Add to ORKGThe target article by Key (2016) examines whether fish have brain structures capable of mediating pain perception and consciousness, functions known to depend on the neocortex in humans. He concludes, as others have concluded (Rose 2002, 2007; Rose et al. 2014), that such functions are impossible for fish brains. This conclusion has been met with hypothetical assertions by others to the effect that functions of pain and consciousness may well be possible through unknown alternate neural processes. Key\u27s argument would be bolstered by consideration of other neurological as well as behavioral evidence, which shows that sharks and ray are fishes that have no nociceptive afferents and that bony fishes, although they have A delta nociceptors, are...
Key’s (2016) target article provides some strong arguments but also makes some logical mistakes. The...
Debate about the possibility of fish pain focuses largely on the fish’s lack of the cortex considere...
Key (2016) affirms that we do not know how the fish brain processes pain but denies — because fish l...
In his target article, Key (2016) reviews the neuroanatomy of human pain and uses what is known abou...
The target article by Sneddon et al. (2018) presents convincing behavioral and pharmacological evide...
Do fish consciously feel pain? Addressing this question, Key (2016) asks whether the neural mechanis...
Some contemporary scientists are using comparative neurobiological data to argue that non-mammalian ...
Only humans can report feeling pain. In contrast, pain in animals is typically inferred on the basis...
Neural and behavioral evidence from diverse species indicates that some forms of pain may be generat...
The structure of Key\u27s (2016) argument that fish do not feel pain is flawed, betraying a fundamen...
Key\u27s (2016) arguments against the view that fish feel pain can be shown to be fallacious by cons...
Key (2016) claims that fish do not feel pain because they lack the neural structures that have a con...
We review studies claiming that fish feel pain and find deficiencies in the methods used for pain id...
Key (2016) claims that fish do not feel pain because they lack the neural structures that have a con...
Key (2016) describes the neural system involved in human pain experience in an excellent fashion but...
Key’s (2016) target article provides some strong arguments but also makes some logical mistakes. The...
Debate about the possibility of fish pain focuses largely on the fish’s lack of the cortex considere...
Key (2016) affirms that we do not know how the fish brain processes pain but denies — because fish l...
In his target article, Key (2016) reviews the neuroanatomy of human pain and uses what is known abou...
The target article by Sneddon et al. (2018) presents convincing behavioral and pharmacological evide...
Do fish consciously feel pain? Addressing this question, Key (2016) asks whether the neural mechanis...
Some contemporary scientists are using comparative neurobiological data to argue that non-mammalian ...
Only humans can report feeling pain. In contrast, pain in animals is typically inferred on the basis...
Neural and behavioral evidence from diverse species indicates that some forms of pain may be generat...
The structure of Key\u27s (2016) argument that fish do not feel pain is flawed, betraying a fundamen...
Key\u27s (2016) arguments against the view that fish feel pain can be shown to be fallacious by cons...
Key (2016) claims that fish do not feel pain because they lack the neural structures that have a con...
We review studies claiming that fish feel pain and find deficiencies in the methods used for pain id...
Key (2016) claims that fish do not feel pain because they lack the neural structures that have a con...
Key (2016) describes the neural system involved in human pain experience in an excellent fashion but...
Key’s (2016) target article provides some strong arguments but also makes some logical mistakes. The...
Debate about the possibility of fish pain focuses largely on the fish’s lack of the cortex considere...
Key (2016) affirms that we do not know how the fish brain processes pain but denies — because fish l...