Figure S1. Three-week-old aah mutants grown on gellan gum medium. Two WAG seedlings grown on half-strength Murashige and Skoog medium containing 0.3% gellan gum were carefully removed to avoid damaging roots, transplanted to new medium and grown for an additional week. (PDF 1951 kb
Figure S5. Vegetative and reproductive development of the tomato mutant necrotic and small leaflets ...
Figure S3. Vegetative and reproductive development of the tomato mutant wiry-like-150 (wl-150). a Ba...
Figure S1. Sugar levels in the leaf blades of wild-type rice and gs1;2 mutant rice. Seedlings were g...
Figure S7. Growth of representative ups1 and ups2 mutants. Plants were grown at 23 °C in soil for ...
Figure S5. Ureide concentrations in the dry seeds of aln and aah mutants. Asterisks denote significa...
Figure S3. All leaves of representative plants for each genotype at 9 WAG. (PDF 7344 kb
Figure S4. Six WAG plants grown nitrogen-sufficient or -deficient conditions. Aseptically grown 2 WA...
Figure S6. Characterization of ups1 and ups2 mutants. (a) Diagram of the T-DNA insertion in AtUPS1 i...
Table S2. Composition of liquid culture media with low (2Â mM) and standard (20Â mM) concentrations ...
Figure S2. Chlorophyll contents of rosette leaves from four WAG plants. Chlorophylls were measured b...
Figure S4. Vegetative development of the tomato mutant Reduced growth of lateral branches (Rgb). a-b...
Table S1. Phenotype inheritance in tomato mutants altered in leaf development. (DOCX 20 kb
Figure S3. Amino acid analysis in the basal portions of shoots supplied with transient NH4+. Seedlin...
Figure S2. Germination of different genotypes (HF-, IBA + Kin-media) and AR density in WT seedlings ...
The tools used for the collection of bleeding sap. Cotton (A), centrifuge tube (B), scissors (C), pl...
Figure S5. Vegetative and reproductive development of the tomato mutant necrotic and small leaflets ...
Figure S3. Vegetative and reproductive development of the tomato mutant wiry-like-150 (wl-150). a Ba...
Figure S1. Sugar levels in the leaf blades of wild-type rice and gs1;2 mutant rice. Seedlings were g...
Figure S7. Growth of representative ups1 and ups2 mutants. Plants were grown at 23 °C in soil for ...
Figure S5. Ureide concentrations in the dry seeds of aln and aah mutants. Asterisks denote significa...
Figure S3. All leaves of representative plants for each genotype at 9 WAG. (PDF 7344 kb
Figure S4. Six WAG plants grown nitrogen-sufficient or -deficient conditions. Aseptically grown 2 WA...
Figure S6. Characterization of ups1 and ups2 mutants. (a) Diagram of the T-DNA insertion in AtUPS1 i...
Table S2. Composition of liquid culture media with low (2Â mM) and standard (20Â mM) concentrations ...
Figure S2. Chlorophyll contents of rosette leaves from four WAG plants. Chlorophylls were measured b...
Figure S4. Vegetative development of the tomato mutant Reduced growth of lateral branches (Rgb). a-b...
Table S1. Phenotype inheritance in tomato mutants altered in leaf development. (DOCX 20 kb
Figure S3. Amino acid analysis in the basal portions of shoots supplied with transient NH4+. Seedlin...
Figure S2. Germination of different genotypes (HF-, IBA + Kin-media) and AR density in WT seedlings ...
The tools used for the collection of bleeding sap. Cotton (A), centrifuge tube (B), scissors (C), pl...
Figure S5. Vegetative and reproductive development of the tomato mutant necrotic and small leaflets ...
Figure S3. Vegetative and reproductive development of the tomato mutant wiry-like-150 (wl-150). a Ba...
Figure S1. Sugar levels in the leaf blades of wild-type rice and gs1;2 mutant rice. Seedlings were g...