2539161
| Question | Answer |
| How the parts of the body from A to E correspond to the two types of skeleton classification? A.Cranium B.Spine C.Pectoral girdle D.Pelvic girdle E.Ribs 1.Axial 2.Appendicular | How the parts of the body from A to E correspond to the two types of skeleton classification? A.Cranium - 1.Axial B.Spine - 1.Axial C.Pectoral girdle - 2.Appendicular D.Pelvic girdle - 2.Appendicular E.Ribs - 1.Axial 1.Axial 2.Appendicular |
| How the bones from A to E corresponds to the two types of skeletal classification? A.Atlas B.Axis C.Clavicle D.Sternum E.Hip bone 1.Axial 2.Appendicular | A.Atlas - 1.Axial B.Axis - 1.Axial C.Clavicle - 2.Appendicular D.Sternum - 1.Axial E.Hip bone - 2.Appendicular |
| Which of the bones from 1 to 5 are belonging to the types of bones from A to E? A.Long bones B.Short bones C.Flat bones D.Irregular bones E.Sesamoid 1.Patella 2.Vertebrae 3.Carpals 4.Ribs 5.Tibia | A.Long bones - 5.Tibia B.Short bones - 2.Vertebrae C.Flat bones - 4.Ribs D.Irregular bones - 2.Vertebrae E.Sesamoid - 1.Patella |
| Which structure from A to C is closely related with definitions from 1 to 3? A.Lamellae B.Osteoclasts C.Osteoblasts 1.Responsible for bone resorption 2.Concentric layers of mineralized bone 3.Responsible for bone formation | A.Lamellae - 2.Concentric layers of mineralized bone B.Osteoclasts - 1.Responsible for bone resorption C.Osteoblasts - 3.Responsible for bone formation |
| Which of the characteristics from 1 to 5 are typical for the structures labeled with A and B? A.Red marrow B.Yellow marrow 1.Not so vascularized 2.Consists of haemopoetic tissue 3.Large amount of fat cells 4.Highly vascularised 5.Involved with the production of RBC | 1.Not so vascularized - B.Yellow marrow 2.Consists of haemopoetic tissue - A.Red marrow 3.Large amount of fat cells - B.Yellow marrow 4.Highly vascularised - A.Red marrow 5.Involved with the production of RBC - A.Red marrow |
| Which of A to E condition is best explained by 1 to 5 processes? A.Osteopenia B.Osteoporosis C.Osteohypertrophy D.Osteosarcoma E.Osteopetrosis 1.Tumor of the bone 2.Decreased calcification or density of bone 3.Progressive reduction in quantity of bone 4.Overgrowth of bone 5.Excessive formation of dense trabecular bone | A.Osteopenia - 2.Decreased calcification or density of bone B.Osteoporosis - 3.Progressive reduction in quantity of bone C.Osteohypertrophy - 4.Overgrowth of bone D.Osteosarcoma - 1.Tumor of the bone E.Osteopetrosis - 5.Excessive formation of dense trabecular bone |
| Match the structures letter A-E with the three bones: A.Tuberculum supraglenoidale B.Sulcus n.radialis (groove of radial nerve) C.Collum chirurgicum (surgical neck) D.Impressio ligamentum costoclavicularis E.Sulcus intertubercularis (intertubercular groove) 1.Scapula 2.Clavicula 3.Humerus | A.Tuberculum supraglenoidale - 1.Scapula B.Sulcus n.radialis (groove of radial nerve) - 2.Clavicula C.Collum chirurgicum (surgical neck) - 2.Clavicula D.Impressio ligamentum costoclavicularis - 3.Humerus E.Sulcus intertubercularis (intertubercular groove) - 2.Clavicula |
| Match the structures letter A - E with the three bones: A.Coracoid process B.Ostal groove C.Great sciatic notch D.Capitulum hemeri E.Facies patellaris 1.Humerus 2.Scapula 3.Femur 4.Rib 5.Hip bone | A.Coracoid process - 2.Scapula B.Ostal groove - 4.Rib C.Great sciatic notch - 5.Hip bone D.Capitulum hemeri - 1.Humerus E.Facies patellaris - 3.Femur |
| Match the structures letter A-E with the three bones: A.Transverse process B.Sternal end C.Auricular surface D.Styloid process E.Trochanter minor 1.Femur 2.radius 3.Clavicle 4.Vertebra 5.Sacrum | A.Transverse process - 4.Vertebra B.Sternal end - 3.Clavicle C.Auricular surface - 5.Sacrum D.Styloid process - 2.radius E.Trochanter minor - 1.Femur |
| Match the structures letter A-E with the three bones: A.Medial malleolus B.Intercondylar eminence C.Linea aspera D.Greater trochanter E.Lunate Surface 1.Hip bone 2.Femur 3.Tibia | A.Medial malleolus - 3.Tibia B.Intercondylar eminence - 3.Tibia C.Linea aspera - 2.Femur D.Greater trochanter - 2.Femur E.Lunate Surface - 1.Hip bone |
| Write the names of six bones and (or) bony elements of the upper limb: A. B. C. D. E. F. | A.Humerus B.Ulna C.Radius D.Capitates E.Hamate F.Lunate ETC |
| Write the names of six bones (or) bony elements of the lower limbs: A. B. C. D. E. F. | A.Femur B.Tibia C.Fibula D.Patella E.Calcaneus F.Talus ETC |
| Components of bone are: A. B. C. D. | A.Cortical bone B.Trabecular bone C.Bone marrow D.Vessels |
| Different types of bone cells involved in bone homeostasis are: A. B. C. | A.Osteoclasts B.Osteoblasts C.Osteocytes |
| Outside factors affecting bone mass are: A. B. C. D. | A.Exercise B.Bone weight C.Diet D.Menopause in women |
| The cervical vertebrae are ........... in number. | 7 |
| The three parts of the sternum are: A. B. C. | A.Manubrium B.Body C.Xyphoid process |
| Fibrous connective tissue membrane which is covering outside the diaphysis is ............. | Fibrous connective tissue membrane which is covering outside the diaphysis is "Periosteum" |
| ....................... secure periosteum to underlying bone. | "Sharpey's fibers" secure periosteum to underlying bone. |
| Cylindrical tubes made of concentric lamellae are called ..................... | Cylindrical tubes made of concentric lamellae are called "Osteons" |
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