Successfully identify and separate protoplast classes with varying chlorophyll levels, which is key for enriching different cell types that exist in plant leaves.
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Hi there,

 

I'm following up on last week's email regarding the WOLF G2 Cell Sorter and its applications in Plant Research.

 

You might be a bit skeptical, especially if you've never heard of us before, so I wanted to share an application note on how the WOLF has been used to isolate and enrich protoplasts. In this note, the WOLF Cell Sorter was used to enrich plant protoplasts up to 50 µm in diameter and keep them intact and viable post sort. In addition, the WOLF was able to successfully identify and separate protoplast classes with varying chlorophyll levels, which is key for enriching different cell types that exist in plant leaves.

 

APN-0.35 Figure Plant Protoplast sorting strategy

Would you like to to discuss how affordable cell sorting can fit in with your current workflow? Is there anyone else I should send this information to?  

 

I look forward to hearing from you if this sounds helpful!

Sincerely,

 

Olivier Déry, PhD.
Director of Marketing
olivier.dery@nanocellect.com 

NanoCellect Biomedical Inc., 9525 Towne Centre Dr #150, San Diego, California 92121, United States, 877-745-7678

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