Involvement of auxin and homeodomain-leucine zipper I gene in rhizoid development of the moss Physcomitrella patens

Keyphrases

• Rhizoid 100%
• Mannan-oligosaccharide 100%
• Physcomitrella Patens 100%
• Auxin 100%
• Homeodomain-leucine Zipper 100%
• Epidermal Cells 30%
• Gene Targeting 10%
• Cell Fate 10%
• Epidermis 10%
• Land Plants 10%
• Bryophytes 10%
• Vascular Plants 10%
• Water Absorption 10%
• Chloroplast 10%
• Developmental Pattern 10%
• Green Algae 10%
• Root Hair 10%
• Nutrient Absorption 10%
• Initial Cell 10%
• Pigmentation 10%
• Disruptant 10%
• Pteridophytes 10%
• Epidermal Cell Differentiation 10%

Biochemistry, Genetics and Molecular Biology

• Leucine Zipper 100%
• Homeodomain 100%
• Physcomitrella patens 100%
• Gene Targeting 33%
• Cellular Differentiation 33%
• Cell Fate 33%
• Absorption 33%
• Chloroplast 33%
• Pigmentation 33%
• Vascular Plant 33%
• Green Alga 33%
• Moss 33%

Agricultural and Biological Sciences

• Rhizoid 100%
• Physcomitrella patens 100%
• Leucine Zipper 100%
• Auxin 100%
• Bryophyte 10%
• Chloroplast 10%
• Cell Differentiation 10%
• Pigmentation 10%
• Chlorophyta 10%
• Vascular Plant 10%
• Gene Targeting 10%
• Gene Delivery 10%
• Root Hair 10%