Flow cytometry is a critical tool for studying immune cells, which is important for understanding diseases and developing treatments. But the way samples are prepared for this technique, the traditional sample preparation methods, can damage the cells and lead to inconsistent results.
Curiox wanted to raise awareness and leads for its innovative C-FREE™ automated sample preparation technology that crucially prepares samples gently, without harming immune cells.
To meet this challenge, Curiox partnered with us to tap into our global research community and trusted scientific platforms. Together, we executed a diverse media campaign, combining advertising and content solutions:
A contextual advertising campaign enabled Curiox to target keywords of their choice across our Nature Portfolio journal websites and reach their exact specialized audience.
A branded content campaign helped Curiox to engage and build trust with its audience. They opted for two articles, written by our expert team and published on Nature.com, each with its own distinct angle to resonate with different pain points in the research community.
A Nature webcast added additional value, offering direct interaction with researchers and an opportunity to showcase real-world applications of their technology. Titled “Automating sample preparation for flow cytometry“, the webcast featured a live Q&A and presentation from Stanford experts sharing their experience of using Curiox’s technology – explaining the practical benefits for multi-site standardization (when multiple sites need to follow the same process) and high-throughput labs handling large volumes of samples.
Curiox successfully amplified its message on the benefits of automated sample preparation to a global scientific audience, combining credibility with engagement. Achievements included:
We were pleased that Nature Partnerships was able to target our requested niche audience so expertly, delivering our content to the right people at the right time.
Xin Yi Lim Marketing AssociateCuriox Biosystems