![Region 7: Oral Cavity and Larynx Oral Cavity -](http://s1.studyres.com/store/data/001824781_1-54fbf27ac7f0d07a6f2aeca69956e3b1-300x300.png)
Region 7: Oral Cavity and Larynx Oral Cavity -
... --Cartilages of the Larynx a. Thyroid cartilage (shield like shape) *composed of right and left laminae *laryngeal prominence (adam’s apple) *superior thyroid notch *superior cornu/horn: attached to greater horn of hyoid bone *inferior cornu/horn: articulates with the cricoid cartilage *oblique lin ...
... --Cartilages of the Larynx a. Thyroid cartilage (shield like shape) *composed of right and left laminae *laryngeal prominence (adam’s apple) *superior thyroid notch *superior cornu/horn: attached to greater horn of hyoid bone *inferior cornu/horn: articulates with the cricoid cartilage *oblique lin ...
NasoOroLaryngopharynx Oral cavity and what`s important Dentition
... Looking from front, we see our primary palate, oral cavity and nasal cavity posterior and superior. How do we make two halves of a nasal cavity? Grow septal downward (cartilage and mucosa), cartilage will mostly ossify. On the lateral sides we develop extensions of the palatine bone, the palatine s ...
... Looking from front, we see our primary palate, oral cavity and nasal cavity posterior and superior. How do we make two halves of a nasal cavity? Grow septal downward (cartilage and mucosa), cartilage will mostly ossify. On the lateral sides we develop extensions of the palatine bone, the palatine s ...
2. Insertion
... • The temporalis muscle can be used as a flap for various deformities . the primary indications for the temporalis muscle flap are for intraoral, cranial base, and orbital reconstructions . the use of split temporalis muscle as a sling for the lower eyelid and lip in facial paralysis is another comm ...
... • The temporalis muscle can be used as a flap for various deformities . the primary indications for the temporalis muscle flap are for intraoral, cranial base, and orbital reconstructions . the use of split temporalis muscle as a sling for the lower eyelid and lip in facial paralysis is another comm ...
Pelvic Anatomy - Creighton University School of Medicine
... Ligamentous Support Round Ligament: Fibrous and muscle tissue Anterior to the fallopian tubes Correlate with the male gubernaculums They extend laterally, cross the external iliac vessels, and enter the internal inguinal ring, and insert in the labia majora. Sampson’s artery, a branch of the uterin ...
... Ligamentous Support Round Ligament: Fibrous and muscle tissue Anterior to the fallopian tubes Correlate with the male gubernaculums They extend laterally, cross the external iliac vessels, and enter the internal inguinal ring, and insert in the labia majora. Sampson’s artery, a branch of the uterin ...
Anatomy and Embryology of the Pharynx
... Derived from neural crest cells Resemble fish gills (branchia) Begin to develop early in the 4th week By end of 4th week, four pairs of arches are visible on the surface (not 5th and 6th ) and a buccopharyngeal membrane ruptures forming communication between primitive oral cavity and foregut ...
... Derived from neural crest cells Resemble fish gills (branchia) Begin to develop early in the 4th week By end of 4th week, four pairs of arches are visible on the surface (not 5th and 6th ) and a buccopharyngeal membrane ruptures forming communication between primitive oral cavity and foregut ...
- Ameghiniana
... 79. Articulation of nasals with respect to premaxillae: nasals articulate with premaxillae throughout their length (0); anterior half of nasals do not articulate with premaxillae (1). (Quintana, 1998: character 6) 80. Shape of frontals: not convex (0); convex (1); markedly convex posteriorly (2). (Q ...
... 79. Articulation of nasals with respect to premaxillae: nasals articulate with premaxillae throughout their length (0); anterior half of nasals do not articulate with premaxillae (1). (Quintana, 1998: character 6) 80. Shape of frontals: not convex (0); convex (1); markedly convex posteriorly (2). (Q ...
Proximal row (lateral to medial)
... found inferior to the gluteal tuberosity on the posterior surface of the diaphysis. • Medial epicondyle: a small projection found proximal to the medial condyle. • Lateral epicondyle: a small projection found proximal to the lateral condyle. • Medial and lateral condyles: the rounded distal ends of ...
... found inferior to the gluteal tuberosity on the posterior surface of the diaphysis. • Medial epicondyle: a small projection found proximal to the medial condyle. • Lateral epicondyle: a small projection found proximal to the lateral condyle. • Medial and lateral condyles: the rounded distal ends of ...
Spring 02
... 10) A joint classified as a ginglymus permits what type of movement? (MACA) a) movement in one plane b) multiaxial movement c) movement similar to a hinge d) biaxial movement e) movement similar to a pivot 11) The anterior atlanto-occipital membrane is a direct continuation of the anterior longitudi ...
