Events

Discover the power of RNAscope In Situ Hybridization (ISH)—a cutting-edge technology that enables highly sensitive and specific detection of RNA molecules within the tissue context. With its unique probe design and signal amplification system, RNAscope allows researchers to visualize gene expression at single-molecule resolution without the need for antibodies. Whether you're working in cancer, neuroscience, infectious disease, or stem cell research, this seminar will show how RNAscope can transform your research by delivering fast, accurate, and spatially-resolved results.

Registration is available HERE

Boost your clinical research expertise at our Good Clinical Practice Workshop! Led by top industry experts, this intensive session ensures mastery of ethical and regulatory principles. Plus, don’t miss our exclusive Rapid Fire Revision Session—a powerful refresher designed to sharpen your knowledge for the exam. Secure your spot today and take your clinical practice to the next level!

Registration is available HERE

Join us for an insightful seminar exploring the power of single cell and spatial multiomics technologies in unraveling the complexity of biological systems. This event features expert speakers from the field, including Dr. Li Bo, who will present on “Spatial omics unveils regional niches that implicate epithelial plasticity in colorectal cancer.”

Registration is available HERE

Join us for an exclusive software tutorial for cellenONE®— a cutting-edge single-cell isolation platform that merges precision dispensing with advanced imaging. Utilizing gentle acoustic waves, it ensures high viability and accuracy. From bacteria to mammalian cells, cellenONE® supports a wide range of applications, including cloning and sequencing, making it a powerful tool for single-cell research and sample preparation.

This presentation will cover a general introduction to SCIENION’s Drop-on-Demand technology, Cellenion’s single-cell detection and isolation technology, general rules to operate cellenONE®, and how to maintain the system.

Registration is available HERE

Cyclopeptides, a class of cyclic peptides, exhibit diverse pharmacological properties, including antimicrobial, anticancer, antiviral, and immunosuppressive activities. Their rigid structure enhances stability, bioavailability, and target specificity, making them promising drug candidates. This review explores their chemistry, structural diversity, synthesis, and therapeutic potential, along with mechanisms of action and future drug discovery prospects. 

Registration is available HERE

Traditional training in science and medicine encourages increasing levels of specialization, with scientists and clinicians advancing in their careers by becoming experts in a specific field. However, solving the most important problems in society often require multidisciplinary approaches that are not confined to a single field. 

Drawing on her journey from a PhD in chemistry to a career in global health, Dr. Yuen will give her perspective on how working across different fields encourages creative problem-solving and new ideas. She will also comment on the importance of multidisciplinary teams and the advantages of intellectual exchange and communication outside one’s field of specialization.

Registration is available HERE

Nanoscale live imaging is crucial for understanding cellular processes and diagnosing diseases at the molecular level. Traditional imaging techniques, such as electron microscopy and fluorescence microscopy, have limitations in live-cell imaging and/or high-resolution capabilities.

Scanning Ion Conductance Microscopy (SICM) is an innovative technique that enables high-resolution, non-contact imaging of cell surfaces. In this knowledge-sharing session, Dr. Lim will explore the use of a nanopipette probe for non-contact nanoscale imaging, providing both topographic and functional imaging of live cells without physical contact.

Registration is available HERE

Single-cell research and technologies have revolutionized the field of biology and medicine, leading to enhanced understanding of cellular diversity, precision medicine, disease mechanisms and progression, immune system insights, stem cell research, single-cell omics as well as other impactful discoveries in the field.

Imaging technologies play a pivotal role in single-cell research by offering high-resolution visualization and analysis of individual cells which enable scientists to explore on cellular heterogeneity and uncover novel insights into biological systems.

In the webinar, Ms. Jo will introduce image-based dispensing technologies for sensitive single cell transcriptomic and proteomic analyses. 

Registration is available at https://forms.office.com/r/wEyQAPhN9m?origin=lprLink

Prof. Dennis Chang, a renowned scientist in the field, will demonstrate the feasibility of developing novel natural products for treatment of chronic illnesses through rigorous scientific evidence in his presentation.

As the Director of the NICM Health Research Institute and a Professor of Pharmacology, Prof. Dennis Chang has led numerous significant clinical trials evaluating the effects of herbal remedies, yoga, and tai chi on treating dementia, mild cognitive impairment, coronary heart disease, metabolic syndrome, and type 2 diabetes.

This program explores the potential of cutting-edge technologies to elevate well-being across the ASEAN region, with a particular emphasis on sustainable health solutions, longevity, and the strategic use of advanced healthcare data. Experts from Malaysia and Japan will provide valuable insights, sharing innovative approaches to tackling the region's pressing health challenges, including Non-Communicable Diseases (NCDs) such as diabetes, obesity, and respiratory conditions. The event aims to foster collaboration and exchange ideas on technologies that could shape a healthier future for ASEAN, addressing both preventive and personalized healthcare needs.