CYTENA
Edmund Yap has a diverse work experience spanning multiple companies and roles. Edmund most recently worked at BICO as the Managing Director, Director of Sales, Applications & Support Biosciences Asia Pacific. Prior to that, they held the position of Senior Sales Manager Asia Pacific and Sales Manager Asia Pacific at the same company. In 2019, they served as the Managing Director, Director of Sales, Applications & Support Biosciences Asia Pacific at DISPENDIX and CYTENA. From 2016 to 2019, they worked at Essen BioScience and Sartorius Stedim Biotech as Sales South East Asia and Sales South East Asia, Sartorius Bioanalytics respectively. Edmund started their career in 2013 at Biomed Diagnostics Pte Ltd as a Business Manager, where they were responsible for business development and management. Prior to that, they were a self-employed entrepreneur and also worked as a Sales and Marketing Manager at Cover Looks Academy and Studio.
Edmund Yap obtained a Bachelor's Degree in Life Science - Biological Science from the National University of Singapore. Edmund studied at the university from 2011 to 2013. Prior to that, they attended Temasek Polytechnic from 2007 to 2009, where they earned a Diploma Distinction in Biomedical Informatics and Engineering. Edmund also holds a Bsc Degree from the National University of Singapore, although the month and year of obtaining this certification are not specified.
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CYTENA
cytena GmbH has developed a device called cy-Clone to separate single cells. Single cells are required for the development of state-of-the-art drugs, so-called biologicals as well as for the genetic analysis of single cells for cancer and stem cell research. The cy-Clone is supported by an automated imaging process to encapsulate cells indroplets, which are delivered to any type of substrate. Thanks to this particularly gentle delivery method, the cells are able to survive post printing and can either be analyzed thereafter or grown into clonal colonies. To determine clonality, multiple images are recorded during the process. Cross-contamination is avoided by the use of disposable parts.