What do all deuterostomes have incommon? Embryos have pharyngeal pouches that ma

Question

What do all deuterostomes have incommon? Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. What do all deuterostomes have incommon? Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical. Embryos have pharyngeal pouches that may or maynot form gill slits. All have specialized head and tailregions. The pore formed during gastrulation becomes theanus. All have a spinal column. Adults are bilaterally symmetrical.

Explanation / Answer

The answer is C: The pore formed during gastrulation becomes the anus. This distinguishes this family from the others

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