STUDY GUIDE Human Anatomy Final Exam
... 228. The anterior roof of the mouth is formed by the: hard palate; the posterior roof: soft palate 229. Amylase is an enzyme found in: saliva; that digests: starch 230. The term for chewing is: mastication 231. The term for swallowing is: deglutition 232. The muscular tube that extends from the phar ...
... 228. The anterior roof of the mouth is formed by the: hard palate; the posterior roof: soft palate 229. Amylase is an enzyme found in: saliva; that digests: starch 230. The term for chewing is: mastication 231. The term for swallowing is: deglutition 232. The muscular tube that extends from the phar ...
Effect of Ocular Torsion on A and V Patterns and Apparent Oblique
... The initial force vector of each rectus muscle in this left eye is depicted as an arrow F with a subscript to denote the specific muscle, ie, Fs for the superior rectus muscle, FM for the medial rectus muscle, FI for the inferior rectus muscle, and FL for the lateral rectus muscle. An excyclorotatio ...
... The initial force vector of each rectus muscle in this left eye is depicted as an arrow F with a subscript to denote the specific muscle, ie, Fs for the superior rectus muscle, FM for the medial rectus muscle, FI for the inferior rectus muscle, and FL for the lateral rectus muscle. An excyclorotatio ...
Tissue level of organization
... -Has peripheral multiple nuclei -arranged parallel to each other -Contract only when stimulated ...
... -Has peripheral multiple nuclei -arranged parallel to each other -Contract only when stimulated ...
AP Bio Ch 49 Reading Guide
... Figure 49.7 shows the branches of the peripheral nervous system. Label these branches. Which branch is sometimes called the “voluntary nervous system”? Which one is often termed “involuntary?” Include these terms on the diagram below. ...
... Figure 49.7 shows the branches of the peripheral nervous system. Label these branches. Which branch is sometimes called the “voluntary nervous system”? Which one is often termed “involuntary?” Include these terms on the diagram below. ...
Muscular System - Anoka-Hennepin School District
... • AKA Striated Muscles: These are voluntary muscles. Consciously controlled. ...
... • AKA Striated Muscles: These are voluntary muscles. Consciously controlled. ...
Muscle
... 5. Name the anterior trunk muscles described here. Then, for each muscle name that has a color coding circle, select a different color for the coding circle and corresponding muscle on Figure 10-2. _____________________________ Part of the abdominal girdle; forms the external lateral walls of the a ...
... 5. Name the anterior trunk muscles described here. Then, for each muscle name that has a color coding circle, select a different color for the coding circle and corresponding muscle on Figure 10-2. _____________________________ Part of the abdominal girdle; forms the external lateral walls of the a ...
development
... • These myoblasts fuse and form large elongated ,multinucleated tubes the Myotubes. The growth of the muscle depends of the rate of fusion of Myotubes • Myobfilament develop in the cytoplasm of Myotubes • The muscle cells are long & narrow that’s why they are also called Muscle fibers • These muscle ...
... • These myoblasts fuse and form large elongated ,multinucleated tubes the Myotubes. The growth of the muscle depends of the rate of fusion of Myotubes • Myobfilament develop in the cytoplasm of Myotubes • The muscle cells are long & narrow that’s why they are also called Muscle fibers • These muscle ...
DEVELOPMENT OF MUSCLES
... • These myoblasts fuse and form large elongated ,multinucleated tubes the Myotubes. The growth of the muscle depends of the rate of fusion of Myotubes • Myobfilament develop in the cytoplasm of Myotubes • The muscle cells are long & narrow that’s why they are also called Muscle fibers • These muscle ...
... • These myoblasts fuse and form large elongated ,multinucleated tubes the Myotubes. The growth of the muscle depends of the rate of fusion of Myotubes • Myobfilament develop in the cytoplasm of Myotubes • The muscle cells are long & narrow that’s why they are also called Muscle fibers • These muscle ...
Muscle Tissue
... Muscle contraction requires ATP. When oxygen is present in sufficient amounts, the normal processes of glycolysis and cellular ...
... Muscle contraction requires ATP. When oxygen is present in sufficient amounts, the normal processes of glycolysis and cellular ...
Connective Tissue - Lemon Bay High School
... Inflammation is a signal to the body that injury or infection is occurring. Inflammation is a vital part of the healing ...
... Inflammation is a signal to the body that injury or infection is occurring. Inflammation is a vital part of the healing ...
JAOCR at the Viewbox
... Coronal T1-weighted MR image (A) of the hindfoot in a middle-aged man depicts the abductor digiti quinti muscle (dashed arrow) in cross section, which demonstrates asymmetric muscle edema on the coronal FS PDweighted image (B). As is typical with all early muscle denervation, early Baxter neuropathy ...
... Coronal T1-weighted MR image (A) of the hindfoot in a middle-aged man depicts the abductor digiti quinti muscle (dashed arrow) in cross section, which demonstrates asymmetric muscle edema on the coronal FS PDweighted image (B). As is typical with all early muscle denervation, early Baxter neuropathy ...
Anatomy Lecture 8 – The Pharynx and Esophagus
... o The Z-Line was shifted up. o Causes Dysphasia Achalasia o The Lower Esophageal Sphincter (LES) opens less frequently (primary) or is completely paralyzed (secondary). o This leads to reduced or absent peristalsis, which then causes esophageal obstruction o Loss of Enteric Innervation, which norm ...
... o The Z-Line was shifted up. o Causes Dysphasia Achalasia o The Lower Esophageal Sphincter (LES) opens less frequently (primary) or is completely paralyzed (secondary). o This leads to reduced or absent peristalsis, which then causes esophageal obstruction o Loss of Enteric Innervation, which norm ...
