The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstractHeat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
The miR167-ARF8 Module Integrates HSFA1-HSFA2 and RVE4/8-ERF53/54 Transcriptional Cascades to Enhance Plant Thermotolerance
UncategorizedAbstract Heat stress (HS) is a major environmental factor limiting plant survival and crop productivity, prompting the evolution of adaptive responses driven by transcriptional reprogramming coordinated by Class A1 HS TRANSCRIPTION FACTORS (HSFA1s). Here, we demonstrate that the miR167–AUXIN RESPONSE…
Assistant Professor (Canada Impact+ Emerging Leader) | Department of Molecular and Cellular Biology, University of Guelph
UncategorizedGuelph, Ontario, Canada, The Department of Molecular and Cellular Biology at the University of Guelph invites applications for a tenure-track position at the rank of Assistant Professor through the Canada Impact+ Emerging Leaders program. This prestigious federal initiative provides $100,000 per year…