bionics%20-%20Upshere%20-%20Social

Photos from Scintica's post 07/08/2026

What happens to bone when erythropoietin is given at a high dose?

This study shows that even a single EPO administration can rapidly disrupt bone homeostasis by triggering osteoclastogenic pathways, leading to measurable bone loss in mice. By identifying early molecular changes in the bone marrow microenvironment, this research offers important insight into EPO's broader impact beyond red blood cell production.

👉 Read the full publication highlight on our website to explore the methods, findings, and imaging approach in detail: https://scintica.com/single-high-dose-erythropoietin-disrupts-bone-homeostasis-via-osteoclastogenic-pathways/?utm_campaign=coschedule&utm_source=facebook_page&utm_medium=Scintica&utm_content=Fusion%20%28Vilber%29%20-%20Social%20-%20Publication%20Highlight%20%28repost%29

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