Lab 1 The Human Skeleton Introduction to the Skeleton
... refers to the bones of the trunk, including the vertebrae, ribs, and sternum ...
... refers to the bones of the trunk, including the vertebrae, ribs, and sternum ...
Anatomy of the Digestive System
... anterior boundary Covered by skin externally & mucous membrane internally Philtrum: shallow vertical groove that marks the midline of upper lip ...
... anterior boundary Covered by skin externally & mucous membrane internally Philtrum: shallow vertical groove that marks the midline of upper lip ...
What would happen to the heart rate if some stimulus caused blood
... Figure 1.3; page 8: What would happen to the heart rate if some stimulus caused blood pressure to decrease? Would this occur by positive or negative feedback? _Heart rate would increase due to operation of negative feedback system____________________________ CHECKPOINT: What types of disturbances ca ...
... Figure 1.3; page 8: What would happen to the heart rate if some stimulus caused blood pressure to decrease? Would this occur by positive or negative feedback? _Heart rate would increase due to operation of negative feedback system____________________________ CHECKPOINT: What types of disturbances ca ...
Muscular System - walker2015
... Flexion – a movement that decreases the angle of the joint and brings two bones closer together ...
... Flexion – a movement that decreases the angle of the joint and brings two bones closer together ...
physical fitness - Montgomery County Schools
... heart, blood vessels, blood, and lungs to deliver oxygen and nutrients to all body cells during times of demand. ...
... heart, blood vessels, blood, and lungs to deliver oxygen and nutrients to all body cells during times of demand. ...
Respiratory Anatomy
... o Internal: acts as an antagonist (opponent) to the diaphragm, helping to reduce the volume of the thoracic (chest) cavity during exhalation. When the internal obliques contract they compress the organs of the abdomen, pushing them up into the diaphragm which intrudes back into the chest cavity redu ...
... o Internal: acts as an antagonist (opponent) to the diaphragm, helping to reduce the volume of the thoracic (chest) cavity during exhalation. When the internal obliques contract they compress the organs of the abdomen, pushing them up into the diaphragm which intrudes back into the chest cavity redu ...
Phonation Extra credit slides2
... Where are the pyriform sinuses located in relationship with the valleculae? A. Inferior (below) B. Superior (above) C. At the same level ...
... Where are the pyriform sinuses located in relationship with the valleculae? A. Inferior (below) B. Superior (above) C. At the same level ...
SECTION A: Introduction to Anatomy and Physiology
... ✔ Note: The limbs (see Figure 10), or extremities (ik-strem´-uht-ez), consist of the arms, legs, hands, and feet. They are important in movement but do not contain vital organs. Thus, a person may lose an extremity without it being fatal. However, due to the amount of blood that flows through the ex ...
... ✔ Note: The limbs (see Figure 10), or extremities (ik-strem´-uht-ez), consist of the arms, legs, hands, and feet. They are important in movement but do not contain vital organs. Thus, a person may lose an extremity without it being fatal. However, due to the amount of blood that flows through the ex ...
Keeping Your Body Healthy The Body Systems
... meet. Ligaments are tough fiber that connect bones to bones. A joint is where two bones meet. ...
... meet. Ligaments are tough fiber that connect bones to bones. A joint is where two bones meet. ...
The Language of Anatomy
... Dorsal/ventral (backside/belly side): These terms are used chiefly in discussing the comparative anatomy of animals, assuming the animal is standing. Dorsum is a Latin word meaning “back.” Thus, dorsal refers to the animal’s back or the backside of any other structures; for example, the posterior su ...
... Dorsal/ventral (backside/belly side): These terms are used chiefly in discussing the comparative anatomy of animals, assuming the animal is standing. Dorsum is a Latin word meaning “back.” Thus, dorsal refers to the animal’s back or the backside of any other structures; for example, the posterior su ...
Common bile duct: On its way to 2nd part of duodenum. Therefore
... is the main course of the medicine. Karl Marx said “No anatomy, not medicine” ...
... is the main course of the medicine. Karl Marx said “No anatomy, not medicine” ...
Bones and joints of the upper limb: shoulder and arm
... Locate the following: costal (subscapular) surface, supra- and infraspinous fossae, superior, vertebral (medial) and axillary (lateral) borders, superior, lateral and inferior angles, acromion process, coracoid process, spine, glenoid fossa, with supra- and infraglenoid tubercles. Be able to disting ...
... Locate the following: costal (subscapular) surface, supra- and infraspinous fossae, superior, vertebral (medial) and axillary (lateral) borders, superior, lateral and inferior angles, acromion process, coracoid process, spine, glenoid fossa, with supra- and infraglenoid tubercles. Be able to disting ...
The Human Body Tissues Organs Function
... • Smallest part of the human body that performs all the necessary life functions is ___________ • Cells – the smallest unit of life • Tissues – groups of cells with similar structure and function • Organs – groups of tissues organized to perform ...
... • Smallest part of the human body that performs all the necessary life functions is ___________ • Cells – the smallest unit of life • Tissues – groups of cells with similar structure and function • Organs – groups of tissues organized to perform ...
Slide ()
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
Slide ()
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
Slide ()
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
Slide ()
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
Slide ()
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
... Anatomy and function of extraocular muscles. (A) Extraocular muscles in the left orbit (lateral view). (B) An illustration of the right eye viewed from above in the primary position (center figure) showing the angle of attachment of the superior and inferior rectus muscles and the superior and infer ...
Anatomy Terms
... adducting the thighs brings the legs together, and abducting the thighs spreads the legs apart. Similarly, adducting the fingers brings them into contact with one another, and abducting the fingers spreads them apart. Abduct= move the limb away from the body. Rotation: means moving a part about its ...
... adducting the thighs brings the legs together, and abducting the thighs spreads the legs apart. Similarly, adducting the fingers brings them into contact with one another, and abducting the fingers spreads them apart. Abduct= move the limb away from the body. Rotation: means moving a part about its ...
Mucles of the Leg * I included spinal levels
... Divide the muscles into those that do plantar flexion and those that do dorsiflexion Look at the spinal levels and actions of the tibialis anterior and tibialis posterior muscles Note that the popliteus muscle is located just posterior to the knee, while the other muscles are along the shafts ...
... Divide the muscles into those that do plantar flexion and those that do dorsiflexion Look at the spinal levels and actions of the tibialis anterior and tibialis posterior muscles Note that the popliteus muscle is located just posterior to the knee, while the other muscles are along the shafts ...
Muscle
... 9) The strength of skeletal muscle contraction is regulated by the frequency of motor neuron action potentials and the number of muscle fibers excited by motor neurons. (T or F). 10) Endurance training increases the number and size of your skeletal muscle cells. (T or F). 11) Striated muscles conta ...
... 9) The strength of skeletal muscle contraction is regulated by the frequency of motor neuron action potentials and the number of muscle fibers excited by motor neurons. (T or F). 10) Endurance training increases the number and size of your skeletal muscle cells. (T or F). 11) Striated muscles conta ...
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.