On-Chip Biotechnologies Co., Ltd. On-site & live streaming hybrid event “DROPLET 2022” will be held to introduce new approaches in next-generation microbial screening and single-cell analysis using droplets!

On-Chip Biotechnologies Co., Ltd.
[On-site & live streaming hybrid event] “DROPLET 2022” will be held to introduce a new approach to next-generation microbial screening and single-cell analysis using droplets!

On-Chip Biotechnologies Co., Ltd. (Headquarters: Koganei City, Tokyo, President: Masayuki Kobayashi) will be held at the Akihabara UDX Conference from 10:00 (doors open 9:30) on November 8, 2020 (Tuesday). “DROPLET 2022” will be held. We have invited Dr. Tetsu Kuhara, Director and Technical Advisor of Cell Innovator Co., Ltd., as the organizer, and seven professors will talk about the latest research using droplets.
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■Overview
name:
DROPLET2022
Holding period:
November 8, 2022 (Tuesday) 10:00-17:30 (doors open at 9:30)
venue:
Akihabara UDX Conference 6th floor (type350 ABC)
4-14-1 Sotokanda, Chiyoda-ku, Tokyo 101-0021
home page:
https://on-chip.co.jp/droplet2022/
*Participation registration is available on the above website (a Google account is required for registration).
If you have any problems during registration, please contact droplet2022@on-chip.co.jp.

■ What is a droplet?
We define DROPLET as water in oil droplets and gel microdroplets. The number of droplets can be made up to 10 million. The former exists as spherical water droplets in oil, and the latter exists as spherical gel in aqueous solution. It will be a vessel that encloses one by one. It is possible to react and culture in this vessel, and in recent years it has been attracting attention as a research tool.

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This time, professors will give lectures on application examples and research details centering on this Water in Oil droplet technology. ■ Lecture contents
〇 Naohiro Noda (National Institute of Advanced Industrial Science and Technology, Biomedical Research Division)
Aiming for social implementation of droplet culture technology ~From FNAP-sort to single droplet isolation~
〇 Katsuyuki Shiroguchi (RIKEN Center for Biosystems Dynamics Research Cell System Dynamics Prediction Research Team)
BarBIQ method: New bacterial flora analysis technology that accurately distinguishes and counts individual bacteria
〇 Megumi Narikawa (RIKEN BioResource Research Center Plant-Microbe Symbiosis Research and Development Team)
Development of useful microorganism screening platform using microdroplet technology
〇 Wataru Ogasawara (Nagaoka University of Technology, Department of Technology Science and Innovation)
The significance of screening by activity and function in the post-genome era ~Regressive theory of evolution~
〇Keiichiro Koiwai (Genome Science Laboratory, Tokyo University of Marine Science and Technology)
Application of single-cell transcriptome analysis in non-model organisms 〇Mitsunori Yoshida (Department of Infection Control, Hansen’s Disease Research Center, National Institute of Infectious Diseases)
Pathogenomics analysis of hard-to-cultivate mycobacteria using single-cell droplet technology
* Soichiro Tsuda (bitBiome Inc.)
Construction of large-scale microbial gene database and development of useful enzyme search technology using microbial single-cell genome analysis technology
■Company Profile
◇Company name: On-Chip Biotechnologies Co., Ltd.
Established: 2005
Location: 2-16-17 Nakamachi, Koganei City, Tokyo
 Representative Director: Masayuki Kobayashi
 Capital: 100 million yen
 Number of employees: 20
Main products
On-chip Droplet Selector (From October 2021)
A device that separates droplets at high speed and plates them automatically. One million droplets can be processed in hours. We succeeded in commercializing the world’s first general-purpose device using our unique technology.
On-chip Droplet Generator (From October 2015)
This device creates droplets of uniform size using a microfluidic chip. Since multiple types of channel chips can be used and the pressure can be varied, it is possible to generate optimal droplets according to the target to be confined, such as microorganisms and cells.
Details about this release:
https://prtimes.jp/main/html/rd/p/000000002.000068897.html


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