yes
All Chordates have:1) a notochord2) pharyngeal slits3) a postanal tail4) a hollow dorsal nerve chordRead more: What_are_the_four_characteristics_of_a_chordate
all chordates have notochord, gill slits, postanal tail, and nerve chord.
a hollow nerve cord, a notochord, pharyngeal pouches, and a postanal tail
At some point in all chordates' lives, they have a notochord, a nerve chord, gill slits and a tail. Some chordates are more complex though.
for plato users the answer is B. notochrd, nerve cord, pharyngeal gill slits, postanal tail
Notochord, Postanal Tail, Pharyngeal Slits, Dorsal hollow nerve cord
The postanal tail in chordates serves various functions, including aiding in swimming and balance, providing propulsion, and assisting in movement and maneuvering in the water. It is one of the defining features of chordates, along with the notochord, dorsal nerve cord, and pharyngeal slits.
yes they do
Yes, snakes are chordates. They have postanal tails, pharyngeal gills or slits, a notochord that allows for muscle support and attachment, and a dorsal, hollow nerve tail that leads to a distinct brain.
All chordates possess four key features at some stage of their development: a notochord, pharyngeal pouches (or slits), a postanal tail, and a dorsal hollow nerve cord. These characteristics are evident in varying forms across different chordate groups, from fish to mammals. The notochord provides structural support, while pharyngeal pouches can develop into gill structures in aquatic species or contribute to various anatomical features in terrestrial species. The postanal tail aids in movement and balance, and the dorsal hollow nerve cord is crucial for nervous system development.
Chordates are animals in phylum Chordata, like reptiles, mammals, and birds. They have postanal tails, pharyngeal gills or slits, a notochord that allows for muscle support and attachment, and a dorsal, hollow nerve tail.
Yes, mammals are chordates. They have postanal tails at one point in development, pharyngeal gills or slits, notochords which allow for muscle support and attachment, and a dorsal, hollow nerve tail that leads to a distinct brain.