Skeletal System Notes
... Cranium = top portion of the skull which protects the brain Vertebral column = vertebrae that collectively form the flexible spine Scapula = flat, triangular bone at the back of the shoulder, also called shoulder blade Sternum = long flat bone in the middle of the upper chest; chest bone Clavicle = ...
... Cranium = top portion of the skull which protects the brain Vertebral column = vertebrae that collectively form the flexible spine Scapula = flat, triangular bone at the back of the shoulder, also called shoulder blade Sternum = long flat bone in the middle of the upper chest; chest bone Clavicle = ...
Appendicular Skeleton
... – Lateral longitudinal – Medial longitudinal – Transverse Developmental Aspects: Fetal Skull ...
... – Lateral longitudinal – Medial longitudinal – Transverse Developmental Aspects: Fetal Skull ...
213: HUMAN FUNCTIONAL ANATOMY: PRACTICAL CLASS 8 The
... of as having two major parts: The brain case enclosing and protecting the brain, and the facial skeleton. You will notice that, while the brain case is composed of fairly strong and thick bone, the parts of the facial skeleton are paper thin. For this reason great care must be taken when handling th ...
... of as having two major parts: The brain case enclosing and protecting the brain, and the facial skeleton. You will notice that, while the brain case is composed of fairly strong and thick bone, the parts of the facial skeleton are paper thin. For this reason great care must be taken when handling th ...
27: Protection and Support of the Central Nervous System
... Provides a filtration barrier to protect the brain: prevents large molecules from ...
... Provides a filtration barrier to protect the brain: prevents large molecules from ...
anatomy1quiz121810
... 6. Palmer metacarpal ligaments, metacarpal bones and deep transverse metacarpals can be found in the: Skull. Foot. Rib cage. Hand. 7. The first cervical vertebra is called the atlas, which of the following is one of the other five cervical vertebras? Follux Duodenum Coccyx Vertebrae C2. 8. The "tra ...
... 6. Palmer metacarpal ligaments, metacarpal bones and deep transverse metacarpals can be found in the: Skull. Foot. Rib cage. Hand. 7. The first cervical vertebra is called the atlas, which of the following is one of the other five cervical vertebras? Follux Duodenum Coccyx Vertebrae C2. 8. The "tra ...
Axial Skeleton
... 6.Vomer- Single bone along the midline within the nasal cavity. Meets with the ethmoid bone to form the nasal septum, which divides the nasal cavity in half. 7.Inferior Nasal Concha- Two thin scrolllike bones attached to the lateral walls of the nasal cavity. Forms shelves which air is chann ...
... 6.Vomer- Single bone along the midline within the nasal cavity. Meets with the ethmoid bone to form the nasal septum, which divides the nasal cavity in half. 7.Inferior Nasal Concha- Two thin scrolllike bones attached to the lateral walls of the nasal cavity. Forms shelves which air is chann ...
Lecture 11: Development of head and face. Palate. Skull.
... Nasal cavities − the nasal pits invaginate and become surrounded by the proliferating nasal primonences in week 6 − the nasal pits are separated from the primitive oral cavity by the oronasal membrane − the oronasal membrane breaks down and thus the primitive choanae originate as the communications ...
... Nasal cavities − the nasal pits invaginate and become surrounded by the proliferating nasal primonences in week 6 − the nasal pits are separated from the primitive oral cavity by the oronasal membrane − the oronasal membrane breaks down and thus the primitive choanae originate as the communications ...
exc 4360 anatomy and physiology
... pharyngoglossus muscle makes up the ____________________________ in the posterior oral cavity. 8. For nasal consonants, the velum is RAISED/LOWERED. 9. The three structures forming the nasal septum include septal cartilage, the _____________________ plate of the _______________ bone, and the _______ ...
... pharyngoglossus muscle makes up the ____________________________ in the posterior oral cavity. 8. For nasal consonants, the velum is RAISED/LOWERED. 9. The three structures forming the nasal septum include septal cartilage, the _____________________ plate of the _______________ bone, and the _______ ...
