Colloid biology - Develop and analyse microbial interactions

🌱 **[Colloid Biology Online Course]** 🚀 **Title:** Methods to Develop and Analyse Microbial Cell-Surface and Surface-Colloid Interactions 🧐 **Headline:** Unveil the Secrets of Microbial Interactions with cutting-edge Techniques from the SURFBIO European Project! --- **Course Introduction:** Welcome to our comprehensive online course on "Methods to develop and analyse microbial cell-surface and surface-colloid interactions," brought to you by the European experts at ICCRAM - UBU Research centres. This 9-chapter journey will immerse you in the fascinating world of bio-colloids and their interactions, highlighting the importance of novel analytical techniques in advancing scientific research. --- **Course Overview:** 🔍 **Novel Techniques for Bio-Colloid Characterization:** Bio-colloids are pivotal in various scientific fields, offering immense potential for innovative applications. This course will delve into the latest characterization methods for bio-colloids, including fluorescence microscopy, Raman microscopy, atomic force microscopy (AFM), interferometric microscopy, and radio-labeling techniques. --- **Objectives:** 🎯 **Insight into Advanced Techniques:** Our goal is to equip you with an in-depth understanding of novel label-free techniques such as Raman microscopy and radio-labeling, which enable deep-sample characterization without the need for additional labels. These methods are crucial for revealing the true nature of microbial cells and bio-colloids interfaces. --- **In-Depth Techniques Exploration:** - **Raman Microscopy:** A non-invasive technique that offers a molecular fingerprint of samples through vibrational spectroscopy, enhanced by nanoparticles for SERS applications. - **Atomic Force Microscopy (AFM):** An essential tool for examining the nanotopography and mechanical properties of bacteria and bio-colloids, providing unique insights into cell-surface interactions. - **Interferometric & Digital Holographic Microscopy:** State-of-the-art methods for determining height profiles and topography of transparent samples at the nanoscale, quickly and efficiently. - **Radio-Labeling:** A powerful alternative to traditional microscopy that allows for deep penetration into thick samples, enabling investigations into the core of biological systems. --- **Impact of Technological Advancements:** These cutting-edge techniques have already revolutionized the field by providing new perspectives on bio-colloid and bacteria-surface interactions. They hold the key to more effective cell culturing methods and a deeper understanding of biological processes. --- **About SURFBIO Project:** The SURFBIO project has been generously funded under the European Union's Horizon 2020 Research & Innovation programme, grant agreement Nº 952379. Through this initiative, we are pushing the boundaries of current research and expanding our knowledge in the area of colloid biology. --- **Join Us on This Scientific Adventure!** Are you ready to explore the intricate world of microbial interactions and bio-colloids? Enroll in our online course today and embark on a journey that will take your understanding of these critical biological phenomena to the next level. 📚✨ --- This course is not just an educational experience; it's a gateway to the forefront of microbial research. Whether you're a scientist, a student, or a curious mind eager to learn, this course will provide you with the knowledge and skills needed to navigate the complexities of bio-colloid interactions using state-of-the-art analytical techniques. Join us and be part of the scientific community that's shaping the future of colloid biology!