广大师生：
在省、市的大力支持下，广州国际校区推进建设7大学科公共平台。为使广大师生更全面了解校区建设平台，学校将持续组织开展“GZIC平台共享行”宣讲活动，以平台共享开放为窗口，服务支撑广大师生科研与合作。
本次宣讲内容将涵盖电子显微中心、未来健康研究院下设平台相关设备类型、功能介绍、开放模式、合作机制及预约使用流程等。
具体安排如下：
一、时间：2025年4月16日10:00—12:00
二、地点：大学城校区B4环境楼215报告厅
三、主讲人：韩宇教授（电子显微中心主任）
雷蕾老师（未来健康研究院平台管理员）
诚邀广大师生踊跃参加，期待与您深入交流并展开广泛合作！
广州国际校区人力资源与发展事务办公室
电子显微中心
未来健康研究院
2025年4月14日
电子显微中心简介：
电子显微中心于2023年3月成立，致力于推动电子显微技术革新，助力基础研究突破，服务国家新兴产业发展。中心现已发展为具备先进软硬件开发能力的开放式科学研究平台，主要研究方向包括：低剂量高分辨成像、四维扫描透射显微学、高分辨全息和电磁成像、原位电子显微学、三维电子衍射、原子分辨电子断层术等。中心目前运维设备包括双球差矫正透射电镜Spectra 300 、软物质成像透射电镜Talos F200C、高分辨成像透射电镜Talos F200X、双束电镜Helios 5 Hydra UX和Helios 5 CX、高分辨扫描电镜Verios 5 UC、环境扫描电镜Quattro S以及X射线断层扫描仪Xradia 610 Versa和各类制样设备等。
未来健康研究院简介：
未来健康研究院于2022年5月成立，聚焦关节修复再生领域，围绕关节组织生物力学、关节损伤及修复机制、关节人工智能影像、关节组织工程材料、关节临床统计及预测模型等多个研究方向，探索可干预生物标志物、创新精准评估手段、构建临床大数据生态、研发生物医用材料及康复穿戴设备，旨在解决骨骼系统疾病及其预防康复领域前沿科学问题和技术难题，研发精准诊疗及再生修复策略，建设国际关节健康科研及交流平台。研究院目前运维设备包括：双光子倒置共聚焦显微镜、荧光定量PCR仪、自动数字PCR仪、单细胞测序仪、万能材料试验机、非接触应变测量系统、全自动组织处理器、倒置/正置荧光显微镜、多功能酶标仪等。
[Notice] Announcement on the “GZIC Platform Sharing Promotion” Seminar
Dear Faculty and Researchers,
With strong support from both the provincial and municipal governments, the Guangzhou International Campus has been actively promoting the establishment of seven major interdisciplinary public platforms. To provide faculty and researchers with a comprehensive understanding of the platforms, the University will continue to host the “GZIC Platform Sharing Promotion” seminar series. These sessions aim to facilitate open access to shared resources and support collaborative research and development.
This seminar will introduce the platforms under the Center for Electron Microscopy and the Institute of Future Health, covering the types and functions of available equipment, modes of access, cooperation mechanisms, and procedures for booking and use.
Event Details:
Date and Time: April 16, 2025 (Wednesday), 10:00–12:00
Venue: Lecture Hall 215, Building B4(School of Environmental and Energy), University Town Campus
Speakers:
Professor Han Yu, Director of the Center for Electron Microscopy
Ms. Lei Lei, Platform Manager of the Institute of Future Health
We sincerely invite all faculty and researchers to attend, and looking forward to your active engagement and to fostering in-depth exchange and broad collaboration!
Issued by:
Office of Human Resources and Development, Guangzhou International Campus
Center for Electron Microscopy
Institute of Future Health
April 14, 2025
Introduction to the Center for Electron MicroscopyThe Center for Electron Microscopy was established in March 2023, dedicated to methodological development of high-resolution electron microscopy and their application in the fields of materials science, nanotechnology as well as soft matter and industry. The center is an open scientific research platform with advanced hardware and software development capabilities. Its primary research directions include low-dose high-resolution imaging, four-dimensional scanning transmission microscopy, high-resolution holography and electromagnetic imaging, in-situ electron microscopy, three-dimensional electron diffraction, and atomic-resolution electron tomography.
The center currently operates a wide range of high-performance microscopes that provide unique insights into the world of atoms, including double spherical aberration-corrected transmission electron microscope (Spectra 300), transmission electron microscope (Talos F200C and Talos F200X), Dual Beam (Helios 5 Hydra UX and Helios 5 CX), scanning electron microscope (Verios 5 UC and Quattro S), X-ray microscopy (Xradia 610 Versa), and sample preparation instruments.
Introduction to the Institute of Future Health
Established in May 2022, the Institute of Future Health focuses on joint repair and regeneration by advancing research in joint tissue biomechanics, joint injury/repair mechanisms, AI-based joint imaging, tissue engineering materials, and clinical statistics/predictive models. The institute explores modifiable biomarkers, develops quantitative assessment tools, constructs clinical big data ecosystems, and conduct research on biomaterials and wearable rehabilitation devices.
The Institute aims to tackle cutting-edge scientific and technical challenges in musculoskeletal diseases and their prevention and rehabilitation, with an emphasis on international collaboration in joint health research. Equipped with state-of-the-art scientific instruments --including Two-photon inverted confocal microscope, Quantitative/digital PCR systems, Single-cell sequencers, Material testing machine, Non-contact strain measurement systems, Automated tissue processors, Fluorescence microscopes (inverted/upright), and Multifunctional microplate readers-- the institute supports comprehensive and innovative research efforts.
