Slides - Suffolk County Community College
... Movements at synovial joints 1. Linear movements - Gliding: slight movement in any direction 2. Angular movements: one plane of motion - Flexion: reduce angle in frontal plane - Extension: increase angle in frontal plane - Hyperextension: extension past anatomical position - Abduction: move away fr ...
... Movements at synovial joints 1. Linear movements - Gliding: slight movement in any direction 2. Angular movements: one plane of motion - Flexion: reduce angle in frontal plane - Extension: increase angle in frontal plane - Hyperextension: extension past anatomical position - Abduction: move away fr ...
The Animal Kingdom and Sponges Laboratory
... symmetry. Radial symmetry produces only dorsal and ventral sides; no anterior or posterior; no lateral sides. Bilateral symmetry produces right and left lateral sides as well as dorsal and ventral sides. Many animals that exhibit bilateral symmetry also have an anterior and posterior orientation. Se ...
... symmetry. Radial symmetry produces only dorsal and ventral sides; no anterior or posterior; no lateral sides. Bilateral symmetry produces right and left lateral sides as well as dorsal and ventral sides. Many animals that exhibit bilateral symmetry also have an anterior and posterior orientation. Se ...
JOINTS/ARTICULATIONS
... All muscles attach to bone or connective tissue at no fewer than two points. Origin— attachment to immovable bone. Insertion—attachment to movable bone Muscle contraction causes insertion to move toward origin. Movements occur along transverse, frontal, or sagittal planes. Angular Movements: ...
... All muscles attach to bone or connective tissue at no fewer than two points. Origin— attachment to immovable bone. Insertion—attachment to movable bone Muscle contraction causes insertion to move toward origin. Movements occur along transverse, frontal, or sagittal planes. Angular Movements: ...
POWERPOINT VERSION ()
... with a space between that is filled with serous fluid Serum – a clear, watery fluid - the fluid portion of the blood obtained after removal of the fibrin clot and blood cells Serous - relating to, containing, or producing serum - or a substance having a watery ...
... with a space between that is filled with serous fluid Serum – a clear, watery fluid - the fluid portion of the blood obtained after removal of the fibrin clot and blood cells Serous - relating to, containing, or producing serum - or a substance having a watery ...
Skin of the Neck
... •Action: Two muscles acting together extend head and flex neck; one muscle rotates head to opposite side. ...
... •Action: Two muscles acting together extend head and flex neck; one muscle rotates head to opposite side. ...
Sponge_and_Cnidarians
... • Sexually: When both sexes release gametes during the spawning season. ...
... • Sexually: When both sexes release gametes during the spawning season. ...
Frog Dissection Assessment
... Part 1. Vocabulary Terms Directions: Match the anatomy with the correct definition Definition ...
... Part 1. Vocabulary Terms Directions: Match the anatomy with the correct definition Definition ...
PDF
... According to free encyclopedia, there are approximately 640 skeletal muscles within the typical human and these muscles are classified based on regions with pyramidalis belonging to the trunk. Although the pyramidalis muscle is typically described to lie between the anterior surface of the rectus ab ...
... According to free encyclopedia, there are approximately 640 skeletal muscles within the typical human and these muscles are classified based on regions with pyramidalis belonging to the trunk. Although the pyramidalis muscle is typically described to lie between the anterior surface of the rectus ab ...
Chapter 3-2
... Peritoneum = serous membrane lining the abdominal cavity and covering most abdominal organs, except the kidneys, duodenum, and parts of the colon. ...
... Peritoneum = serous membrane lining the abdominal cavity and covering most abdominal organs, except the kidneys, duodenum, and parts of the colon. ...
Name
... Why are trees tall? Why do zebras have stripes? Who do cheetahs have long, narrow legs? These questions can all be answered using Darwin’s theory of evolution by natural selection. In fact, virtually every trait of an organism can be explained using natural selection theory. While learning the anato ...
... Why are trees tall? Why do zebras have stripes? Who do cheetahs have long, narrow legs? These questions can all be answered using Darwin’s theory of evolution by natural selection. In fact, virtually every trait of an organism can be explained using natural selection theory. While learning the anato ...
Glossary of Terms Accuracy: the proximity of the measured value to
... the eye (the bony cavity containing the eyeball and its associated muscles, vessels, and nerves) through the highest point of the auditory meatus (opening of the ear canal); the line is parallel to the floor and perpendicular to the vertical surface Frankfort vertical plane: an imaginary vertical li ...
... the eye (the bony cavity containing the eyeball and its associated muscles, vessels, and nerves) through the highest point of the auditory meatus (opening of the ear canal); the line is parallel to the floor and perpendicular to the vertical surface Frankfort vertical plane: an imaginary vertical li ...
Skull
... 2. Parietal Bones: 1 located on each side of the skull just behind the frontal bone. Fused at the sagittal suture Meets the frontal bone at the coronal suture ...
... 2. Parietal Bones: 1 located on each side of the skull just behind the frontal bone. Fused at the sagittal suture Meets the frontal bone at the coronal suture ...
