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7 results for “venom delivery systems”
Figure 7 in The evolution of venom-delivery systems in snakes
Figure 7. Most parsimonious reconstructions of the evolution of fang character states, with characters ordered, in the context of the phylogenies of (A) Cadle (1988) and (B) Kraus & Brown (1998). The Kraus & Brown tree is an example of just one of seven equally parsimonious reconstructions. U, ungrooved; G, grooved; and T, tubular.
Figure 6 in The evolution of venom-delivery systems in snakes
Figure 6. Most parsimonious recontruction of the evolution of the position of attachment of the pterygoideus within the context of the hypotheses of (A) Cadle (1988) and (B) Kraus & Brown (1998). A, anterior attachment near the posterior maxillary teeth, on the posterior end of the maxilla; P, anterior attachment on the ectopterygoid (i.e. posterior).
Figure 4 in The evolution of venom-delivery systems in snakes
Figure 4. Most parsimonious reconstruction of the evolution of venom glands and Duvernoy's glands in the context of (A) Cadle's (1988) and (B) Kraus & Brown's (1998) phylogeny. X, Duvernoy's gland and venom gland absent; D, Duvernoy's gland present; VV, venom gland of viperid type present; VE, venom gland of elapid type present; VA, venom gland of atractaspidid type present.
Figure 2 in The evolution of venom-delivery systems in snakes
Figure 2. Relationships among colubroid snakes proposed by Cadle (1988).
Figure 3 in The evolution of venom-delivery systems in snakes
Figure 3. Relationships among colubroid snakes proposed by Kraus & Brown (1998).
Figure 1 in The evolution of venom-delivery systems in snakes
Figure 1. Phylogenetic relationships among living snakes (Pough et al., 2001).
Figure 5 in The evolution of venom-delivery systems in snakes
Figure 5. Head muscles of (A) Python regius (modified from Phisalix, 1922), showing an unspecialized pattern of external adductor muscles; (B) the viperid, Vipera aspis (modified from Phisalix, 1922); (C) the elapid, Elapsoidea sundevalli (modified from McDowell, 1968), and (D) the atractaspidid, Atractaspis dahomeyensis (modified from Underwood & Kochva, 1993). The adductor externus muscles are shown in colour: red, AES and derived fibres; yellow, AEM and derived fibres; blue, AEP and derived fibres. Snakes not drawn to the same scale.
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