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Interpreted as:

title:(Monitoring AND programmed AND cell AND death AND of AND living AND plant AND tissues AND in AND microfluidics AND using AND electrochemical AND and AND optical AND techniques)

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1 Conference paper

Monitoring programmed cell death of living plant tissues in microfluidics using electrochemical and optical techniques

or optically detectable events during PCD in barley aleurone layer, a cell model for living plant tissues, for a better understanding of the underlying mechanisms of PCD in plants. Microfluidic cell culture enables in vitro experiments to approach in vivo conditions. The major advantage of electrochemical

Year: 2013

Language: English

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2 Conference paper

Monitoring programmed cell death of living plant tissues in microfluidics using electrochemical and optical techniques

or optically detectable events during PCD in barley aleurone layer, a cell model for living plant tissues, for a better understanding of the underlying mechanisms of PCD in plants. Microfluidic cell culture enables in vitro experiments to approach in vivo conditions. The major advantage of electrochemical

Year: 2013

Language: English

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3 Conference paper

Monitoring programmed cell death of living plant tissues in microfluidics using electrochemical and optical techniques

This project focuses on developing and applying a tissue culture system with electrochemical and optical detection techniques for tissue culture of barley aleurone layer to increase understanding of the underlying mechanisms of programmed cell death (PCD) in plants. The major advantage

Year: 2014

Language: English

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