common injuries
... Arise from ring at base of neck. Ring is formed by branches of medial and lateral circumflex femoral arteries. Penetrate capsule near its femoral attachment and ascend along neck. Perforate bone just distal to articular cartilage. Highly susceptible to injury with hip dislocation. ...
... Arise from ring at base of neck. Ring is formed by branches of medial and lateral circumflex femoral arteries. Penetrate capsule near its femoral attachment and ascend along neck. Perforate bone just distal to articular cartilage. Highly susceptible to injury with hip dislocation. ...
... unlike animals, have spirits with their bodies.) anatomy - how a structure is shaped, where it is found, and what it's made of physiology - the function of a structure The Body Cavities 1. Cranial Cavity: brain 2. Spinal Cavity: spinal cord 3. Thoracic Cavity: (chest area) heart, lungs, esophagus, t ...
When we exercise we use several systems the main 3 systems are
... The most important organ in the circulatory system is the heart . The heart is located in the left middle side of the chest , it is located there because it is close to all of the important organs in our body . if you are wondering why the heart should be close to all our important it’s because the ...
... The most important organ in the circulatory system is the heart . The heart is located in the left middle side of the chest , it is located there because it is close to all of the important organs in our body . if you are wondering why the heart should be close to all our important it’s because the ...
FOREARM
... 1. The brachioradialis is a paradoxical muscle. Its origin and innervation are characteristic of a extensor muscle, but it is actually a flexor at the elbow. The muscle is most visible when the forearm is half pronated, and flexing at the elbow against resistance. 2. Retinacular. These are fibrous b ...
... 1. The brachioradialis is a paradoxical muscle. Its origin and innervation are characteristic of a extensor muscle, but it is actually a flexor at the elbow. The muscle is most visible when the forearm is half pronated, and flexing at the elbow against resistance. 2. Retinacular. These are fibrous b ...
Acupuncture Sports Medicine - Pacific College of Oriental Medicine
... Acute or chronic low back pain and spasm due to the quadratus lumborum (QL), which may radiate to the gluteal region. Pain is often one-sided. Acutely seen in acute sprain/strain of the low back; may be a source of chronic or lingering lumbosacral pain. The QL is involved as a secondary lesion in ca ...
... Acute or chronic low back pain and spasm due to the quadratus lumborum (QL), which may radiate to the gluteal region. Pain is often one-sided. Acutely seen in acute sprain/strain of the low back; may be a source of chronic or lingering lumbosacral pain. The QL is involved as a secondary lesion in ca ...
Model Answer (AS-2891)
... The contractile vacuole slowly fills with water from the cytoplasm (diastole), and, while fusing with the cell membrane, it quickly contracts releasing water to the outside (systole) by exocytosis. This process regulates the amount of water present in the cytoplasm of the amoeba. It is known as osmo ...
... The contractile vacuole slowly fills with water from the cytoplasm (diastole), and, while fusing with the cell membrane, it quickly contracts releasing water to the outside (systole) by exocytosis. This process regulates the amount of water present in the cytoplasm of the amoeba. It is known as osmo ...
12_skeleton_upper_appendicular-29sept2016
... supra glenoid tubercle [“above” and “bump little”] anchor for biceps long head coracoid process [“beak-like”] hooked anchor for biceps short head spine of scapula along posterior portion, palpable on one’s back acromion process [“highest point”] articulates with clavicle Humerus: [“shoulder’] proxim ...
... supra glenoid tubercle [“above” and “bump little”] anchor for biceps long head coracoid process [“beak-like”] hooked anchor for biceps short head spine of scapula along posterior portion, palpable on one’s back acromion process [“highest point”] articulates with clavicle Humerus: [“shoulder’] proxim ...
Its Up to You KEY - Belle Vernon Area
... injury is sustained. Why you rub your eyes your eye is pushed back into your head, but no damage is done because the fat pad serves as a cushion and protects the eye. The cheek fat also cushions the cheek bone during chewing motion. ...
... injury is sustained. Why you rub your eyes your eye is pushed back into your head, but no damage is done because the fat pad serves as a cushion and protects the eye. The cheek fat also cushions the cheek bone during chewing motion. ...
o The primary function of the lower limb is to support the weight of
... standing, walking & running. o They have become specialized for locomotion. o The lower limbs although similar in structure in many aspect to the upper limbs ,have less freedom of movement. o Where as the pectoral girdle of the upper limb is united to the trunk by only a small joint , the sternoclav ...
... standing, walking & running. o They have become specialized for locomotion. o The lower limbs although similar in structure in many aspect to the upper limbs ,have less freedom of movement. o Where as the pectoral girdle of the upper limb is united to the trunk by only a small joint , the sternoclav ...
Appendicular Skeleton Lab
... Distally, the femur articulates with the tibia below. The femur’s anterior surface attaches to the patella (kneecap). THE LEG Two bones, the tibia and the fibula (Figure 5.24 (c)), form the skeleton of the leg. The tibia, or shinbone, is the larger and more medial bone. At the proximal end, the tibi ...
... Distally, the femur articulates with the tibia below. The femur’s anterior surface attaches to the patella (kneecap). THE LEG Two bones, the tibia and the fibula (Figure 5.24 (c)), form the skeleton of the leg. The tibia, or shinbone, is the larger and more medial bone. At the proximal end, the tibi ...
