HUMERUS
... Common Flexor Origin The superficial flexor muscles of the forearm arise by a common origin from the anterior aspect of the medial epicondyle. This is called the common flexor origin. Attachment of capsular ligaments: Capsular ligament of shoulder joint: Attached to anatomical neck except on medi ...
... Common Flexor Origin The superficial flexor muscles of the forearm arise by a common origin from the anterior aspect of the medial epicondyle. This is called the common flexor origin. Attachment of capsular ligaments: Capsular ligament of shoulder joint: Attached to anatomical neck except on medi ...
Bones of upper limb
... The head lies distally at the wrist. The articulations between the ulna & humerus at the elbow joint allows primarily only flexion & extension (small amount of abduction & adduction occurs). ...
... The head lies distally at the wrist. The articulations between the ulna & humerus at the elbow joint allows primarily only flexion & extension (small amount of abduction & adduction occurs). ...
PDF PPT
... exertional compartment syndrome from other causes of chronic pain, commonly in lower legs, less frequently in the forearms ...
... exertional compartment syndrome from other causes of chronic pain, commonly in lower legs, less frequently in the forearms ...
Treating Sciatica - Intent Multimedia
... is a good start, but it is still necessary to look at other probable causes of that pain to work with sciatica clients. If the biomechanical dysfunction of the body is not corrected, sciatica will keep occurring—the imbalance in the body is irritating the sciatic injury. For example, if a client has ...
... is a good start, but it is still necessary to look at other probable causes of that pain to work with sciatica clients. If the biomechanical dysfunction of the body is not corrected, sciatica will keep occurring—the imbalance in the body is irritating the sciatic injury. For example, if a client has ...
Arthropods Again: The Crustacean
... excretion, they cannot handle all of the chemical & water balance needs. ...
... excretion, they cannot handle all of the chemical & water balance needs. ...
12 Appendicular Muscles
... Originate and insert within the foot. Support the arches and move the toes to aid locomotion. Most are comparable to the intrinsic muscles of the hand. Rarely perform all the precise movements their names suggest. The dorsal group contains only two muscles. extensor hallucis brevis extends the M ...
... Originate and insert within the foot. Support the arches and move the toes to aid locomotion. Most are comparable to the intrinsic muscles of the hand. Rarely perform all the precise movements their names suggest. The dorsal group contains only two muscles. extensor hallucis brevis extends the M ...
Temoral region and muscle of mastication Dr. Hany Sonpol
... infratemporal fossa to come in relation to the lower border of the lateral pterygoid muscle It runs medial to the neck of the mandible (between the neck of the mandible and sphenomandibular ligament) It crosses the lingual nerve and inferior alveolar nerve below the lower border of the lateral p ...
... infratemporal fossa to come in relation to the lower border of the lateral pterygoid muscle It runs medial to the neck of the mandible (between the neck of the mandible and sphenomandibular ligament) It crosses the lingual nerve and inferior alveolar nerve below the lower border of the lateral p ...
Ch 5 - KSU Web Home - Kennesaw State University
... by which food energy & nutrients are made available to and used by the body • Resting Metabolic Rate (RMB): the energy required to maintain vital body functions while the body is at rest (e.g. respiration, heart rate, body temperature, blood pressure) ...
... by which food energy & nutrients are made available to and used by the body • Resting Metabolic Rate (RMB): the energy required to maintain vital body functions while the body is at rest (e.g. respiration, heart rate, body temperature, blood pressure) ...
8.Arm and Elbow2014-12
... brachial artery passes through cubital fossa ( that’s why we can measure blood pressure at cubital fossa) base is line between epicondyles. ...
... brachial artery passes through cubital fossa ( that’s why we can measure blood pressure at cubital fossa) base is line between epicondyles. ...
Thyroid Anatomy
... Pyramidal lobe: often ascends from the isthmus or the adjacent part of either lobe (usu L) up to the hyoid bone may be attached by a fibrous/fibromuscular band “levator” of the thyroid gland ...
... Pyramidal lobe: often ascends from the isthmus or the adjacent part of either lobe (usu L) up to the hyoid bone may be attached by a fibrous/fibromuscular band “levator” of the thyroid gland ...
Word
... The back is the dorsal surface, while the belly is the ventral surface. The head is the cranial or anterior end; the tail is the caudal or posterior end. The three anatomical planes are shown in Figure 10.1. The transverse plane cuts through the body at right angles to the back bone. It is like a cr ...
... The back is the dorsal surface, while the belly is the ventral surface. The head is the cranial or anterior end; the tail is the caudal or posterior end. The three anatomical planes are shown in Figure 10.1. The transverse plane cuts through the body at right angles to the back bone. It is like a cr ...
Chapter 9: Elbow
... Surface area for muscle attachment C. Increases range of pronation and supination D. None of the above ...
... Surface area for muscle attachment C. Increases range of pronation and supination D. None of the above ...
Lab 10- FishDissection
... cranial or anterior end; the tail is the caudal or posterior end. The three anatomical planes are shown in Figure 10.1. The transverse plane cuts through the body at right angles to the back bone. It is like a cross-section and divides the body into cranial and caudal parts. The frontal plane is a h ...
... cranial or anterior end; the tail is the caudal or posterior end. The three anatomical planes are shown in Figure 10.1. The transverse plane cuts through the body at right angles to the back bone. It is like a cross-section and divides the body into cranial and caudal parts. The frontal plane is a h ...
