Related to Fig 5. (A) Schematic of the pSc neuron. Different colors of branch segments were assigned for scoring. Representative images of WT and Dscam1 mutant flies. Scale bar, 50 μm. (B) Quantitative analysis of the total branch number of pSc neurons in WT and Dscam1 mutants. Numbers in parentheses represent the number of pSc neurons observed in each genotype. ns, not significant; *P P P t test, two-tailed). (C) The average branch number of pSc neurons positively correlated with the number of variable exon 4, exon 6, and exon 9. (D) Comparison of phenotype–diversity correlates among variable exon 4, exon 6, and exon 9 clusters were shown. Data used to generate graphs can be found in S1 Data. Dscam1, Down syndrome cell adhesion molecule 1;...
Comparison of Dscam1 phenotype–diversity correlations between our present study (A-C) and previous s...
See also S2 and S3 Figs. (A-C) Survival rates at each development stage in the wild-type and mutants...
Related to Fig 6. (A)DscamSingle6.y-6.y’/Dscamnull and DscamSingle9.z-9.z’/Dscamnull flies reduced D...
See also S7–S9 Figs. (A) Schematic of the axon trajectory of a single MS neuron within the VNC. Bran...
Related to Fig 5. (A, B) Pairwise comparisons (one-way ANOVA with Tukey’s test) of MS lateroanterior...
Related to Fig 5. (A) Average branching patterns of each branch of MS neuron for each genotype. (B) ...
Related to Fig 4. (A) The correlation between the normal MB phenotype rate and variable exon 4. (B) ...
Related to Fig 6. (A-C) Comparison of the various phenotypes (class I-III overlaps (A), MB defects (...
Related to Fig 3. (A) Schematic diagram of class I neurons. Representative images of dendrites self-...
See also S4 Fig. (A) A schematic diagram of the distribution of 4 types of da neurons (colored diamo...
Related to Fig 4. (A) Summary of the different defective phenotypes of MB neurons in Dscam1 mutants....
See also S10 and S11 Figs. (A-E) A comparison of Dscam1 phenotype–diversity correlates between Mu/Mu...
(A) Dscam null, GFP expressing neuron (arrow) underneath the anterior Scutellar (aSc) bristle (“1”) ...
See also S5 and S6 Figs. (A) MB lobe morphology in wild-type and Dscam1 mutant animals was visualize...
See also S12 Fig. (A) The normal phenotype is a sigmoidal function of Dscam1 diversity with various ...
Comparison of Dscam1 phenotype–diversity correlations between our present study (A-C) and previous s...
See also S2 and S3 Figs. (A-C) Survival rates at each development stage in the wild-type and mutants...
Related to Fig 6. (A)DscamSingle6.y-6.y’/Dscamnull and DscamSingle9.z-9.z’/Dscamnull flies reduced D...
See also S7–S9 Figs. (A) Schematic of the axon trajectory of a single MS neuron within the VNC. Bran...
Related to Fig 5. (A, B) Pairwise comparisons (one-way ANOVA with Tukey’s test) of MS lateroanterior...
Related to Fig 5. (A) Average branching patterns of each branch of MS neuron for each genotype. (B) ...
Related to Fig 4. (A) The correlation between the normal MB phenotype rate and variable exon 4. (B) ...
Related to Fig 6. (A-C) Comparison of the various phenotypes (class I-III overlaps (A), MB defects (...
Related to Fig 3. (A) Schematic diagram of class I neurons. Representative images of dendrites self-...
See also S4 Fig. (A) A schematic diagram of the distribution of 4 types of da neurons (colored diamo...
Related to Fig 4. (A) Summary of the different defective phenotypes of MB neurons in Dscam1 mutants....
See also S10 and S11 Figs. (A-E) A comparison of Dscam1 phenotype–diversity correlates between Mu/Mu...
(A) Dscam null, GFP expressing neuron (arrow) underneath the anterior Scutellar (aSc) bristle (“1”) ...
See also S5 and S6 Figs. (A) MB lobe morphology in wild-type and Dscam1 mutant animals was visualize...
See also S12 Fig. (A) The normal phenotype is a sigmoidal function of Dscam1 diversity with various ...
Comparison of Dscam1 phenotype–diversity correlations between our present study (A-C) and previous s...
See also S2 and S3 Figs. (A-C) Survival rates at each development stage in the wild-type and mutants...
Related to Fig 6. (A)DscamSingle6.y-6.y’/Dscamnull and DscamSingle9.z-9.z’/Dscamnull flies reduced D...