human ana tomy 13
... are connected to them. Bones are strong and can bend at their joints. They also serve as a shield, protecting the vital internal organs from injury. 3. Bones are as strong as steel but much lighter and more flexible. They are composed of minerals, organic matter, and water, held together by a cement ...
... are connected to them. Bones are strong and can bend at their joints. They also serve as a shield, protecting the vital internal organs from injury. 3. Bones are as strong as steel but much lighter and more flexible. They are composed of minerals, organic matter, and water, held together by a cement ...
human ana tomy 13
... are connected to them. Bones are strong and can bend at their joints. They also serve as a shield, protecting the vital internal organs from injury. 3. Bones are as strong as steel but much lighter and more flexible. They are composed of minerals, organic matter, and water, held together by a cement ...
... are connected to them. Bones are strong and can bend at their joints. They also serve as a shield, protecting the vital internal organs from injury. 3. Bones are as strong as steel but much lighter and more flexible. They are composed of minerals, organic matter, and water, held together by a cement ...
bones__muscle_power_point
... For this section of the Fitness Unit, we are going to learn the major muscles: ...
... For this section of the Fitness Unit, we are going to learn the major muscles: ...
Évidements ganglionnaires cervicaux
... Sternocleidomastoid Muscle (SCM) Origin • Medial 1/3 of the clavicle • manubrium ...
... Sternocleidomastoid Muscle (SCM) Origin • Medial 1/3 of the clavicle • manubrium ...
Phylum Aschelminthes Learning Outcomes
... • Body cavity between the intestine and the body wall • Contains fluid which creates hydrostatic pressure • When muscles in the body wall contract the pseudocoelom gets smaller and no pressure is applied to the intestine ...
... • Body cavity between the intestine and the body wall • Contains fluid which creates hydrostatic pressure • When muscles in the body wall contract the pseudocoelom gets smaller and no pressure is applied to the intestine ...
ANSWERS TO CHAPTER 1
... 8. A. A frontal plane divides the body into anterior and posterior portions. A sagittal plane divides the body into left and right portions, and a transverse plane divides the body into superior and inferior portions. 9. B. The lower limb includes the thigh (hip to knee), leg (knee to ankle), ankle, ...
... 8. A. A frontal plane divides the body into anterior and posterior portions. A sagittal plane divides the body into left and right portions, and a transverse plane divides the body into superior and inferior portions. 9. B. The lower limb includes the thigh (hip to knee), leg (knee to ankle), ankle, ...
The Appendicular Skeleton
... • Long bone situated on the lateral side of the forearm • Together with the ulna, it provides attachment for the forearm muscles • It consists of an articular head above, which articulates with the humerus and ulna to form the elbow joint • Consists of an articular surface below, which articulates w ...
... • Long bone situated on the lateral side of the forearm • Together with the ulna, it provides attachment for the forearm muscles • It consists of an articular head above, which articulates with the humerus and ulna to form the elbow joint • Consists of an articular surface below, which articulates w ...
Lab handout
... pinpoint to separate each tergum from the underlying tissues so that only the sclerites and intersegmental membranes are removed. Leave the last abdominal tergum intact. The thoracic terga are more securely fastened by dorso-ventral muscles, which may have to be cut. What is the function of these mu ...
... pinpoint to separate each tergum from the underlying tissues so that only the sclerites and intersegmental membranes are removed. Leave the last abdominal tergum intact. The thoracic terga are more securely fastened by dorso-ventral muscles, which may have to be cut. What is the function of these mu ...
Unit 1 – Levels of Organization
... Anatomical Positions Anatomical position is standing upright, face forward, arms at side, palms forward. ...
... Anatomical Positions Anatomical position is standing upright, face forward, arms at side, palms forward. ...
Introduction to The Human Body
... c. two or more tissues that perform a common function. d. a group of cells with similar structure and function. ...
... c. two or more tissues that perform a common function. d. a group of cells with similar structure and function. ...
get Assignment File
... Body Planes and Sections • Transverse plane – Runs horizontally and divides body into superior and inferior parts ...
... Body Planes and Sections • Transverse plane – Runs horizontally and divides body into superior and inferior parts ...
Flexion: a decrease in the angle around the joint
... Flexion: a decrease in the angle around the joint. Eg. Bending leg in preparation for kicking a football. Extension: an increase in the angle around the joint. Eg. Straightening the arm as swing racquet through to serve in tennis. Abduction: movement away from the mid-line of the body. Eg. Stepping ...
... Flexion: a decrease in the angle around the joint. Eg. Bending leg in preparation for kicking a football. Extension: an increase in the angle around the joint. Eg. Straightening the arm as swing racquet through to serve in tennis. Abduction: movement away from the mid-line of the body. Eg. Stepping ...