File - Mrs. Sanborn`s Science Class
... (purple). • Temporal bone(2)-beneath the parietal bones on each side of the skull. Articulates with the mandible and houses the external/internal ear (red). • Sphenoid bone(1)-Wedged between several other bones in the anterior portion of the cranium(rose). • Ethmoid bone(1)-front of the sphenoid bon ...
... (purple). • Temporal bone(2)-beneath the parietal bones on each side of the skull. Articulates with the mandible and houses the external/internal ear (red). • Sphenoid bone(1)-Wedged between several other bones in the anterior portion of the cranium(rose). • Ethmoid bone(1)-front of the sphenoid bon ...
Anatomy of Skeletal System
... Fossa: shallow depression – eg a socket into which another bone articulates Sinus: internal cavity in a bone Condyle: rounded bump that articulates with another bone Tuberosity: large rough bump – point of attachment for muscle Spine: sharp slender process Skull most complex part of the skeleton con ...
... Fossa: shallow depression – eg a socket into which another bone articulates Sinus: internal cavity in a bone Condyle: rounded bump that articulates with another bone Tuberosity: large rough bump – point of attachment for muscle Spine: sharp slender process Skull most complex part of the skeleton con ...
Biology 152 – Axial Skeleton Anatomy Objectives
... SKULL BONES – learn their names and positions first ethmoid roof of nose and medial orbits frontal forehead inferior nasal conchae lateral to vomer; inferior in nasal cavity middle nasal conchae lateral to perpendicular plate; middle of the nasal cavity lacrimals with tear glands/ducts mandible lowe ...
... SKULL BONES – learn their names and positions first ethmoid roof of nose and medial orbits frontal forehead inferior nasal conchae lateral to vomer; inferior in nasal cavity middle nasal conchae lateral to perpendicular plate; middle of the nasal cavity lacrimals with tear glands/ducts mandible lowe ...
Orthopaedic Word Find
... 8. An avulsion fracture at the base of the 5 metatarsal is a common injury following forced INVERSION of the foot and ankle. 9. Tears of the ANTERIOR CURCIATE ligament are most commonly a result of rapid deceleration combined with a sudden sharp change of direction. Women are more prone to such inju ...
... 8. An avulsion fracture at the base of the 5 metatarsal is a common injury following forced INVERSION of the foot and ankle. 9. Tears of the ANTERIOR CURCIATE ligament are most commonly a result of rapid deceleration combined with a sudden sharp change of direction. Women are more prone to such inju ...
Bones of the Upper Limbs
... AKA the “shoulder blade” Has a triangular shape is are commonly referred to as “wings” Has a flat body with 2 important processes: – 1. acromion – the enlarged end that connects with the clavicle – 2. the coracoid – a beaklike structure that points over the top of the humerus. ...
... AKA the “shoulder blade” Has a triangular shape is are commonly referred to as “wings” Has a flat body with 2 important processes: – 1. acromion – the enlarged end that connects with the clavicle – 2. the coracoid – a beaklike structure that points over the top of the humerus. ...
Day 8 The Lower Extremities
... • articulate with each other anteriorly and with the sacrum posteriorly • fusion of 3 separate bones: ilium (broad flaring upper portion), ischium (lower posterior portion) and pubis (most anterior and forms half of the pubic arch) • also observe the iliac crest (where you rest your hands when you p ...
... • articulate with each other anteriorly and with the sacrum posteriorly • fusion of 3 separate bones: ilium (broad flaring upper portion), ischium (lower posterior portion) and pubis (most anterior and forms half of the pubic arch) • also observe the iliac crest (where you rest your hands when you p ...
Study Guide for Lab Quiz #2 Below is the material that could be
... Study Guide for Lab Quiz #2 Below is the material that could be covered on Lab Quiz #2 and was not already listed on the Study Guide for Lab Quiz #1 (which is still available as file 2014_10_16_lab_quiz_study_guide.pdf in the handouts folder of the Files page of the course website). ...
