The Journal of experimental biologyAnimalsLarvaTracheaHydrogen-Ion ConcentrationTranscriptome
Molecular mechanisms underpinning buoyancy control in the aquatic larvae of Chaoborus evolved from tracheal fluid clearing functionality.
Tahnee Ames, Philip G D Matthews, Benjamin J Matthews
Published: 202510.1242/jeb.251113
Abstract
Aquatic larvae belonging to the genus Chaoborus are the only truly pelagic insects, possessing the ability to regulate their buoyancy and position in the water column by using two pairs of closed, air-filled sacs derived from the longitudinal trunks…
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