Mandibular movements
... • The mandibular bone has specific relationships to the bones of the cranium. The mandible is connected to the cranium at the two temporomandibular joint by the temporomandibular and capsular ligaments. the sphenomandibular and stylomandibular ligaments also connect the bones in such away as to lim ...
... • The mandibular bone has specific relationships to the bones of the cranium. The mandible is connected to the cranium at the two temporomandibular joint by the temporomandibular and capsular ligaments. the sphenomandibular and stylomandibular ligaments also connect the bones in such away as to lim ...
Full Text PDF
... The origin of anomalous muscles may be explained on the basis of embryogenesis of muscles of the arm. The intrinsic muscles of the upper limb differentiate in situ from the limb bud mesenchyme of the lateral plate mesoderm. At a certain age of development, the muscle Fig: 1 Showing Anomalous Scapula ...
... The origin of anomalous muscles may be explained on the basis of embryogenesis of muscles of the arm. The intrinsic muscles of the upper limb differentiate in situ from the limb bud mesenchyme of the lateral plate mesoderm. At a certain age of development, the muscle Fig: 1 Showing Anomalous Scapula ...
Chapter 2 Study Guide
... The skeletal and muscular systems arise from the mesoderm. The earliest time in development when only these tissue types would be affected is during or shortly after gastrulation. 2. Many athletes work to reduce their body fat to the lowest possible percent. What are some of the functional and struc ...
... The skeletal and muscular systems arise from the mesoderm. The earliest time in development when only these tissue types would be affected is during or shortly after gastrulation. 2. Many athletes work to reduce their body fat to the lowest possible percent. What are some of the functional and struc ...
Trunk Muscles
... group is a prime mover of back extension. These paired muscles are deep muscles of the back; they are shown in Figure 6.17b. Each erector spinae is a composite muscle consisting of three muscle columns (longissimus, iliocostalis, and spinalis) that collectively span the entire length of the vertebra ...
... group is a prime mover of back extension. These paired muscles are deep muscles of the back; they are shown in Figure 6.17b. Each erector spinae is a composite muscle consisting of three muscle columns (longissimus, iliocostalis, and spinalis) that collectively span the entire length of the vertebra ...
Anatomic investigation of the connections of the - sabine
... ¾ Some authors described the existence of a firm connection between the caecum, the sigmoid colon, the common iliac vessels, the inguinal ligament and the iliopsoas muscle. The preparations confirmed a connective tissue-like substance. ¾ Most of the literature sources examined illustrated a connecti ...
... ¾ Some authors described the existence of a firm connection between the caecum, the sigmoid colon, the common iliac vessels, the inguinal ligament and the iliopsoas muscle. The preparations confirmed a connective tissue-like substance. ¾ Most of the literature sources examined illustrated a connecti ...
anatomy - Crossword Labs
... 5. There are a lot of these in the human body. 8. The scientific name for calf muscle. 9. The bone in your knee. 10. The muscle behind your knee. 11. These are the bones in your fingers. 13. The muscle posterior to the humerus. 14. What is the biggest bone in your body. 15. The muscles in your thigh ...
... 5. There are a lot of these in the human body. 8. The scientific name for calf muscle. 9. The bone in your knee. 10. The muscle behind your knee. 11. These are the bones in your fingers. 13. The muscle posterior to the humerus. 14. What is the biggest bone in your body. 15. The muscles in your thigh ...
Picornavirus-like Structures in Acute Dermatomyositis
... crystalline-like arrays and were composed of identical dense subunits (Figs. 3 and 4) with an average diameter of 150 to 200 A, some of which were arranged in parallel rows. In favorable sections, these subunit particles showed a symmetrical arrangement of a hexagonal or triangular pattern (Fig. 5). ...
... crystalline-like arrays and were composed of identical dense subunits (Figs. 3 and 4) with an average diameter of 150 to 200 A, some of which were arranged in parallel rows. In favorable sections, these subunit particles showed a symmetrical arrangement of a hexagonal or triangular pattern (Fig. 5). ...
fetal pig dissection - lab # 3
... fibers. On some of the slides they are horizontal stripes, on other slides they are vertical stripes. The striations in the muscle are pale in color and may not be visible. The thicker, black strand is the nerve. The nerve branches are the smaller and thinner black strands that extend from the nerve ...
... fibers. On some of the slides they are horizontal stripes, on other slides they are vertical stripes. The striations in the muscle are pale in color and may not be visible. The thicker, black strand is the nerve. The nerve branches are the smaller and thinner black strands that extend from the nerve ...
SA04su5a
... 14) Why can't you focus on objects near to you after your eyes have been dilated in the ophthalmologist's office with a muscarinic receptor blocking agent? a) the radial muscles of the iris are paralyzed b) disruption in the axoplasmic flow of the optic nerve c) paralysis of the extrinsic ocular mu ...