Thyroid Anatomy Stephanie Johnson PGY 2
... Pyramidal lobe: often ascends from the isthmus or the adjacent part of either lobe (usu L) up to the hyoid bone may be attached by a fibrous/fibromuscular band “levator” of the thyroid gland ...
... Pyramidal lobe: often ascends from the isthmus or the adjacent part of either lobe (usu L) up to the hyoid bone may be attached by a fibrous/fibromuscular band “levator” of the thyroid gland ...
The Skeletal System
... Gliding: two opposing surfaces slide past each other Flexion: movement in the anterior-posterior plane that reduces the angle between the articulating elements Abduction: movement away from the midline of the body in the frontal plane Rotation: turning around the longitudinal axis of the body or lim ...
... Gliding: two opposing surfaces slide past each other Flexion: movement in the anterior-posterior plane that reduces the angle between the articulating elements Abduction: movement away from the midline of the body in the frontal plane Rotation: turning around the longitudinal axis of the body or lim ...
The Eye
... 2. Choroid: The choroid lines most of the internal surface of the sclera. It provides nutrients to the posterior surface of the retina and helps prevent reflection in the eyeball. 3. Retina: A delicate, nervous tissue membrane, the retina is the inner layer of the eye. The images of external objects ...
... 2. Choroid: The choroid lines most of the internal surface of the sclera. It provides nutrients to the posterior surface of the retina and helps prevent reflection in the eyeball. 3. Retina: A delicate, nervous tissue membrane, the retina is the inner layer of the eye. The images of external objects ...
Anatomy/Physiology Name Chapter 6 Review What is osteology
... 5. What is the difference between compact bone and spongy bone? Where are each of these types of bone found? ...
... 5. What is the difference between compact bone and spongy bone? Where are each of these types of bone found? ...
Rat Dissection Lab
... 4. Get a Ziplock bag and write your team members names on the bag with the sharpie. 5. Wrap your rat in a damp paper towel. Place your rat in the Ziplock bag, being sure to squeeze out as much air as possible. 6. Clean your lab station, tools, and tray. Replace the paper towel in your tray. 7. Wash ...
... 4. Get a Ziplock bag and write your team members names on the bag with the sharpie. 5. Wrap your rat in a damp paper towel. Place your rat in the Ziplock bag, being sure to squeeze out as much air as possible. 6. Clean your lab station, tools, and tray. Replace the paper towel in your tray. 7. Wash ...
Spring 00
... 15) Which of the following structures are NOT unique to cervical vertebra? (MACA) a) bifid spinous process b) transverse foramen c) mamillary process d) vertebral foramen e) uncinate process 16) The inferior articular facets of a typical thoracic vertebra face in what direction? a) anterior b) poste ...
... 15) Which of the following structures are NOT unique to cervical vertebra? (MACA) a) bifid spinous process b) transverse foramen c) mamillary process d) vertebral foramen e) uncinate process 16) The inferior articular facets of a typical thoracic vertebra face in what direction? a) anterior b) poste ...
cephal - IS MU
... Epicanthus, is the skin fold of the upper eyelid covering the inner angle of the eye (i. e. on the side close to the nose), another Latin name for it is: Plica_____________________________ The pleural recess between the lateral wall of thorax (i. e. ribs) and the descending is sides of diaphragm and ...
... Epicanthus, is the skin fold of the upper eyelid covering the inner angle of the eye (i. e. on the side close to the nose), another Latin name for it is: Plica_____________________________ The pleural recess between the lateral wall of thorax (i. e. ribs) and the descending is sides of diaphragm and ...
09b_lecture_ppt
... • The leg is divided into three compartments – Muscles in the anterior compartment cause dorsiflexion, inversion, or eversion of the foot and extension of the toes – Muscles of the lateral compartment plantar flex and evert the foot – Muscles of the posterior compartment flex the leg, plantar flex a ...
... • The leg is divided into three compartments – Muscles in the anterior compartment cause dorsiflexion, inversion, or eversion of the foot and extension of the toes – Muscles of the lateral compartment plantar flex and evert the foot – Muscles of the posterior compartment flex the leg, plantar flex a ...
In this unit, we have been exploring homeostasis, t
... My presentation is about the: ______________________ system The due date of my presentation is: _____________________ ...
... My presentation is about the: ______________________ system The due date of my presentation is: _____________________ ...
sternum
... 17cm in length (less in females) Lies in midline of anterior chest wall. Shape of sternum Convex in front Concave behind Broadest at its upper border Narrow at sternal angle Parts of Sternum. Flat bone divided into three parts: 1. Manubrium sterni. 2. Body (mesosternum) 3. Xiphoid proc ...
... 17cm in length (less in females) Lies in midline of anterior chest wall. Shape of sternum Convex in front Concave behind Broadest at its upper border Narrow at sternal angle Parts of Sternum. Flat bone divided into three parts: 1. Manubrium sterni. 2. Body (mesosternum) 3. Xiphoid proc ...
Sternum lecture outline
... 17cm in length (less in females) Lies in midline of anterior chest wall. Shape of sternum Convex in front Concave behind Broadest at its upper border Narrow at sternal angle Parts of Sternum. Flat bone divided into three parts: 1. Manubrium sterni. 2. Body (mesosternum) 3. Xiphoid proc ...
... 17cm in length (less in females) Lies in midline of anterior chest wall. Shape of sternum Convex in front Concave behind Broadest at its upper border Narrow at sternal angle Parts of Sternum. Flat bone divided into three parts: 1. Manubrium sterni. 2. Body (mesosternum) 3. Xiphoid proc ...
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.