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The spatiotemporal and genetic architecture of extraoral taste buds in Astyanax cavefish
D Berning, H Heerema, JB Gross - Communications Biology, 2024 - nature.com
Intense environmental pressures can yield both regressive and constructive traits through
complex evolutionary mechanisms. Although regression is well-studied, the biological bases …
complex evolutionary mechanisms. Although regression is well-studied, the biological bases …
Evolutionary modifications of Astyanax larval prey capture (LPC) in a dark environment
Feeding strategies of an organism depend on the multimodal sensory processing that most
efficiently integrates available visual, chemosensory, and/or mechanoreceptive cues as part …
efficiently integrates available visual, chemosensory, and/or mechanoreceptive cues as part …
[PDF][PDF] Cavefish dorsoventral axis angle during wall swimming: laterality asymmetry
J Espinasa, L Espinasa - Subterranean Biology, 2024 - subtbiol.pensoft.net
The Astyanax fish exhibits two morphs: an eyed, pigmented surface morph and an eyeless,
depigmented cave morph. Previous studies have shown that blind morphs swim nearly …
depigmented cave morph. Previous studies have shown that blind morphs swim nearly …
Blind cavefish evolved higher foraging responses to chemo-and mechanostimuli
In nature, animals must navigate to forage according to their sensory inputs. Different
species use different sensory modalities to locate food efficiently. For teleosts, food emits …
species use different sensory modalities to locate food efficiently. For teleosts, food emits …
[HTML][HTML] Navigation in the dark: early behavioural adaptation of Europe's only native cave fish
Highlights•Cave loaches showed less open field avoidance in darkness than epigean
loaches.•Cave loaches showed most consistent lateralization of exploration in Y-maze …
loaches.•Cave loaches showed most consistent lateralization of exploration in Y-maze …
Thalamic neurons drive distinct forms of motor asymmetry that are conserved in teleost and dependent on visual evolution
Brain laterality is a prominent feature in Bilateria, where neural functions are favored in a
single brain hemisphere. These hemispheric specializations are thought to improve …
single brain hemisphere. These hemispheric specializations are thought to improve …
Blind cavefish evolved food-searching behavior without changing sensory modality compared with sighted conspecies in the dark
In nature, animals must navigate to forage according to their sensory inputs. Different
species use different sensory modalities to locate food efficiently. For teleosts, food emits …
species use different sensory modalities to locate food efficiently. For teleosts, food emits …
[การอ้างอิง][C] The spatiotemporal and genetic architecture of extraoral taste buds in
D Berning, H Heerema, JB Gross