SCAPULAR REGION2008-10-30 15:174.2 MB
... abduction of the arm (helped by supraspinatus). 2. Anterior fibers: flexion and medial rotation. 3. Posterior fibers : extension and lateral rotation. ...
... abduction of the arm (helped by supraspinatus). 2. Anterior fibers: flexion and medial rotation. 3. Posterior fibers : extension and lateral rotation. ...
Femur Tibia Fibula Patella Lateral Meniscus
... leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by the tibia. This bone, also called the "shinbone," is the large bone of the lower leg. The smaller bone of the lower leg, called the "fibula," connects to the t ...
... leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by the tibia. This bone, also called the "shinbone," is the large bone of the lower leg. The smaller bone of the lower leg, called the "fibula," connects to the t ...
Phylum Annelida - MR. Hill`s class
... foot with a reduced head covered with a thin mantle • The mantle produces a cavity where the gills and 2 siphons (incurrent and ...
... foot with a reduced head covered with a thin mantle • The mantle produces a cavity where the gills and 2 siphons (incurrent and ...
FEMUR
... the retinacular vessels of the capsule, and the foveolar artery of the ligamentum teres. • The retinacular vessels consist of three separate groups: postero-superior, posteroinferior, and anterior. • These vessels are the chief supply to the epiphysis and femoral head at all ages. • The foveolar art ...
... the retinacular vessels of the capsule, and the foveolar artery of the ligamentum teres. • The retinacular vessels consist of three separate groups: postero-superior, posteroinferior, and anterior. • These vessels are the chief supply to the epiphysis and femoral head at all ages. • The foveolar art ...
The peritoneum 腹膜
... as： stomach, superior part of duodenum, jejunum, ileum, cecum, vermiform appendix, transverse and sigmoid colons, spleen 脾，ovary卵巢 and uterine ...
... as： stomach, superior part of duodenum, jejunum, ileum, cecum, vermiform appendix, transverse and sigmoid colons, spleen 脾，ovary卵巢 and uterine ...
Femur Tibia Fibula Patella Lateral Meniscus
... leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by the tibia. This bone, also called the "shinbone," is the large bone of the lower leg. The smaller bone of the lower leg, called the "fibula," connects to the t ...
... leg to bend in one direction only. Let's take a closer look at the main parts of the knee's anatomy. Bones The base of the knee is formed by the tibia. This bone, also called the "shinbone," is the large bone of the lower leg. The smaller bone of the lower leg, called the "fibula," connects to the t ...
JOINTS (Ch. 8)
... 1) Muscle tendons across joints act as stabilizing factors (kept tight at all times by muscle tone) D. Synovial Joint Movement 1. Range of Motion ( R.O.M.) a. Nonaxial - slipping movements only b. Uniaxial - movement in one plane c. Biaxial - movement in two planes d. Multiaxial - movement in or aro ...
... 1) Muscle tendons across joints act as stabilizing factors (kept tight at all times by muscle tone) D. Synovial Joint Movement 1. Range of Motion ( R.O.M.) a. Nonaxial - slipping movements only b. Uniaxial - movement in one plane c. Biaxial - movement in two planes d. Multiaxial - movement in or aro ...
Anatomy
... animals, it is important to know the boundary of the jugular furrow (groove) among different species. A well-defined cranioventral boundary of the jugular furrow in sheep is lacking because of the absence of the: a. Sternohyodeus muscle b. Sternohyodeus muscle c. Sternomandibularis muscle* d. Omohyo ...
... animals, it is important to know the boundary of the jugular furrow (groove) among different species. A well-defined cranioventral boundary of the jugular furrow in sheep is lacking because of the absence of the: a. Sternohyodeus muscle b. Sternohyodeus muscle c. Sternomandibularis muscle* d. Omohyo ...