... 10) A joint classified as a ginglymus permits what type of movement? (MACA) a) movement in one plane b) multiaxial movement c) movement similar to a hinge d) biaxial movement e) movement similar to a pivot 11) The anterior atlanto-occipital membrane is a direct continuation of the anterior longitudi ...
CVC Techniques
... - anterolaterally: skin, superficial fascia, platysma, investing layer of cervical fascia, sternomastoid, sternohyoid & omohyoid. Ansa cervicalis crosses the vein. Higher up it is crossed by the accessory nerve - posteriorly: transverse process of the cervical vertebrae, levator scapulae, scalenus m ...
... - anterolaterally: skin, superficial fascia, platysma, investing layer of cervical fascia, sternomastoid, sternohyoid & omohyoid. Ansa cervicalis crosses the vein. Higher up it is crossed by the accessory nerve - posteriorly: transverse process of the cervical vertebrae, levator scapulae, scalenus m ...
Dorsalis pedis artery
... Posterior tibial artery and plantar arch • The posterior tibial artery enters the foot through the tarsal tunnel on the medial side of the ankle and posterior to the medial malleolus. • Midway between the medial malleolus and the heel, the pulse of the posterior tibial artery is palpable because he ...
... Posterior tibial artery and plantar arch • The posterior tibial artery enters the foot through the tarsal tunnel on the medial side of the ankle and posterior to the medial malleolus. • Midway between the medial malleolus and the heel, the pulse of the posterior tibial artery is palpable because he ...
the Skeletal System Notes
... (1) is U-shaped and hangs below the skull, suspended by ligaments from the styloid processes of the temporal bones, and serves as a base for muscles associated with the tongue and larynx. !4. Vertebral Column (26): ! a) Cervical vertebrae (7) extend from the head to the thorax (C1-C7). ! b) Thoracic ...
... (1) is U-shaped and hangs below the skull, suspended by ligaments from the styloid processes of the temporal bones, and serves as a base for muscles associated with the tongue and larynx. !4. Vertebral Column (26): ! a) Cervical vertebrae (7) extend from the head to the thorax (C1-C7). ! b) Thoracic ...
from the upper limb to the axial skeleton
... limb are suspended, keeping them away from the trunk so that the limb has maximum freedom of motion. The support formed by the clavicle is movable and allows the scapula to move on the thoracic wall at the “scapulothoracic joint,” increasing the range of motion of the limb. Fixing the point of the s ...
... limb are suspended, keeping them away from the trunk so that the limb has maximum freedom of motion. The support formed by the clavicle is movable and allows the scapula to move on the thoracic wall at the “scapulothoracic joint,” increasing the range of motion of the limb. Fixing the point of the s ...
muscle - Ziyonet.uz
... 4 -fovea costalis superior; 5 – fovea costalis transversalis; 6 – processus spinosus. Between adjacent vertebrae intervertebral opening (foramen intervertebrale) is formed, where the spinal nerves and accompanying vessels pass, as they exit the vertebral canal. The thoracic region of the vertebral c ...
... 4 -fovea costalis superior; 5 – fovea costalis transversalis; 6 – processus spinosus. Between adjacent vertebrae intervertebral opening (foramen intervertebrale) is formed, where the spinal nerves and accompanying vessels pass, as they exit the vertebral canal. The thoracic region of the vertebral c ...
Brachial Plexus Vascularization — a Preliminary Study
... ascending cervical artery and vertebral artery (35,29%). The main blood supply to the C7 roots comes from small ascending branches of subclavian artery trunk known in literature as Soemmering’s arteries (4). In the majority of cases (64,71%) branches from deep cervical artery supply C8 — Th1 roots. ...
... ascending cervical artery and vertebral artery (35,29%). The main blood supply to the C7 roots comes from small ascending branches of subclavian artery trunk known in literature as Soemmering’s arteries (4). In the majority of cases (64,71%) branches from deep cervical artery supply C8 — Th1 roots. ...
Chapter 7_Part I
... Articulate with the zygomatic processes of the temporal bones posteriorly, the zygomatic process of the frontal bone superiorly, and the zygomatic process of the maxillae anteriorly ...
... Articulate with the zygomatic processes of the temporal bones posteriorly, the zygomatic process of the frontal bone superiorly, and the zygomatic process of the maxillae anteriorly ...
Virtual Anatomy Lab: Study notes
... which is in the central part of the foot. (2) Muscle layers. There are 4 muscle layers of the sole of the foot. The first layer is composed of three muscles: the abductor hallucis, the flexor digitorum brevis, and the abductor digiti minimi. The second layer is formed by 2 tendons and 2 muscle gro ...
