The Skeleton: Skull
... • Major markings include the cribriform plate, crista galli, perpendicular plate, nasal conchae, and the ethmoid sinuses Facial Bones • Fourteen bones of which only the mandible and vomer are unpaired • The paired bones are the maxillae, zygomatics, nasals, lacrimals, palatines, and inferior conchae ...
... • Major markings include the cribriform plate, crista galli, perpendicular plate, nasal conchae, and the ethmoid sinuses Facial Bones • Fourteen bones of which only the mandible and vomer are unpaired • The paired bones are the maxillae, zygomatics, nasals, lacrimals, palatines, and inferior conchae ...
Skull - ISpatula
... bones) united at immobile joints called sutures. The connective tissue between the bones is called a sutural ligament Only one moveable bone, the mandible which is united to the skull by the mobile ...
... bones) united at immobile joints called sutures. The connective tissue between the bones is called a sutural ligament Only one moveable bone, the mandible which is united to the skull by the mobile ...
The Skull The Bones of the Skull -
... c. zygomatic d. nasal e. lacrimal f. inferior concha g. palatine h. maxilla --6 Unpaired bones a. frontal b. ethmoid c. occipital d. sphenoid e. vomer f. mandible Sutures of the Skull (where bones of skull are joined by fibrous types of joints syncondroses) --sagittal suture: b/w parietal bones --co ...
... c. zygomatic d. nasal e. lacrimal f. inferior concha g. palatine h. maxilla --6 Unpaired bones a. frontal b. ethmoid c. occipital d. sphenoid e. vomer f. mandible Sutures of the Skull (where bones of skull are joined by fibrous types of joints syncondroses) --sagittal suture: b/w parietal bones --co ...
Basic Anatomy
... fibrous tissue, and only a few small vessels pass through this foramen from the cavity of the skull to the exterior. ...
... fibrous tissue, and only a few small vessels pass through this foramen from the cavity of the skull to the exterior. ...
Skeletal System
... transformed into one or more individual bones in the adult. Dermal bones evolved originally from scales and formed directly as bone in membranes (a.k.a. membrane bone). The “primitive” condition of a skull essentially consists of two “boxes”, one located inside the other. The inner box is the neuro ...
... transformed into one or more individual bones in the adult. Dermal bones evolved originally from scales and formed directly as bone in membranes (a.k.a. membrane bone). The “primitive” condition of a skull essentially consists of two “boxes”, one located inside the other. The inner box is the neuro ...
Inferior View of the Skull
... Inferior View of the Skull: If the mandible is removed, the anterior part will be formed by the hard palate. The palatal processes of the maxillae and the horizontal plates of the palatine bones can be recognized. In the midline anteriorly is the incisive fossa and foramen. Posterolaterally are th ...
... Inferior View of the Skull: If the mandible is removed, the anterior part will be formed by the hard palate. The palatal processes of the maxillae and the horizontal plates of the palatine bones can be recognized. In the midline anteriorly is the incisive fossa and foramen. Posterolaterally are th ...
BIO 218 F 2012 CH 06 Martini Lecture Outline
... 4 major fontanel areas Membranous areas where sutures will eventually form Anterior fontanel (baby’s “soft spot”) Posterior fontanel Sphenoidal fontanels Mastoid fontanels ...
... 4 major fontanel areas Membranous areas where sutures will eventually form Anterior fontanel (baby’s “soft spot”) Posterior fontanel Sphenoidal fontanels Mastoid fontanels ...
BIO 218 F 2012 CH 06 Martini Lecture Outline
... 4 major fontanel areas Membranous areas where sutures will eventually form Anterior fontanel (baby’s “soft spot”) Posterior fontanel Sphenoidal fontanels Mastoid fontanels ...
... 4 major fontanel areas Membranous areas where sutures will eventually form Anterior fontanel (baby’s “soft spot”) Posterior fontanel Sphenoidal fontanels Mastoid fontanels ...
Positioning of the Skull
... an exposure to be obtained. Always remember that a patient is attached to the skull that is being manipulated. Every effort should be made to make the patient's body as comfortable as possible, and positioning aids such as sponges, sandbags, and pillows should be used if needed. Except in cases of s ...
... an exposure to be obtained. Always remember that a patient is attached to the skull that is being manipulated. Every effort should be made to make the patient's body as comfortable as possible, and positioning aids such as sponges, sandbags, and pillows should be used if needed. Except in cases of s ...
SKELETALNEW
... 3. Flat – actually thin or curved more often than flat, ribs, scapula, sternum, and cranium, muscle attachment or protection ...
... 3. Flat – actually thin or curved more often than flat, ribs, scapula, sternum, and cranium, muscle attachment or protection ...
AnatomicalTermsWorksheet
... 13 Functions of the Skeleton - Punctuation Using capital letters, full stops and commas place the correct punctuation marks in the following passage to make it grammatically correct. the human skeleton is made up of two main sections the axial skeleton and the appendicular skeleton the axial skeleto ...
... 13 Functions of the Skeleton - Punctuation Using capital letters, full stops and commas place the correct punctuation marks in the following passage to make it grammatically correct. the human skeleton is made up of two main sections the axial skeleton and the appendicular skeleton the axial skeleto ...
