GREEK / LATIN LEXICON Match the term with its Greek and / or Latin meaning Greek / Latin Derivation Root, Prefix and / or Suffix CODE TERM / DEFINITION Ana Bio Cerebro Crani Cyto Endo Epi Erythro Gen Hepato Histo Hydro Hyper Hypo Inter Leuko Nephro Osteo Pulmon Tomy Trans A B C D E AB AC AD AE BC BD BE CD CE DE ABC ABD ABE ACD ACE ADE BCD BCE BDE CDE ABCD ABCE ABDE ACDE BCDE ABCDE 1/1,000th 1/1000,000th Above normal Across Away Below normal Between / Beginning Bone Brain Cell Foot Front Hand In Between Inside Kidney Life Liver Lung Many Red Skull Tissue To Cut Toward Upon Up, Back Water White CELLS TO GENES the Items to their primary functions / definitions COMPONENTS CODE Function
Alleles Chromosomes Cytoplasm Genes Nucleus Plasma Membrane A B C D E AB AC AD AE BC BD ATP Generation Cell structure Condensed DNA Double membrane organelle containing DNA Integuement of the cell Manufacture of Ribosomes Pairs of Genes Protein manufacture Protein Processing Section of DNA that codes for a trait The soluble and insoluble contents of a cell The study of the structure and function of cells is called ________. A) gross anatomy B) radiology C) exploratory physiology D) cytology E) comparative physiology ` THIS PAGE PURPOSELY REMAINS BLANK
GENERAL ANATOMY Match the numbered COMPONENTS and FUNCTIONS with the respective SYSTEM to which they are most closely associated. FUNCTION CODE SYSTEM COMPONENTS / DESCRIPTION Allergic and Immune Response Chemical Homeostasis CO2 and Dissolved Waste Transport Consciousness, Acute Homeostasis, Creativity Environmental, Thermal Protection Filtration And Elimination Gamete formation Intake and Absorption of Nutrient RBC & WBC genesis, Architecture of Body Ventilation Voluntary Movement and Involuntary Movement A B C D E AB AC AD AE BC BD Cardiovascular Digestive Endocrine Integumentary Lymphatic / Immune Muscular Nervous Reproductive Respiratory Skeletal Urinary Bronchi, Bronchioles, Alveoli, Pulmonary Capillaries Esophagus, Liver, Pancreas, Gall Bladder, Ileum Ligaments, Articulations, Osteocytes, Cartilage Nails, Sudiferous Glands, Hair, Smooth Muscle Spinal Cord, Axons, Neuroglia, Ascending Tracts Tendons, And Myofibrils, Sarcomeres Thymus, Lacteals, Spleen, Lymph Thyroid, Pancreas, Ovary, Adrenals, Thymus Ureter, Urethra, Nephron, Uterine Tubes, Epididymis, Ovaries, Gamete Transport Vessels, Blood and Heart
HISTOLOGY Histology Answer Choices CODE Histology Histology cont. A B C D E AB AC AD AE BC BD BE CD CE DE ABC ABD ABE ACD ACE ADE BCD BCE BDE CDE ABCD ABCE ABDE ACDE BCDE ABCDE Adipose Areolar Astrocytes Basophil Bone Cardiac Cartilage Cells Ciliated CNS Columnar Compact Connective Cuboidal Dense Elastic Eosinophil Ependymal Epithelial Erythrocytes Fibrous Fluid Hyaline Irregular Keratinized Leukocytes Loose Lymph None of the above Lymphocytes Macrophage Microglia Monocyte Muscle Nervous Neuroglia Neurons Neutrophil Non Ciliated Non Keratinized Oligodendrocytes Plasma PNS Pseudostratified Regular Reticular Satellite Schwann Simple Skeletal Smooth Spongy Squamous Stratified Supportive Transitional None of the above
Identify the missing terms ________ of tissue classification on the following tables. Choose your answer from Histology above ________ Fibrous Dense Elastic Irregular Regular Loose Adipose Areolar Reticular _______ / Formed Elements Erythrocytes Leukocytes Basophils Eosinophils Lymphocytes Macrophages Monocytes _________ Platelets ______ Lymph Supportive Cartilage Elastic Fibro(ous) _______ Bone ________ Cancellous / Spongy / Trabecular ________ Pseudostratified Simple ________ Ciliated Non-Ciliated Cuboidal Squamous Stratified Columnar _________ Squamous __________ Non-Keratinized Transitional Muscle Cardiac Skeletal _________ _________ Neuroglia _______ Astrocytes Ependymal Microglia Oligodendrocyte PNS Satellite Schwann ________
Pathway A If you were the lens on a cardio catheter, being utilized to place a shunt in the left coronary artery, and entered the iliac artery, Name the vessels and structures of the heart in the order that you, as the lens would encounter them. Pathway B If you were a white blood cell exiting the spleen via the splenic vein, identify the vessels and structures of the heart, in the order that you, the WBC would encounter them on the journey that would bring you back to the spleen in the most direct route and assuming your journey took you through the Left Lung. Note: Capillaries are assumed. CODE Vessel and Structure Choices Pathway A PATHWAY B A B C D E AB AC AD AE BC BD BE CD CE DE ABC ABD ABE ACD ACE ADE BCD BCE BDE CDE Abdominal Aorta Aorta Aortic Arch Aortic Semi Lunar Valve Ascending Proximal Aorta Iliac Artery Iliac Vein Inferior Abdominal Vena Cava Inferior Thoracic Vena Cava Left Atrioventricular Bicuspid Valve Left Atrium Left Coronary Artery Left Pulmonary Artery Left Pulmonary Vein Left Ventricle Pulmonary Semi-Lunar Valve Pulmonary Trunk Right Atrioventricular Tricuspid Valve Right Atrium Right Coronary Artery Right Pulmonary Artery Right Pulmonary Vein Right Ventricle Superior Vena Cava Splenic Artery Thoracic Aorta Transverse Aorta Left Iliac Artery __ __ __ Left Coronary Artery Splenic Vein __ __ __ __ __ __ __ __ __ __ __ Ascending Prox Aorta __ __ Abdominal Aorta Celiac Plexus __ Spleen The THREE components of the cardiovascular system are __________. a) the heart, Vena cavae and the aorta b) the heart, the veins and all the arteries c) the heart, blood and the blood vessels d) the blood vessels and the lymphatic system and the heart Classify the following blood components by placing a checkmark in each column of attributes for each component. Mark all that apply.