Vertebral Ossification Centers:
... cervical - fusion begins during first year lumbar - complete by 6 years the arch fuses to centrum 5-8 years of age 5 Secondary Ossification centers develop during puberty in each typical vertebra tip of spinous process tip of each transverse process 2 annular epiphyses (ring epiphyses) - one on supe ...
... cervical - fusion begins during first year lumbar - complete by 6 years the arch fuses to centrum 5-8 years of age 5 Secondary Ossification centers develop during puberty in each typical vertebra tip of spinous process tip of each transverse process 2 annular epiphyses (ring epiphyses) - one on supe ...
flatworms, roundworms and segmented worms
... Members of the phylum Platyhelminthes are commonly called flatworms. There are both parasitic (dependent on a host organism for survival) and free-living forms of this group. Flatworms, either parasitic or free-living forms, have both sexes on the same individual, a condition referred to as hermaphr ...
... Members of the phylum Platyhelminthes are commonly called flatworms. There are both parasitic (dependent on a host organism for survival) and free-living forms of this group. Flatworms, either parasitic or free-living forms, have both sexes on the same individual, a condition referred to as hermaphr ...
People Grow and Change (Powerpoint)
... The Skeleton The skeleton is all the bones in your body. You have about 206 bones in your body. 1. Bones protect organs such as the brain, the heart, and our lungs. 2. Bones give us shape. Without our skeleton, we would be a blob of tissue on the floor. 3. Bones help us to move. Muscles are attache ...
... The Skeleton The skeleton is all the bones in your body. You have about 206 bones in your body. 1. Bones protect organs such as the brain, the heart, and our lungs. 2. Bones give us shape. Without our skeleton, we would be a blob of tissue on the floor. 3. Bones help us to move. Muscles are attache ...
10-Anatomy of Shoulder region
... to scapula & humerus, nerve supply and actions on shoulder joint List the muscles forming the rotator cuff and describe the relation of each of them to the shoulder joint. Describe the anatomy of shoulder joint regarding: type, articular surfaces, stability, relations & movements. ...
... to scapula & humerus, nerve supply and actions on shoulder joint List the muscles forming the rotator cuff and describe the relation of each of them to the shoulder joint. Describe the anatomy of shoulder joint regarding: type, articular surfaces, stability, relations & movements. ...
Fetal Pig Dissection Image Sets
... Carotid Arteries, Jugular Veins (already done in image se #3) Subclavian artery (branches off the aortic arch) Brachial artery (upper extremities) Abdominal Aorta & Vena Cava (inferior) Iliac artery Femoral artery (lower Extremities) Mesenteric Arteries & Veins Portal Vein ...
... Carotid Arteries, Jugular Veins (already done in image se #3) Subclavian artery (branches off the aortic arch) Brachial artery (upper extremities) Abdominal Aorta & Vena Cava (inferior) Iliac artery Femoral artery (lower Extremities) Mesenteric Arteries & Veins Portal Vein ...
Ch. 19 Kingdom Animalia
... • these animals exist as aggregates of cells with minimal intercellular coordination ...
... • these animals exist as aggregates of cells with minimal intercellular coordination ...
WRIST JOINT
... from palm-up to palm-down position. Supination • external rotary movement of radius on ulna that results in hand moving from palm-down to palm-up position. ...
... from palm-up to palm-down position. Supination • external rotary movement of radius on ulna that results in hand moving from palm-down to palm-up position. ...
A group of related organs that perform specific functions organ system
... ligaments ligaments tendons ...
... ligaments ligaments tendons ...
medical terminology presentation by lori agid
... The prefix attaches to the front of the word root. Depending on the prefix used, the meaning of the word root will change. The suffix attaches to the end of the word root and like the prefix, the definition of the word root depends on the suffix, as well. Let us take a look at some examples: ...
... The prefix attaches to the front of the word root. Depending on the prefix used, the meaning of the word root will change. The suffix attaches to the end of the word root and like the prefix, the definition of the word root depends on the suffix, as well. Let us take a look at some examples: ...