Unit 5. Scapular Region, and Arm
... 457; 6.25, 6.32, 6.33, Table 6.6 and figures-p. 500). It contains the coracobrachialis, biceps brachii and brachialis muscles, all of which are innervated by the musculocutaneous nerve and receive their blood supply by the brachial vessels. Clean the coracobrachialis, biceps brachii, brachialis and ...
... 457; 6.25, 6.32, 6.33, Table 6.6 and figures-p. 500). It contains the coracobrachialis, biceps brachii and brachialis muscles, all of which are innervated by the musculocutaneous nerve and receive their blood supply by the brachial vessels. Clean the coracobrachialis, biceps brachii, brachialis and ...
Temporal bone
... • The zygomatic process projects anteriorly from the temporal bone • It joins the temporal process of the zygomatic bone and helps form the prominence of the cheek known as the zygomatic arch ...
... • The zygomatic process projects anteriorly from the temporal bone • It joins the temporal process of the zygomatic bone and helps form the prominence of the cheek known as the zygomatic arch ...
inner ear
... 2 oblique muscles – that attach from the side of the eyeball superior oblique – along medial wall, passes through trochlea (loop on medial wall of orbit) and turns laterally inferior oblique – from lateral wall of orbit, on inferior side of eyeball ...
... 2 oblique muscles – that attach from the side of the eyeball superior oblique – along medial wall, passes through trochlea (loop on medial wall of orbit) and turns laterally inferior oblique – from lateral wall of orbit, on inferior side of eyeball ...
Chapter 7: Respiratory System
... 3. Describe how the mechanical action of breathing moves gases into and out of the lungs. 4. Explain how gases are exchanged between the respiratory system and the environment. 5. Identify factors that affect the rate of respiration. 6. Identify diseases that are associated with the respiratory ...
... 3. Describe how the mechanical action of breathing moves gases into and out of the lungs. 4. Explain how gases are exchanged between the respiratory system and the environment. 5. Identify factors that affect the rate of respiration. 6. Identify diseases that are associated with the respiratory ...
File
... (a) Pelvic position: hanging down into pelvis against right pelvic wall. (b) Retrocecal position: coiled up behind cecum. (c) Paracecal position: projecting upward along lateral side of cecum. (d) Pre-ileal or Retro-ileal postion: in front of or behind terminal part of ileum. ...
... (a) Pelvic position: hanging down into pelvis against right pelvic wall. (b) Retrocecal position: coiled up behind cecum. (c) Paracecal position: projecting upward along lateral side of cecum. (d) Pre-ileal or Retro-ileal postion: in front of or behind terminal part of ileum. ...
Subconjunctival enucleation
... manipulation of the globe, sufficient conjunctiva was left attached posterior to the limbus for grasping with forceps. The dissection was continued around the conjunctival sac to identify the attachment of the extraocular muscles. The muscles (ventral rectus, lateral rectus, medial rectus, dorsal ob ...
... manipulation of the globe, sufficient conjunctiva was left attached posterior to the limbus for grasping with forceps. The dissection was continued around the conjunctival sac to identify the attachment of the extraocular muscles. The muscles (ventral rectus, lateral rectus, medial rectus, dorsal ob ...
Estimating Time of Death
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
facial nerve and
... Pressure waves of the endolymph induce the basilar membrane to vibrate, induces a shearing of the apical ends of the hair cells against the tectorial membrane. This will bend the bundle of stereocilia on each hair cell resulting in the bending of the bundle of stereocilia and the opening of mech ...
... Pressure waves of the endolymph induce the basilar membrane to vibrate, induces a shearing of the apical ends of the hair cells against the tectorial membrane. This will bend the bundle of stereocilia on each hair cell resulting in the bending of the bundle of stereocilia and the opening of mech ...
Lab 8 Skinfold Lecture
... • Place the jaws of the caliper perpendicular to the fold, approx. 1 cm below the thumb and index finger, and release the jaw pressure slowly • Take the SKF measurement within 1-2 sec • Open the jaws of the caliper to remove it from the site. Close the jaws slowly to prevent damage or loss of calibr ...
... • Place the jaws of the caliper perpendicular to the fold, approx. 1 cm below the thumb and index finger, and release the jaw pressure slowly • Take the SKF measurement within 1-2 sec • Open the jaws of the caliper to remove it from the site. Close the jaws slowly to prevent damage or loss of calibr ...
Estimating Time of Death
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
Objectives
... on the direction and position of the nerves and muscles of abdominal wall. - The incision should be made in the direction of the lines of cleavage in the skin. - Cutting of segmental nerves result in paralysis of part of anterior abdominal musculature and a segment of the rectus abdominis. The follo ...
... on the direction and position of the nerves and muscles of abdominal wall. - The incision should be made in the direction of the lines of cleavage in the skin. - Cutting of segmental nerves result in paralysis of part of anterior abdominal musculature and a segment of the rectus abdominis. The follo ...
Estimating Time of Death
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
... “Death Stiffness” • Normal Muscle Contraction – Calcium released from membranes inside cell causes muscle fibers cells to contract – Active transport then removes calcium so muscle fibers can relax • This requires oxygen and an energy supply ...
Body Systems Quiz 2: Respiratory and Circulatory Systems
... 5. How does the circulatory system work with the respiratory system? A. The respiratory system takes in oxygen from air and the circulatory system carries the oxygen to every cell in your body. B. The ...
... 5. How does the circulatory system work with the respiratory system? A. The respiratory system takes in oxygen from air and the circulatory system carries the oxygen to every cell in your body. B. The ...
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.