Difference between Vertebrate and Craniate

VERTEBRATE vs CRANIATE: NOUN

Animals having a bony or cartilaginous skeleton with a segmented spinal column and a large brain enclosed in a skull or cranium
One of the Vertebrata.
A vertebrated animal; any member of the Vertebrata, or, more broadly, of the Chordata: as, ascidians are supposed to be vertebrates.
An animal having a backbone.
Any of numerous chordate animals of the subphylum Vertebrata, characterized by a segmented spinal column and a distinct well-differentiated head. The vertebrates include the fishes, amphibians, reptiles, birds, and mammals.

Animals having a bony or cartilaginous skeleton with a segmented spinal column and a large brain enclosed in a skull or cranium
Any of numerous animals having a cranium of bone or cartilage, including all vertebrates and the hagfishes.
Any member of the clade Craniata bearing bony skulls.

Having a backbone or spinal column
Of or characteristic of vertebrates or a vertebrate.
Contracted at intervals, so as to resemble the spine in animals.
Having movable joints resembling vertebræ; -- said of the arms of ophiurans.
Of or pertaining to the Vertebrata; -- used only in the form vertebrate.
Having a backbone.
Having a backbone, or vertebral column, containing the spinal marrow, as man, quadrupeds, birds, amphibia, and fishes.

To make a vertebrate of; give a backbone to; hence, figuratively, to give firmness or resolution to.
Having vertebræ; characterized by the possession of a spinal column; backboned; in a wider sense, having a notochord, or chorda dorsalis; chordate; specifically, of or pertaining to the Vertebrata. Also vertebrated, and (rarely) vertebral.
Same as vertebral: as, a vertebrate theory of the skull.
In botany, contracted at intervals, like the vertebral column of animals, there being an articulation at each contraction, as in some leaves.

Hominid, Monotreme, Embryological, Unicellular, Hominoid, Multicellular, Eukaryote, Chordate, Tetrapod, Arthropod, Invertebrate, Mammalian, Spinal, Spine, Craniate

Appendicular skeleton, Epibranchial, Ceratobranchial, Sphenethmoid, Parachordal, Parasphenoid, Pectoral girdle, Hyomandibular, Septomaxillary, Epicoracoid, Surangular, Ossean, Suspensorium, Hyostylic, Vertebrate

Hominid, Monotreme, Embryological, Unicellular, Hominoid, Multicellular, Eukaryote, Chordate, Tetrapod, Arthropod, Invertebrate, Mammalian, Spinal, Spine, Craniate

Appendicular skeleton, Epibranchial, Ceratobranchial, Sphenethmoid, Parachordal, Parasphenoid, Pectoral girdle, Hyomandibular, Septomaxillary, Epicoracoid, Surangular, Ossean, Suspensorium, Hyostylic, Vertebrate

Seed treated with substance harmful to vertebrate animals; color; label information; description of treated seed not harmful to vertebrate animals.
The Museum of Vertebrate Zoology at Berkeley Why Give to the Museum of Vertebrate Zoology?.
Yet other species develop into some form of ) in a vertebrate intermediate host, then complete development into adults in a vertebrate definitive host.
Jim has a degree in natural resource management, a masters in vertebrate population dynamics and a PhD in vertebrate pest control.
Explores vertebrate diversity and the unique adaptive modifications of the vertebrate body plan, with an emphasis on the species of the Pacific Northwest.
George taught courses in general zoology and biology, comparative vertebrate anatomy, vertebrate paleontology, human anatomy, and human physiology.
Biodiversity, Vertebrate Paleontology, Endocrinology, which its members can achieve their full potential through Vertebrate Pest Control, Apiculture, Aquaculture, Fisheries, experimental manipulation
Courses in vertebrate embryology, genetics, cell physiology, or comparative vertebrate anatomy can also satisfy the biology requirement.
COMPARATIVE VERTEBRATE ANATOMYThe evolution of vertebrate organ systems with emphasis on phylogeny and morphology.
Main content: Vertebrate animals Other contents: Vertebrate Kingdom, classification.

The inner ear of craniate vertebrates is a system ranging from one to three interconnected tubes communicating with a corresponding number of recesses.
Explain what Haikouella and Haikouichthys tell us about craniate evolution.
Cambrian chordate, first to bear a skull; archaetypical craniate.