... 14) Why can't you focus on objects near to you after your eyes have been dilated in the ophthalmologist's office with a muscarinic receptor blocking agent? a) the radial muscles of the iris are paralyzed b) disruption in the axoplasmic flow of the optic nerve c) paralysis of the extrinsic ocular mu ...
Muscles of the back
... Their tone is responsible for maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
... Their tone is responsible for maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
Muscles of the upper and lower limbs
... Group 2 Vastus lateralis – the largest muscle of the quadriceps femoris, extends the knee Vastus medialis – occupies the medial position along the thigh, extends the knee Vastus intermedius – lies deep to the previous 2 muscles, extends the knee ...
... Group 2 Vastus lateralis – the largest muscle of the quadriceps femoris, extends the knee Vastus medialis – occupies the medial position along the thigh, extends the knee Vastus intermedius – lies deep to the previous 2 muscles, extends the knee ...
OTORHINOLARYNGOLOHY
... LATERAL WALL: palatine tonsils and the facial pillars SUPERIOR WALL: the soft palate and the Uvula POSERIOR WALL: which is the posterior pharyngeal wall PALATINE TONSILS Oval masses of specialized subepitheial lymphoid tissue lining between the anterior and the posterior pillars on each side of the ...
... LATERAL WALL: palatine tonsils and the facial pillars SUPERIOR WALL: the soft palate and the Uvula POSERIOR WALL: which is the posterior pharyngeal wall PALATINE TONSILS Oval masses of specialized subepitheial lymphoid tissue lining between the anterior and the posterior pillars on each side of the ...
Tissues
... – Matrix with all 3 fibers and multiple cells – Widely distributed throughout the body – Lubricates and nourishes epithelia; strength; elasticity; support; immune protection • Edema: inflammatory swelling of liquids ...
... – Matrix with all 3 fibers and multiple cells – Widely distributed throughout the body – Lubricates and nourishes epithelia; strength; elasticity; support; immune protection • Edema: inflammatory swelling of liquids ...
Thieme: Color Atlas of Acupuncture
... the regulation of the body’s overall tonus (see Point GB-20, p. 78). ...
... the regulation of the body’s overall tonus (see Point GB-20, p. 78). ...
Functional morphology of the muscles in Philodina sp. (Rotifera
... and foot retractors. Based on the position of the larger muscle bands in the body wall, their function during creeping locomotion and tun formation was inferred. Bdelloid creeping begins with the contraction of incomplete circular muscle bands against the hydrostatic pseudocoel, resulting in an ante ...
... and foot retractors. Based on the position of the larger muscle bands in the body wall, their function during creeping locomotion and tun formation was inferred. Bdelloid creeping begins with the contraction of incomplete circular muscle bands against the hydrostatic pseudocoel, resulting in an ante ...
P4.2.3.TeacherResourceSheet
... Review the anatomy of the pelvic bone. Use the illium as a landmark to build the gluteus muscles. Remember that a fossa is a flat surface on a bone. Build these muscles in the order listed. Before you build, make sure your Maniken® is oriented so the posterior side is facing you. The gluteus ...
... Review the anatomy of the pelvic bone. Use the illium as a landmark to build the gluteus muscles. Remember that a fossa is a flat surface on a bone. Build these muscles in the order listed. Before you build, make sure your Maniken® is oriented so the posterior side is facing you. The gluteus ...
Muscles of facial expression
... o swinging condyle -> swings/glides anteriorly There is a physiologic normal dislocation Dislocation could be pathologic as well ...
... o swinging condyle -> swings/glides anteriorly There is a physiologic normal dislocation Dislocation could be pathologic as well ...
L5-MUSCLES OF BACK2013
... Their tone is responsible for maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
... Their tone is responsible for maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
Muscle
Muscle is a soft tissue found in most animals. Muscle cells contain protein filaments of actin and myosin that slide past one another, producing a contraction that changes both the length and the shape of the cell. Muscles function to produce force and motion. They are primarily responsible for maintaining and changing posture, locomotion, as well as movement of internal organs, such as the contraction of the heart and the movement of food through the digestive system via peristalsis.Muscle tissues are derived from the mesodermal layer of embryonic germ cells in a process known as myogenesis. There are three types of muscle, skeletal or striated, cardiac, and smooth. Muscle action can be classified as being either voluntary or involuntary. Cardiac and smooth muscles contract without conscious thought and are termed involuntary, whereas the skeletal muscles contract upon command. Skeletal muscles in turn can be divided into fast and slow twitch fibers.Muscles are predominantly powered by the oxidation of fats and carbohydrates, but anaerobic chemical reactions are also used, particularly by fast twitch fibers. These chemical reactions produce adenosine triphosphate (ATP) molecules that are used to power the movement of the myosin heads.The term muscle is derived from the Latin musculus meaning ""little mouse"" perhaps because of the shape of certain muscles or because contracting muscles look like mice moving under the skin.