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and (iii) a more general immune response against low-temperature tolerant bacteria. InnovativelyType
AFPs can no longer ‘hold’ ice crystals and explosive growth follows
the actual contribution of these proteins to freeze survival has not been established. We are now the first to do this by producing genetically-engineered brome grass with the AFPs ‘knocked down’. We must optimize this system in order to more fully explore the importance of these proteins. Our research suggests that AFPs from freeze-tolerant grasses (f-tAFPs) contribute to a complex web of low temperature × Unknown
1 grants totalling $0
an insect and bacteria from an Arctic community.
1 grants totalling $0
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an insect and bacteria from an Arctic community. →
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the actual contribution of these proteins to freeze survival has not been established. We are now the first to do this by producing genetically-engineered brome grass with the AFPs ‘knocked down’. We must optimize this system in order to more fully explore the importance of these proteins. Our research suggests that AFPs from freeze-tolerant grasses (f-tAFPs) contribute to a complex web of low temperature →