1. The muscle which laterally rotates the femur is the: a. rectus
... c. after a while deep tendon reflexes return to normal d. is a completely severed spinal cord ...
... c. after a while deep tendon reflexes return to normal d. is a completely severed spinal cord ...
Manual Muscle Testing
... With arm flexed, apply pressure against forearm, ask client to straighten arm. When performing muscle tests, be sure to evaluate for asymmetry of the muscle groups (i.e. atrophy on one side and not the other) and landmarks prior to testing. ...
... With arm flexed, apply pressure against forearm, ask client to straighten arm. When performing muscle tests, be sure to evaluate for asymmetry of the muscle groups (i.e. atrophy on one side and not the other) and landmarks prior to testing. ...
Manual Muscle Testing - Harrison High School
... With arm flexed, apply pressure against forearm, ask client to straighten arm. When performing muscle tests, be sure to evaluate for asymmetry of the muscle groups (i.e. atrophy on one side and not the other) and landmarks prior to testing. ...
... With arm flexed, apply pressure against forearm, ask client to straighten arm. When performing muscle tests, be sure to evaluate for asymmetry of the muscle groups (i.e. atrophy on one side and not the other) and landmarks prior to testing. ...
Test Review
... Skeletal Muscle Anatomy: Know your diagram. 1. The connective tissue wrappings _____________________________ each cell and __________________________the whole muscle AND provide entry & exit points for ______________ & _________________. 2. Skeletal muscle is dependent on its nerve supply because it ...
... Skeletal Muscle Anatomy: Know your diagram. 1. The connective tissue wrappings _____________________________ each cell and __________________________the whole muscle AND provide entry & exit points for ______________ & _________________. 2. Skeletal muscle is dependent on its nerve supply because it ...
Endoplasmic Reticulum (ER)
... Called “rough ER” because of the ribosomes that are attracted to its membrane giving it a bumpy appearance. A ribosome puts amino acids together to form proteins in a cell. The ribosomes translate genetic code from the nucleus into a sequence of amino acids which is why the rough ER is connected wit ...
... Called “rough ER” because of the ribosomes that are attracted to its membrane giving it a bumpy appearance. A ribosome puts amino acids together to form proteins in a cell. The ribosomes translate genetic code from the nucleus into a sequence of amino acids which is why the rough ER is connected wit ...
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 ...
The Muscular System
... desired movement, agonist range of motion- active or passive movement of muscle groups to full extent possible, used to prevent contracture sarcomere- repeating units of muscle fibers with the ability to contract skeletal- pertaining to the framework of the body stimulus- any agent, act, or influenc ...
... desired movement, agonist range of motion- active or passive movement of muscle groups to full extent possible, used to prevent contracture sarcomere- repeating units of muscle fibers with the ability to contract skeletal- pertaining to the framework of the body stimulus- any agent, act, or influenc ...
Revision Questions/ Answers
... 7. Arrange the vertebral column from superior to inferior bones 8. Define posterior 9. Define superior 10. What are the four types of bones? 11. What are the 5 parts of a bone? 12. The skeleton can be divided into two sections what are they? 13. What part of the body allows for movement? 14. True or ...
... 7. Arrange the vertebral column from superior to inferior bones 8. Define posterior 9. Define superior 10. What are the four types of bones? 11. What are the 5 parts of a bone? 12. The skeleton can be divided into two sections what are they? 13. What part of the body allows for movement? 14. True or ...
Fall Anatomy Final Review 11
... __ 19. Characterized by having large amounts of nonliving matrix. __ 20. The major function of the cells of this tissue type is to shorten. Vocabulary: use the correct vocabulary term that best answers these questions. __ 21. What is another name for a secondary mover or a muscle that helps the prim ...
... __ 19. Characterized by having large amounts of nonliving matrix. __ 20. The major function of the cells of this tissue type is to shorten. Vocabulary: use the correct vocabulary term that best answers these questions. __ 21. What is another name for a secondary mover or a muscle that helps the prim ...
The Muscular System Terms
... Flexor Carpi Ulnaris - muscle of the human forearm that acts to flex and (Ulna) adduct the hand Adductor Longus - adductor muscles of the hip, its main function is to adduct the thigh Sartorius - narrow muscle extending obliquely from the front of the hip to the inner side of the tibia External Obl ...
... Flexor Carpi Ulnaris - muscle of the human forearm that acts to flex and (Ulna) adduct the hand Adductor Longus - adductor muscles of the hip, its main function is to adduct the thigh Sartorius - narrow muscle extending obliquely from the front of the hip to the inner side of the tibia External Obl ...
Smooth muscle tissue
Smooth muscle is an involuntary non-striated muscle. It is divided into two subgroups; the single-unit (unitary) and multiunit smooth muscle. Within single-unit cells, the whole bundle or sheet contracts as a syncytium (i.e. a multinucleate mass of cytoplasm that is not separated into cells). Multiunit smooth muscle tissues innervate individual cells; as such, they allow for fine control and gradual responses, much like motor unit recruitment in skeletal muscle.Smooth muscle is found within the walls of blood vessels (such smooth muscle specifically being termed vascular smooth muscle) such as in the tunica media layer of large (aorta) and small arteries, arterioles and veins. Smooth muscle is also found in lymphatic vessels, the urinary bladder, uterus (termed uterine smooth muscle), male and female reproductive tracts, gastrointestinal tract, respiratory tract, arrector pili of skin, the ciliary muscle, and iris of the eye. The structure and function is basically the same in smooth muscle cells in different organs, but the inducing stimuli differ substantially, in order to perform individual effects in the body at individual times. In addition, the glomeruli of the kidneys contain smooth muscle-like cells called mesangial cells.