#Japan #Kanazawa University #Bio-SPM Research #Nano Life Science #Kanazawa

Kanazawa University's Call for Industry Collaboration in Bio-SPM Research

Kanazawa University's Nano Life Science Institute (WPI-NanoLSI) is opening its doors for collaborative research projects that harness the revolutionary capabilities of bio-scanning probe microscope (Bio-SPM) technologies. This call for proposals signifies a remarkable opportunity for industrial partners to engage with one of the leading centers in nano-life sciences, exploring innovative applications that can transform both scientific research and industrial practices.

Advancements in Bio-SPM Technology

WPI-NanoLSI is renowned for its commitment to advancing bio-scanning probe microscopy technologies, including atomic resolution, 3D-AFM, high-speed AFM, scanning ion conductance microscopy (SICM), and cell measurement AFM. These state-of-the-art tools provide unparalleled visualization of dynamic biological and material processes at the nanoscale. This level of insight enables researchers to study phenomena that were previously inaccessible, driving innovation across various fields.

By collaborating with WPI-NanoLSI experts, industry researchers will gain access to advanced imaging capabilities, allowing them to explore a myriad of applications. The use of Bio-SPM transcends biological samples; its potential extends to a wide variety of materials, making it relevant for numerous industries.

Why Partner with WPI-NanoLSI?

With a dedicated team comprising over 80 top researchers and approximately 60 Bio-SPM devices, WPI-NanoLSI has achieved remarkable scientific milestones. Collaborative projects have produced groundbreaking results, including:

• - Structural analysis of microtubule interiors published in Nano Lett., 2025.
• - Real-time visualization of glutamate receptor dynamics detailed in ACS Nano, 2024.
• - Observation of influenza virus genome synthesis processes, also featured in ACS Nano, 2024.
• - Insights into intrinsically disordered protein structures, highlighted in Nat. Nanotechnology, 2020.
• - Live-cell nanoscale imaging, documented in Sci Adv, 2021.

These examples underscore the transformative power of Bio-SPM in advancing our understanding of life sciences and material properties. The institute’s focus on innovation ensures that collaborators can expect to push the frontiers of knowledge and application.

For an in-depth overview of the various Bio-SPM technologies and their potential applications, interested parties can refer to the institute’s website which contains valuable resources and guidance.

Application Process for Interested Companies

Companies interested in submitting proposals for collaborative research can either choose a specific researcher at WPI-NanoLSI or request assistance in identifying a potential research partner. Each proposal will be evaluated based on its alignment with the institute's Bio-SPM strengths and its potential for significant scientific and industrial impact.

Due to high interest and limited capacity, some applications may be turned down even if they meet the basic eligibility criteria. Therefore, it is crucial to ensure proposals are well-aligned with the institute's focus areas.

For detailed instructions on how to apply, companies should visit the application guideline section on the WPI-NanoLSI website.

Get in Touch

The Research Collaboration Office at WPI-NanoLSI is ready to assist prospective partners. Interested parties can reach out directly via email for further clarifications or inquiries regarding the collaboration process.

About Kanazawa University and WPI-NanoLSI

Kanazawa University stands as a premier research institution committed to progress in science and technology on a global scale. In this context, the Nano Life Science Institute plays a pivotal role in pioneering Bio-SPM technologies, enabling researchers to explore biological structures and interactions with unprecedented detail. Together, they are dedicated to advancing knowledge and fostering innovative research collaborations that can lead to groundbreaking applications and industries.