參展商

This focusing-free system will image food samples flowing in a transparent micro-channel under illumination of RGB lasers through a pinhole, and yield their 3D chromatic structures in real-time using hologram-based reconstruction algorithms. The estimated cost of the proposed system is less than HK$30,000 and its speed is over 1,000 times faster than the existing methods. The proposed system, if developed successfully, will become a key technology to safeguard food safety against the virulent and ever-evolving serogroups of E. coli and fecal contamination in our society, and fulfill the needs of rapid and low-cost E. coli detection from food industry and point-of-care testing (POCT).
<ul>
    <li>Novel design.</li>
    <li>Good performance.</li>
</ul>

<img src="https://sourcing-media.hktdc.com/product/8f731ac2e39d11ea883f06c82c63b760/a0e0b6f0e39d11ea883f06c82c63b760" class="fr-fic fr-dib" data-strproductmediaid="192cf2a6e39e11ea883f06c82c63b760">

This is a smart bio-disc system for performing low-cost nucleic acid screening of tuberculosis (TB) from sputum samples. Low-cost point-of-care genotyping devices offering rapid screening of infectious disease such as TB, hence minimizing the chance of transmission, will lead to drastic cost savings on treatment. An important technological breakthrough of our "Intelligent Bio-disc Platform" (IBP) comes from the delivery of electrical power to the bio-disc.
<ul>
    <li>This has overcome a major bottleneck in existing lab-on-a-disc designs because many previously impossible yet necessary functionalities such as flow metering, sample heating and real-time signal detection, may now be realized with the supply of electricity.</li>
    <li>The use of centrifugal actuation offers many advantages including low device complexity, limitless parallelization and availability of actuation force anywhere on the disc.</li>
</ul>

This system is a multi-modality high-speed microscope system for generating video-rate volumetric images for biological and medical research. This novel system can generate high-quality optical cross-sectional images, e.g. 512 x 512 pixels, for up to 1,000 frames per second, enabling various in vivo biological studies that cannot be realized in the past. The nonlinear endomicroscope module can generate high-speed optical cross-sectional images at subcellular resolution, realizing the concept of optical biopsy.
<ul>
    <li>This novel system comprises of three modules: a combined video-rate confocal and multi-photon excitation fluorescence microscope, a high-density fiber bundle-based nonlinear endomicroscope, and an ultra-high-speed volumetric imaging module achieved via the 3D temporal focusing technique.</li>
    <li>In order to observe and study biological events with short time constants, e.g. cell trafficking (immune cells or cancer cells) or neural cell signaling process, it will require a frame rate much higher than video rate.</li>
    <li>Accordingly, we can perform in vivo biological studies not only on the exterior of the animal, e.g. skin, eye, or skull etc., but also various internal organs, e.g. spleen, liver or even deep brain.</li>
</ul>

展會概覽

參展商名單

產品目錄

展覽廳切面圖

成功故事

展會場刊

重要公佈

展會資訊

申請展位

參展費用及形式

展會資料下載

廣告服務

中小企業市場推廣基金

資訊中心

參展資訊

網上預先登記

電子通訊

香港貿發局商貿平台APP及e-Badge

訪客規則及法規

請小心處理由第三者提供之推廣優惠

參觀資訊

新聞稿

照片廊

展覽視頻

社交媒體/網絡動態

合作媒體

新聞中心

傳媒資訊

活動

香港的旅遊簽證和入境規例

辦理中國內地入境簽證及安排行程

特惠酒店

特惠機票

香港跨境現金管制措施

前往會場

暢遊香港

惡劣天氣的安排

訪港資訊

大會商務中心

中小企支援服務

大會服務

優惠券

綠色小貼士

實用貼士

查詢

常見問題

貿發局活動

額外設施及服務申請表格

參展商手冊

初次參展須知

主頁

通告

國泰航空機票優惠

與會人士快速過關安排

聯繫我們

穿梭巴士

衞生措施及健康資訊

社交媒體/網絡動態 - 2021

社交媒體/網絡動態 - 2019

社交媒體/網絡動態 - 2018

社交媒體/網絡動態- 2017

社交媒體/網絡動態 - 2016

Virtual Booths

Press Release

Agenda

研討會及論壇

保健護理世界

保健護理世界 - 一般資料

保健護理世界 - 聯繫我們

保健護理世界 - 概覽

保健護理世界 - 展品類別介紹

社交媒體/網絡動態 - 2022

重要通告 (一)

社交媒體/網絡動態 - 2024