E E _ L a b
LIVE AND WHOLE-ORGANISM CLEARED
TRANSGENICS AND GENOME EDITING
CEPHALOPOD GENETIC LINES
GENOMES, STAGES, STRUCTURES, CELLS
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←Functional limits of squid hatchling jet propulsion are tested by modifying sea water viscosity - highlighting cephalopod egg size evolution and loss of spiral cleavage.
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←Octopus laqueus is shown to be socially tolerant in lab and den sharing is modeled.
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←We are developing larval culturing systems for pygmy squid hatchlings in order to close the lifecycle in lab and establish breeding colonies and genetic lines.
→Octopus bimaculoides embryos culture well in lab and genome editing can be explored given the published genome, a project Eric was a part of as a postdoc.
→Octopus LPSO is the sister species to the pygmy octopus Octopus chierchiae. It is unique in forming mate-pair bonds and the two offer a comparator system for understanding social behavior.
→Octopus laqueus is socially tolerant in group culture and easy to care for. Animals kept in an open group tank mated and produced embryos that hatched out in our lab.
→Embryos begin rotating after epiboly during morphogenesis. This poses a live imaging challenge we are workking to solve.
→Pygmy squid embryos and hatchlings are as small and transparent as zebrfish embryos, making them ideal for live imaging.
→We and our collaborators are able to easily collect, pack, and ship pygmy squid from around the world.
→MONITORING BEHAVIOR
←JOURNAL CLUB
←CEPHALOPOD DIVERSITY
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