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Figure 3: Protein Alignment of Canonical and ΔEx2Ex3 Dmrt1 Transcripts in Chrysemys Picta and Isoforms From Selected Vertebrates.
doi 10.7717/peerj.8639/fig-3
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Table 3: Ratio of Chrysemys Picta’s Dmrt1 Transcripts (Canonical/ΔEx2Ex3) at the Embryonic Stages Studied.
Figure 1: Alternative Splicing of Dmrt1 in Chrysemys Picta Turtles Discovered in the Present Study.
Figure 2: Transcription of Dmrt1 Spliceoforms During Embryonic Development of Chrysemys Picta Turtles.
Supplemental Information 6: Full Alignment of Dmrt1 Isoforms of Vertebrates Mentioned in Table 2
Alternative Splicing and Thermosensitive Expression of Dmrt1 During Urogenital Development in the Painted Turtle, Chrysemys Picta
PeerJ
Genetics
Molecular Biology
Biochemistry
Biological Sciences
Medicine
Agricultural
Neuroscience
Table 2: Number of Dmrt1 Isoforms Reported to Date in Vertebrates.
Supplemental Information 2: (A) RNA-seq Analysis Workflowused to Quantify Dmrt1 Expression in Chrysemys Picta (B) Junction Analysis Workflow
Figure 4: Transcriptional Patterns of Dmrt1 During Embryonic Development of Selected Vertebrates With Different Sex-Determining Mechanisms.
Sex-Biased Seasonal Capture Rates in Painted Turtle (Chrysemys Picta)
Canadian Field-Naturalist
Evolution
Ecology
Systematics
Behavior
