Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
NAME: ___________________________ GRADE: /20 PTS DUE: March 7, 2016 MUSCULOSKELETAL WORKSHEET Below are all the bones (and features) and muscles that you are required to know for this class. Label and color ALL of the bones/features/muscles that are listed below on the following pages. Understand that you will need to be able to identify ANY of these on the practical exam and for the written you should be able to understand their relationship to other structures, their function/action, and anything unique about them. You may (and should) reference your labs, notes, and book. BONES AND THEIR FEATURES: AXIAL SKELETON: Sutures: coronal, sagittal, lamboidal, squamosal Skull: FRONTAL: frontal sinus, supraorbital foramen/notch PARIETAL OCCIPITAL: foramen magnum, external occipital protuberance, occipital condyles TEMPORAL: external and internal auditory meati (meatus = singular), zygomatic process, mastoid process, styloid process, mandibular fossa, petrous portion, squamous portion, tympanic portion SPHENOID: greater and lesser wings, sphenoid sinus Vertebrae: CERVICAL (7): transverse foramen, atlas (C1), axis (C2), odontoid process/dens of axis THORACIC (12): costal facets LUMBAR (5) SACRUM: auricular surface, median crest, sacral canal COCCYX ETHMOID: cribiform plate, perpendicular plate, superior and middle nasal conchae, ethmoid sinus ZYGOMATIC: temporal process MAXILLA: infraorbital foramen, alveoli NASAL LACRIMAL VOMER INFERIOR NASAL CONCHA PALATINE MANDIBLE: coronoid process, mandibular condyle, ascending ramus, body, alveoli Be able to identify the following features on ALL vertebrae: BODY (centrum) NEURAL ARCH: vertebral canal, transverse process, superior articular facets, inferior articular facets, spinous process **Be able to identify the curvatures of the spine.** BIOL 103_54 FALL 2015 pg. 1 Ribs: head, neck, body, tubercle, costal cartilage Sternum: MANUBRIUM: clavicular notches, jugular notch, costal notches APPENDICULAR SKELETON: Scapula: spine, acromion process, coracoid process, glenoid fossa, supraspinous fossa, Infraspinous fossa, subscapular fossa Clavicle: medial/sternal end, lateral/acromial end Radius: head, radial tuberosity, shaft, ulnar notch, carpal articular surface Ulna: olecranon process, trochlear notch, radial notch, shaft, head Coxa: acetabulum, obturator foramen ILIUM: auricular surface, greater and lesser sciatic notch, anterior-superior iliac spine (ASIS), anterior-inferior iliac spine (AIIS), posterior-superior iliac spine (PSIS), posterior-inferior iliac spine (PIIS) ISCHIUM: ischial tuberosity PUBIS: pubic symphysis Femur: head, neck, shaft, greater trochanter, lesser trochanter, linera aspera, lateral condyle, STERNAL BODY: costal notches XIPHOID PROCES Humerus: head, greater tubercle, lesser tubercle, intertubercular (bicipital) groove, shaft, deltoid tuberosity, lateral and medial epicondyles, olecranon fossa, capitulum and trochlea (condyles) Carpals Metacarpals: head, shaft, base Manual phalanges: proximal, middle, distal medial condyle, patellar surface, intercondylar fossa Patella Tibia: lateral and medial condyles, intercondylar eminence, tibial tuberosity, medial malleolus, talar articular surface Fibula: head, shaft, lateral mallelus Tarsals: talus, calcaneous Metatarsals: head, shaft, base Pedal phalanges: proximal, middle, distal MUSCLES: Know general attachment points for each. Know action for all. AXIAL MUSCLES: Temporalis m. Intercostal mm: external and internal Masseter m. Erector spinae: iliocostalis, longissimus, spinalis Sternocleidomastoid m. Trapezius m. Obicularis oris m. External oblique m.: semilunar lines Obicularis oculi m. Internal oblique m. Buccinator m. Transversus abdominus m. Platysma m. Rectus abdominus m.: rectus sheath, linea alba BIOL 103_54 FALL 2015 pg. 2 APPENDICULAR MUSCLES: Rhomboid major and minor mm. Pectoralis major m. Pectoralis minor m. Serratus anterior m. Latissimus dorsi m. Deltoid m. Teres minor m. Supraspinatus m. Infraspinatus m. Subscapularis m. Biceps brachii m.: long and short heads Brachialis m. Triceps brachii m.: long, medial, and lateral heads BIOL 103_54 Gluteal maximus m. Gluteal medius m. Gluteal minimus m. Adductors (muscle block) Sartorius m. Gracilis m. Quadriceps: rectus femoris m., vastus lateralis, medialis, and intermedius mm. Hamstrings: biceps femoris m., semitendinosus m., semimembranosus m. Tibialis anterior m. Soleus m. Gastrocnemius m. FALL 2015 pg. 3 BIOL 103_54 FALL 2015 pg. 4 BIOL 103_54 FALL 2015 pg. 5 BIOL 103_54 FALL 2015 pg. 6 BIOL 103_54 FALL 2015 pg. 7 BIOL 103_54 FALL 2015 pg. 8 M (muscle): O (Origin): I (Insertion): A (Action): M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A BIOL 103_54 FALL 2015 pg. 9 M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A BIOL 103_54 FALL 2015 pg. 10 M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A BIOL 103_54 FALL 2015 pg. 11 M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A M: O: I: A BIOL 103_54 FALL 2015 pg. 12 M: O: I: A M: O: I: A Muscle Group: adductors O: I: A BIOL 103_54 FALL 2015 pg. 13 M: O: I: A: M: O: I: A: M: O: I: A: M: O: I: A: M: O: I: A: M: O: I: A: M: O: I: A M: O: I: A BIOL 103_54 FALL 2015 pg. 14 M: O: I: A: M: O: I: A: M: O: I: A: BIOL 103_54 FALL 2015 pg. 15