HERE
... • hard but slippery tissue that covers the ends of bones where they meet to form a joint. • made up of cells and collagen fibres and is wear-resistant • helps reduce the friction of movement by allowing bones to glide over one another • Absorbs the energy from the shock of physical movement • Found ...
... • hard but slippery tissue that covers the ends of bones where they meet to form a joint. • made up of cells and collagen fibres and is wear-resistant • helps reduce the friction of movement by allowing bones to glide over one another • Absorbs the energy from the shock of physical movement • Found ...
Mink Dissection Review
... Mink Body Systems • Homeostasis: regulation of an organism's internal environment to maintain conditions needed for life regardless of external environment ...
... Mink Body Systems • Homeostasis: regulation of an organism's internal environment to maintain conditions needed for life regardless of external environment ...
Roundworms
... • Nervous System o 4 main nerves entire length of the body o dorsal nerve controls muscle movement o lateral nerves sensory information o ventral nerve motor skills • Brain o rings of the four primary nerves o motor responses o move to or away from stimuli ...
... • Nervous System o 4 main nerves entire length of the body o dorsal nerve controls muscle movement o lateral nerves sensory information o ventral nerve motor skills • Brain o rings of the four primary nerves o motor responses o move to or away from stimuli ...
Anatomy with Elements of Topographic Anatomy
... to be able to identify details in anatomic specimens ...
... to be able to identify details in anatomic specimens ...
VISCERAL X-RAYS – QUESTIONS
... A. ID C. ID B. ID D. ID V-8 – This radiograph shows insertion of stents to maintain patency of the ureter. A. Where are these coils located? B. Where are these coils located? V-9 – Panoramic dental A. Use the lower arcade to identify the adult dental formula. What teeth are missing? B. ID C. ID V-10 ...
... A. ID C. ID B. ID D. ID V-8 – This radiograph shows insertion of stents to maintain patency of the ureter. A. Where are these coils located? B. Where are these coils located? V-9 – Panoramic dental A. Use the lower arcade to identify the adult dental formula. What teeth are missing? B. ID C. ID V-10 ...
Welcome to Anatomy and Physiology!
... Greek physician born in 460 BC “Hippocratic Oath” Today Hippocrates is known as the "Father of Medicine" ...
... Greek physician born in 460 BC “Hippocratic Oath” Today Hippocrates is known as the "Father of Medicine" ...
unit 1– body plan and organization lecture
... of the body. A. Posterior – to the back B. Anterior – to the front C. Medial – towards the middle D. Lateral – towards the side E. Proximal – closest to the trunk or main part of the body F. Distal – away from the trunk or the main part of the body G. Superficial – towards the surface H. Deep – away ...
... of the body. A. Posterior – to the back B. Anterior – to the front C. Medial – towards the middle D. Lateral – towards the side E. Proximal – closest to the trunk or main part of the body F. Distal – away from the trunk or the main part of the body G. Superficial – towards the surface H. Deep – away ...
the human body: an orientation
... sally acceptable set of reference terms that allows body structures to be located and identified with a high degree of clarity. Initially, students might have diffi culties with the language used to describe anatomy and physiology, but without such a special vocabulary, confusion is bound to occur. ...
... sally acceptable set of reference terms that allows body structures to be located and identified with a high degree of clarity. Initially, students might have diffi culties with the language used to describe anatomy and physiology, but without such a special vocabulary, confusion is bound to occur. ...
4 Planes
... Anatomic position= standing face forward arms at sides palms forward Nanette Morris, RN, BA, NBCT ...
... Anatomic position= standing face forward arms at sides palms forward Nanette Morris, RN, BA, NBCT ...
directional term activity
... This lesson is designed to teach and reinforce the “language of anatomy”. In groups, label each other by anatomical direction. Then, students label drawings of themselves with anatomical directions. Keywords: superior, inferior, anterior, posterior, medial, lateral, intermediate, proximal, distal, s ...
... This lesson is designed to teach and reinforce the “language of anatomy”. In groups, label each other by anatomical direction. Then, students label drawings of themselves with anatomical directions. Keywords: superior, inferior, anterior, posterior, medial, lateral, intermediate, proximal, distal, s ...
the human body systems
... 1. __________-tough tight fitting membrane that covers the bone 2. Compact bone-gives the body _________ 3. ________ bone-open spaces that make bones lightweight (marrow) 4. __________-smooth thick flexible tissue that covers end of bone II. MUSCULAR SYSTEM A. Major Function-Provides ___________ B. ...
... 1. __________-tough tight fitting membrane that covers the bone 2. Compact bone-gives the body _________ 3. ________ bone-open spaces that make bones lightweight (marrow) 4. __________-smooth thick flexible tissue that covers end of bone II. MUSCULAR SYSTEM A. Major Function-Provides ___________ B. ...
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.