Fish brains and behaviour indicate capacity for feeling pain
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Fish lack the brains and the psychology for pain Commentary on Key on Fish Pain
Debate about the possibility of fish pain focuses largely on the fish’s lack of the cortex considered necessary for generating pain. That view is appealing because it avoids relatively abstract debate about the nature of pain experience and subjectivity. Unfortunately, however, that debate cannot be entirely avoided. Subcortical circuits in the fish might support an immediate, raw, “pain” exper...
متن کاملAnimal Sentience 2016.X: Commentary on Key on Fish Pain Fish lack the brains and the psychology for pain Commentary on Key on Fish Pain
Debate about the possibility of fish pain focuses largely on the fish’s lack of the cortex considered necessary for generating pain. That view is appealing because it avoids relatively abstract debate about the nature of pain experience and subjectivity. Unfortunately, however, that debate cannot be entirely avoided. Subcortical circuits in the fish might support an immediate, raw, “pain” exper...
متن کاملBehaviour and Bee Brains
The question of whether there are links between our genetic makeup and the way we behave has long puzzled humans. With the publication of the human genome we may finally be on the verge of answering this tantalising question. Some scientists hope ultimately to be able to predict behaviour by simply looking at our genetic makeup. Unfortunately, humans are probably too complex to begin answering ...
متن کاملinfant and pain feeling
extractthere are some hypothesis that the children do not feel pain. these assumptions are based on circumstantial and theoretical evidence. this theory believes that children, especially infants are not able to understand the pain because their nervous system is immature. however, these assumptions are acceptable for all of people except about children. there is evidence that children continuo...
متن کاملFish brains: evolution and environmental relationships
page 373 Fish brains re ̄ect an enormous evolutionary radiation 374 Based on morphology: how conclusions on sensory orientation are reached 376 Structure of ®sh brains 378 Large-scale evolutionary patterns of ®sh brains 384 Functional diversi®cation 386 Cyprinidae Gadidae Flat®shes Cichlidae and other modern perciforms How environments shape brains: turbidity, benthos and the pelagic realms 393 ...
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ژورنال
عنوان ژورنال: Animal Sentience
سال: 2016
ISSN: 2377-7478
DOI: 10.51291/2377-7478.1031