Surgical Anatomy of the Temporal Bone
... root thins out to form the glenoid fossa for the articulation of the head of the mandible then thickens again to form the anterior zygomatic tubercle. The zygomatic process then thins out and flattens as it separates from the squamous bone and ends by articulation with the zygomatic bone. Posterior ...
... root thins out to form the glenoid fossa for the articulation of the head of the mandible then thickens again to form the anterior zygomatic tubercle. The zygomatic process then thins out and flattens as it separates from the squamous bone and ends by articulation with the zygomatic bone. Posterior ...
Study and Removal of the Frog`s Brain
... this is the cerebrum (B), and it is the frog¹s thinking center. The cerebrum is the part of the brain that helps the frog respond to its environment. Posterior to the cerebrum are the optic lobes (C), which function in vision. The ridge just behind the optic lobes is the cerebellum (D), it is used t ...
... this is the cerebrum (B), and it is the frog¹s thinking center. The cerebrum is the part of the brain that helps the frog respond to its environment. Posterior to the cerebrum are the optic lobes (C), which function in vision. The ridge just behind the optic lobes is the cerebellum (D), it is used t ...
Lab 1 Introduction to the Vertebrate Skeleton
... to fit as many together as possible to examine how the joints fit. As you work, try to identify the following bones and structures. Familiarize yourself as much as possible with the terms because they will be used throughout the class. It is often helpful to learn the names of bones of the limbs in ...
... to fit as many together as possible to examine how the joints fit. As you work, try to identify the following bones and structures. Familiarize yourself as much as possible with the terms because they will be used throughout the class. It is often helpful to learn the names of bones of the limbs in ...
Chapter 7 Student Guide
... B. Except for the mandible, which is joined to the skull by a movable joint, most skull bones are flat bones joined by interlocking joints called sutures (p. 201). C. Overview of Skull Geography (pp. 201–202) 1. The anterior aspect of the skull is formed by facial bones, and the remainder is formed ...
... B. Except for the mandible, which is joined to the skull by a movable joint, most skull bones are flat bones joined by interlocking joints called sutures (p. 201). C. Overview of Skull Geography (pp. 201–202) 1. The anterior aspect of the skull is formed by facial bones, and the remainder is formed ...
chapter 8 A and P 2017
... - anterior end (of most) attached to sternum by costal cartilage - head, neck, tubercle, shaft, superior & inferior articular facet tubercle – attachment to transverse costal facet superior articular facet – joins inf costal facet of above vertebrate inferior articular facet – joins sup costal facet ...
... - anterior end (of most) attached to sternum by costal cartilage - head, neck, tubercle, shaft, superior & inferior articular facet tubercle – attachment to transverse costal facet superior articular facet – joins inf costal facet of above vertebrate inferior articular facet – joins sup costal facet ...
Slide 1
... Posteriorly its upper margin is flattened to form two alae, which articulate with the inferior surface of the body of the sphenoid bone. ...
... Posteriorly its upper margin is flattened to form two alae, which articulate with the inferior surface of the body of the sphenoid bone. ...
Bones of the Skull
... forms part of the nasal septum and the lateral walls & roof of the nasal cavity; contributes to the medial wall of the ...
... forms part of the nasal septum and the lateral walls & roof of the nasal cavity; contributes to the medial wall of the ...
Document
... connected by fontanels • Fontanels • Unossified remnants of fibrous membranes between fetal skull bones • The four fontanels are anterior, posterior, mastoid, and sphenoid ...
... connected by fontanels • Fontanels • Unossified remnants of fibrous membranes between fetal skull bones • The four fontanels are anterior, posterior, mastoid, and sphenoid ...
Axial Skeleton Skull
... a canal that leads to the eardrum and the middle ear. • The styloid process, a sharp, needlelike projection, is just inferior to the external auditory meatus. Many neck muscles use the styloid process as an attachment point. • The zygomatic (zigo-matik) process is a thin bridge of bone that joins ...
... a canal that leads to the eardrum and the middle ear. • The styloid process, a sharp, needlelike projection, is just inferior to the external auditory meatus. Many neck muscles use the styloid process as an attachment point. • The zygomatic (zigo-matik) process is a thin bridge of bone that joins ...
The Combined Subtemporal - Transfacial Approach Supplemental
... (Fig 1b). Care must be taken when elevating over the zygoma not to damage the frontal ...
... (Fig 1b). Care must be taken when elevating over the zygoma not to damage the frontal ...
Skull
This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918)The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The skull forms the anterior most portion of the skeleton and is a product of encephalization, housing the brain, many sensory structures (eyes, ears, nasal cavity), and the feeding system. Functions of the skull include protection of the brain, fixing the distance between the eyes to allow stereoscopic vision, and fixing the position of the ears to help the brain use auditory cues to judge direction and distance of sounds. In some animals, the skull also has a defensive function (e.g. horned ungulates); the frontal bone is where horns are mounted. The English word ""skull"" is probably derived from Old Norse ""skalli"" meaning bald, while the Latin word cranium comes from the Greek root κρανίον (kranion).The skull is made of a number of fused flat bones.