... which is in the central part of the foot. (2) Muscle layers. There are 4 muscle layers of the sole of the foot. The first layer is composed of three muscles: the abductor hallucis, the flexor digitorum brevis, and the abductor digiti minimi. The second layer is formed by 2 tendons and 2 muscle gro ...
Lumbar region - Lectures - gblnetto
... 5. The remainder of both kidney is also covered by peritoÂneum and related to the overlying liver on the right and to the stomach and spleen on the left. Except for the slight difference in levels, the posterior relations of the kidneys to the diaphragm, the muscles of the posterior abdominal walls ...
... 5. The remainder of both kidney is also covered by peritoÂneum and related to the overlying liver on the right and to the stomach and spleen on the left. Except for the slight difference in levels, the posterior relations of the kidneys to the diaphragm, the muscles of the posterior abdominal walls ...
Shoulder Approaches
... Look out for cephalic vein, trace upwards. Try to preserve it. • Retractor to the D/p groove and excise clavipectoral fascia ...
... Look out for cephalic vein, trace upwards. Try to preserve it. • Retractor to the D/p groove and excise clavipectoral fascia ...
Organization of the antero
... • The anterior and posterior layers fuse in the midline to form the linear alba, a fibrous intersection extending from the xiphoid process to the pubic symphysis. • The inferior ¼ of the rectus sheath is deficient posteriorly. The limit of the posterior wall is marked by the arcuate line • The later ...
... • The anterior and posterior layers fuse in the midline to form the linear alba, a fibrous intersection extending from the xiphoid process to the pubic symphysis. • The inferior ¼ of the rectus sheath is deficient posteriorly. The limit of the posterior wall is marked by the arcuate line • The later ...
Anatomy of the Pharynx and Oesophagus
... – Pharyngobasilar facial covering C1 (Atlas) extending from skull base to junction of hard and soft palate and opens in oropharynx. Lateral wall – Cartilagenous eustachian tube opens into the lateral wall of the nasopharynx approximately 1 cm behind the inferior turbinate. It forms an elevation shap ...
... – Pharyngobasilar facial covering C1 (Atlas) extending from skull base to junction of hard and soft palate and opens in oropharynx. Lateral wall – Cartilagenous eustachian tube opens into the lateral wall of the nasopharynx approximately 1 cm behind the inferior turbinate. It forms an elevation shap ...
Chapter 11, Part 1 Muscles of the head and Neck
... • rectus abdominis • long, runs vertically entire length of abdominal wall from pubis (origin) to sternum (insertion) • four segments created by three tendinous intersections (form “six pack”) • enclosed in rectus sheath made by • aponeurosis of external oblique • internal oblique • transversus obdo ...
... • rectus abdominis • long, runs vertically entire length of abdominal wall from pubis (origin) to sternum (insertion) • four segments created by three tendinous intersections (form “six pack”) • enclosed in rectus sheath made by • aponeurosis of external oblique • internal oblique • transversus obdo ...
Introduction to the Nervous System
... 1. The Dorsal (posterior) root (sensory or afferent root) of a spinal nerve arises from the posterolateral aspect of the spinal cord, swells as it forms the dorsal root ganglion (spinal ganglion), which contains cell bodies of the pseudounipolar neurons that comprise the dorsal root, and joins t ...
... 1. The Dorsal (posterior) root (sensory or afferent root) of a spinal nerve arises from the posterolateral aspect of the spinal cord, swells as it forms the dorsal root ganglion (spinal ganglion), which contains cell bodies of the pseudounipolar neurons that comprise the dorsal root, and joins t ...
Vertebra
![](https://commons.wikimedia.org/wiki/Special:FilePath/Vertebra_Superior_View.jpg?width=300)
In the vertebrate spinal column, each vertebra is an irregular bone with a complex structure composed of bone and some hyaline cartilage, the proportions of which vary according to the segment of the backbone and the species of vertebrate animal.The basic configuration of a vertebra varies; the large part is the body, and the central part is the centrum. The upper and lower surfaces of the vertebra body give attachment to the intervertebral discs. The posterior part of a vertebra forms a vertebral arch, in eleven parts, consisting of two pedicles, two laminae, and seven processes. The laminae give attachment to the ligamenta flava. There are vertebral notches formed from the shape of the pedicles, which form the intervertebral foramina when the vertebrae articulate. These foramina are the entry and exit conducts for the spinal nerves. The body of the vertebra and the vertebral arch form the vertebral foramen, the larger, central opening that accommodates the spinal canal, which encloses and protects the spinal cord.Vertebrae articulate with each other to give strength and flexibility to the spinal column, and the shape at their back and front aspects determines the range of movement. Structurally, vertebrae are essentially alike across the vertebrate species, with the greatest difference seen between an aquatic animal and other vertebrate animals. As such, vertebrates take their name from the vertebrae that compose the vertebral column.