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  2. Foraminifera - The World Foraminifera Database - WoRMS

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    The suborder Scorpaenoidei is, therefore, an excellent model system for better understanding the functional and evolutionary morphology of the pectoral free rays. Until recently, the phylogenetic classification of the scorpaeniform fishes has been โ€œin an advanced state of confusionโ€ (Gosline, 1973 ).
    Further comparative genomic analysis predicted an expansion of sntx -like genes in the Percomorpha lineage including nonvenomous fishes, but Scorpaenoidei species experienced extra independent sntx duplication events, marking the clear-cut origin of authentic toxic stonustoxins.
    Scorpaenoid fishes are capable of complex movements with their pectoral fins and free pectoral rays. These movements are involved in a variety of specialized substrate-oriented behaviors. The suborder Scorpaenoidei is, therefore, an excellent model system for better understanding the functional and evolutionary morphology of the pectoral free rays.
    The free rays of scorpaenoid fishes are specialized ventral pectoral fin rays. This determination is based on what we know about their developmental origin, and from a continuum of morphological variation that is seen in ventral pectoral fin rays across scorpaenoid and cottoid fishes.
  4. The comparative morphology of the musculature controlling the โ€ฆ

  5. Scorpaenoidei articles - Encyclopedia of Life

  6. Molluscabase

  7. A Chromosome-Level Genome Assembly of the Reef Stonefish

  8. A Chromosome-Level Genome Assembly of the Reef Stonefish โ€ฆ

  9. Parasitological and molecular identification of cestode โ€ฆ

  10. Eschmeyeridae Mandrytsa, 2001 - WoRMS - World Register of โ€ฆ

  11. (PDF) Parasitological and molecular identification of cestode ...