Bone Disorders - Lemon Bay High School
... joints, progressively restricting movement and forming a second skeleton that imprisons the body in bone. ...
... joints, progressively restricting movement and forming a second skeleton that imprisons the body in bone. ...
Temporal and infratemporal fossae
... Temporal region • Temporal fossa • Infratemporal fossa • Regions above and below zygomatic arch ...
... Temporal region • Temporal fossa • Infratemporal fossa • Regions above and below zygomatic arch ...
Fossil Hominid Lab
... FRONTAL (or coronal) separates the body into Anterior and Posterior parts ...
... FRONTAL (or coronal) separates the body into Anterior and Posterior parts ...
Bones of the Axial Skeleton
... Bones of the Axial Skeleton Skull – 22 bones (8 cranium 13 facial And mandible) Sutures: narrow joints/jagged line Sinuses: chambers within bones Of skull ( frontal bone Ethmoid Sphenoid 2 maxillary Lining=mucus membrane Sinusitis: inflammation FCN: 1. connect w/nasal cavity For drainage 2. reduce w ...
... Bones of the Axial Skeleton Skull – 22 bones (8 cranium 13 facial And mandible) Sutures: narrow joints/jagged line Sinuses: chambers within bones Of skull ( frontal bone Ethmoid Sphenoid 2 maxillary Lining=mucus membrane Sinusitis: inflammation FCN: 1. connect w/nasal cavity For drainage 2. reduce w ...
body cavities
... Coelomates such as earthworms have a true coelom, a body cavity completely lined by tissue derived from mesoderm and surrounding a digestive tract derived from endoderm. The coelom separates and suspends the organs from the body, providing cushioned support and room to grow, as well as separate ope ...
... Coelomates such as earthworms have a true coelom, a body cavity completely lined by tissue derived from mesoderm and surrounding a digestive tract derived from endoderm. The coelom separates and suspends the organs from the body, providing cushioned support and room to grow, as well as separate ope ...
Introduction to Anatomy
... 1983 – fifth, last edition of Nomina Anatomica 1985 – Nomina Histologica et Nomina Embryologica 1998 – Terminologia Anatomica (TA): FCAT ...
... 1983 – fifth, last edition of Nomina Anatomica 1985 – Nomina Histologica et Nomina Embryologica 1998 – Terminologia Anatomica (TA): FCAT ...
Dissection of the Rat
... function of each muscle. 1. Biceps brachii - located on the anterior surface of the humerus. 2. Triceps brachii - located on the sides and back of the upper arm. 3. Spinotrapezius - located across the dorsal thoracic region of the rat. 4. Latissimus dorsi - located posterior (and partially covered) ...
... function of each muscle. 1. Biceps brachii - located on the anterior surface of the humerus. 2. Triceps brachii - located on the sides and back of the upper arm. 3. Spinotrapezius - located across the dorsal thoracic region of the rat. 4. Latissimus dorsi - located posterior (and partially covered) ...
22-Surface Anatomy of the Upper and Lower Limbs2017-01
... o It is essential in locating and identifying anatomic structures prior to studying internal gross anatomy. o It helps to locate the affected organ / structure / region in disease process. Why do we study surface anatomy? When we say surface anatomy of the liver, for example, we mean its normal posi ...
... o It is essential in locating and identifying anatomic structures prior to studying internal gross anatomy. o It helps to locate the affected organ / structure / region in disease process. Why do we study surface anatomy? When we say surface anatomy of the liver, for example, we mean its normal posi ...
Teacher`s Guide For - Wisconsin Media Lab
... Lifting and straightening the leg while walking is typical of how a paired group of muscles work together. As Sean is walking back from the net to serve, he is constantly lifting one of his lower legs off the ground, pulling it up and then straightening it back down. Then he does the same thing with ...
... Lifting and straightening the leg while walking is typical of how a paired group of muscles work together. As Sean is walking back from the net to serve, he is constantly lifting one of his lower legs off the ground, pulling it up and then straightening it back down. Then he does the same thing with ...
Name
... excretory and reproductive organs behind the head and causing the digestive tract to take on a Ushape?___TORSION___________________14. What muscles do Bivalves use to open and close their shell?____ADDUCTOR MUSCLES________ 15. Which class of mollusks does not have an open circulatory system?___CLASS ...
... excretory and reproductive organs behind the head and causing the digestive tract to take on a Ushape?___TORSION___________________14. What muscles do Bivalves use to open and close their shell?____ADDUCTOR MUSCLES________ 15. Which class of mollusks does not have an open circulatory system?___CLASS ...
Axilla and Brachial Region - UNE Faculty/Staff Index Page
... Identify the muscles of the posterior compartment of the brachial region. Identify the attachment points for the posterior brachial muscles. Identify the innervation source and the primary blood supply to these muscles. ...
... Identify the muscles of the posterior compartment of the brachial region. Identify the attachment points for the posterior brachial muscles. Identify the innervation source and the primary blood supply to these muscles. ...
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.