... Study Guide for Lab Quiz #2 Below is the material that could be covered on Lab Quiz #2 and was not already listed on the Study Guide for Lab Quiz #1 (which is still available as file 2014_10_16_lab_quiz_study_guide.pdf in the handouts folder of the Files page of the course website). ...
Bones and bone markings list
... of the body - Mandibular condyle - Coronoid process - Mandibular notch - Mental foramina - Mandibular foramina D. Middle Ear Bones a) Malleus = hammer (2) b) Incus = anvil (2) c) Stapes = stirrup (2) E. Hyoid Bone (1) - U-shaped bone in the neck that is not attached directly to any other bone F. Fet ...
... of the body - Mandibular condyle - Coronoid process - Mandibular notch - Mental foramina - Mandibular foramina D. Middle Ear Bones a) Malleus = hammer (2) b) Incus = anvil (2) c) Stapes = stirrup (2) E. Hyoid Bone (1) - U-shaped bone in the neck that is not attached directly to any other bone F. Fet ...
Regions of Body
... III. The Chemical Composition and Physical Properties of Bone Living bones are plastic organs with organic and inorganic components. The organic material gives the bones resilience and toughness; the inorganic ...
... III. The Chemical Composition and Physical Properties of Bone Living bones are plastic organs with organic and inorganic components. The organic material gives the bones resilience and toughness; the inorganic ...
LAB #11: AXIAL SKELETON
... 3. Occipital bone (1) – large, single bone at back of head posterior to parietals; joins w/ 1st cervical vertebrae. 4. Temporal bones (2) – paired bones at the sides of the skull inferior to the parietals. 5. Sphenoid bone (1) – large, single bone that forms most of the floor of the cranium; “keysto ...
... 3. Occipital bone (1) – large, single bone at back of head posterior to parietals; joins w/ 1st cervical vertebrae. 4. Temporal bones (2) – paired bones at the sides of the skull inferior to the parietals. 5. Sphenoid bone (1) – large, single bone that forms most of the floor of the cranium; “keysto ...
Ch 7 PowerPoint - Damien Rutkoski
... house the upper teeth, and contain large maxillary sinuses Palatine bones are L-shaped bones located behind the maxillae that form the floor of the nasal cavity and hard palate. The mandible, or lower jawbone, supports the lower teeth and includes a mandibular condyle, coronoid process, and alveolar ...
... house the upper teeth, and contain large maxillary sinuses Palatine bones are L-shaped bones located behind the maxillae that form the floor of the nasal cavity and hard palate. The mandible, or lower jawbone, supports the lower teeth and includes a mandibular condyle, coronoid process, and alveolar ...
The Axial Skeleton
... – Varying amounts of spongy and compact bone – Examples: vertebrae, some facial bones Other Types of Bones • Sutural (Wormian) – Found between sutures of some cranial bones – Presence and size variable • Sesamoid – Develop in tendons – Examples • Knee cap & other locations including thumb and big to ...
... – Varying amounts of spongy and compact bone – Examples: vertebrae, some facial bones Other Types of Bones • Sutural (Wormian) – Found between sutures of some cranial bones – Presence and size variable • Sesamoid – Develop in tendons – Examples • Knee cap & other locations including thumb and big to ...
OMM04-ArthrologyOfCranium
... Slope overlaps “like gills of a fish” Eg/ The external bevel of the parietal bone allows the temporal bone to move laterally during flexion/external rotation -Histology suggests that there is active bone growth at sutures and there is movement at sutures Wormian Bones = island bones Most often found ...
... Slope overlaps “like gills of a fish” Eg/ The external bevel of the parietal bone allows the temporal bone to move laterally during flexion/external rotation -Histology suggests that there is active bone growth at sutures and there is movement at sutures Wormian Bones = island bones Most often found ...
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.