1. List, in order, the seven major organs that move food through your
... diaphragm. This is the large muscle on the floor of the chest cavity that causes breathing. When you inhale, the diaphragm pulls air into your lungs. As the diaphragm contracts, the chest expands and air rushes into the lungs. As the diaphragm relaxes, the chest shrinks and causes air to leave the l ...
... diaphragm. This is the large muscle on the floor of the chest cavity that causes breathing. When you inhale, the diaphragm pulls air into your lungs. As the diaphragm contracts, the chest expands and air rushes into the lungs. As the diaphragm relaxes, the chest shrinks and causes air to leave the l ...
The Body Systems
... allows visitors to view the amazing human body in never before seen ways. This unit will introduce the major parts, functions, and interactions of each of the body systems. ...
... allows visitors to view the amazing human body in never before seen ways. This unit will introduce the major parts, functions, and interactions of each of the body systems. ...
Axial - advbiology227
... Usually starts to fuse at age 16-18 and end in mid 20s) Provides a foundation for the pelvis and allows nerves to pass ...
... Usually starts to fuse at age 16-18 and end in mid 20s) Provides a foundation for the pelvis and allows nerves to pass ...
Study Guide for this Chapter
... (1). What type of cartilage is the nasal cavity made of? ___________________ What forms the roof of the nasal cavity? __________ (2). The lateral walls of the nasal cavity are formed by the ____________________________ bone. (3). The floor of the nasal cavity is formed by the _______________________ ...
... (1). What type of cartilage is the nasal cavity made of? ___________________ What forms the roof of the nasal cavity? __________ (2). The lateral walls of the nasal cavity are formed by the ____________________________ bone. (3). The floor of the nasal cavity is formed by the _______________________ ...
vocab cards 5 - Human Body (Std 5)
... Its job: The group of organs that takes oxygen from the air (inhale) and removes carbon dioxide from the body (exhale). Its tract: nose, mouth, trachea, ...
... Its job: The group of organs that takes oxygen from the air (inhale) and removes carbon dioxide from the body (exhale). Its tract: nose, mouth, trachea, ...
Institute of Anatomy
... Muscles of the chest • thoraco-humeral muscles pectoralis major and minor subclavius m., serratus anterior m. • proper chest muscles external, internal and innermost intecostal mm., subcostal mm., transversus thoracis m. • diaphragm ...
... Muscles of the chest • thoraco-humeral muscles pectoralis major and minor subclavius m., serratus anterior m. • proper chest muscles external, internal and innermost intecostal mm., subcostal mm., transversus thoracis m. • diaphragm ...
o Superior Labrum Anteriorposterior (SLAP) Lesion (Torn Labrum) o
... SLAP lesions are tears in the superior glenoid labrum near the attachment site for the long head of the biceps brachii tendon. Increased tension on this tendon causes it to pull away from the labrum, subsequently resulting in a tear. Surgery is usually required. ...
... SLAP lesions are tears in the superior glenoid labrum near the attachment site for the long head of the biceps brachii tendon. Increased tension on this tendon causes it to pull away from the labrum, subsequently resulting in a tear. Surgery is usually required. ...
Anatomical terminology
Anatomical terminology is used by anatomists and zoologists, in scientific journals, textbooks, and by doctors and other health professionals. Anatomical terminology contains a variety of unique and possibly confusing terms to describe the anatomical location and action of different structures. By using this terminology, anatomists hope to be more precise and reduce errors and ambiguity. For example, is a scar ""above the wrist"" located on the forearm two or three inches away from the hand? Or is it at the base of the hand? Is it on the palm-side or back-side? By using precise anatomical terminology, ambiguity is eliminated.Anatomical terms derive from Ancient Greek and Latin words, and because these languages are no longer used in everyday conversation, the meaning of their words does not change. The current international standard is the Terminologia Anatomica.