Differences

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--- cyp302page [2025/07/25 06:10] – external edit 127.0.0.1
+++ cyp302page [2025/12/26 15:31] (current) – renefeyereisen
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 This suggests that if the loss of CYP302A1 in //[[Strigamia|Strigamia maritima]]// can be confirmed, this loss is not common to all Chilopoda. Geophilomorpha diverged from the other two lineages about 375 MYA (Fernandez et al., 2018). (there is a CYP302 transcript of Strigamia maritima (in SRR5602569) but this could not be assigned to the genome and is in fact a //[[Centruroides|Centruroides sculpturatus]]// contaminant.)
-In millipedes, the other major branch of Myriapoda, while //Helicorthomorpha holstii// and //Trigoniulus corallinus// each have one CYP302 gene, there are two CYP302 genes in //[[Chamberlinius|Chamberlinius hualienensis]]// where a further duplication has led to a third gene called CYP3197A1 which is divergent but closely related to the other two CYP302.
+In millipedes, the other major branch of Myriapoda, while //Helicorthomorpha holstii// and //Trigoniulus corallinus// each have one CYP302 gene, there are three CYP302 genes in //[[Chamberlinius|Chamberlinius hualienensis]]// where a further duplication has led to a fourth gene called CYP3197A1 which is divergent but closely related to the other two CYP302.
 Transcripts for CYP302A1 are also found in //Haploglomeris multistriata// (Pentazonia, order Glomerida ), in //Polyzonium germanicum// (Helminthomorpha, order Polyzoniida) and in //Polyxenus lagurus// (Penicillata, order Polyxenida).