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A+P CH 1 & 4-7

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Question
Answer
4 types of tissue   epithelial, connective, muscle, and neural  
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tissues   collection of cells and cell products that perform specific functions  
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epithelia tissue   covers body surfaces, lines cavities and tubular structures, and serves essential functions  
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characteristics of epithelia tissue   cell junctions, apical and basal surfaces, attachment, avascularity, and regeneration  
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gap junctions   neural  
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synapse   gap  
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protein   tissues need to heal  
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microvilli   increase cell surface area and important for absorption and secretion  
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cilia   important for movement  
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mitochondria   cristae, power house of body that utilize energy  
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germinative cells, stem cells   start out with no specific purpose  
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epithelia renewal   replaced by division of germinative cells  
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classes of epithelia   based on layers simple or stratified epithelium and based on shape squamous,cuboidal, or columnar  
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simple epithelium   single layer of cells  
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stratified epithelium   several layers of cells  
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simple squamous epithelium   ventral (front) cavities, thoracic and abdominal  
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pseudo-   false  
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transitional epithelium   allows stretching of tissue  
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endocrine glands   release hormones into interstitial fluid and no ducts goes directly into blood stream  
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exocrine glands   produce secretions onto epithelial surfaces and goes through ducts  
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serous glands   watery secretions  
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mucous glands   secrete mucins  
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mixed exocrine glands   both serous (watery) and mucous  
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oid/o   looks like  
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the matrix   like a screen made of extracellular components of connective tissues  
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connective tissue proper   loose and dense fibers  
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fluid connective tissues   blood and lymph  
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supporting connective tissue   cartilage and bone  
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cells in connective tissue   fibroblasts, macrophages, adipocytes, and mast cells  
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macrophages   fixed and free and job is cleanup  
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adipocytes   fat cells  
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adipo-   fat  
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mast cells   mobile connective tissue near blood filled with chemicals released when tissues are damaged  
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connective tissue fibers   collagen, reticular, and elastic  
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physiology   study of functions  
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viscous   how syrupy something is  
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levels of organization from molecules to complete organism   chemical (or molecular), cellular, tissue, organ, organ system, and organism  
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negative feedback   temperature regulation  
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positive feedback   blood clot formation  
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metabolism   all chemical activity in the body  
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tissue   type of muscle  
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heart   organ  
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human body has 11 organ systems   integumentary, skeletal, muscular, nervous, endocrine, cardiovascular, lymphoid, respiratory, digestive, urinary, and reproductive  
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supine   face up  
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prone   face down  
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ventral body cavity   thoracic and abdominopelvic  
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thoracic body cavity   heart and lungs  
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pericardium   serous membrane  
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lateral   across thru the midline  
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transverse section   cut thru body that passes perpendicular to lung axis and cuts body into superior and inferior positions  
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sagittal plane   divides body into left and right portions  
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mediastinum   region between heart and pericardium  
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diaphragm,flat muscular sheet divide ventral body cavity into a superior __cavity and inferior __ cavity   thoracic, abdominopelvic  
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proton located __ of atom   center  
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principles elements in human body   oxygen, O carbon, C hydrogen, H nitrogen, N calcium, Ca phosphorus, P potassium, K sodium, Na chlorine, Cl magnesium, Mg sulfur, S iron, Fe and iodine, I  
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acid (H+ donor)   any substance that breaks apart to release hydrogen ions  
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another name for platelets   thrombocytes  
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pH   body fluid  
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AB + CD --> AD + CB   exchange reaction  
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A + B <==> AB   reversible reaction  
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bones store   calcium  
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permeability   property that determines which substances can enter and exit cytoplasm  
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diffusion   movement of solid object from high concentration into low concentration of liquid  
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crenation   shrinking of red blood cells  
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facilitated diffusion, passive carrier-mediated transport   allows selective item thru then closes door behind and door opens in front  
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lacunae   chambers  
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pinocytosis   cell drinking, fluid  
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types of cartilage   hyaline, elastic, fibrous  
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bone or osseous tissue   resists shattering  
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membranes   physical barriers  
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mucous membranes   line passageways  
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areolar tissue   surrounds breast  
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mitosis   1. interphase, resting 2.prophase, centriole split 3.metaphase, move to center 4.anaphase, move to opposite sides and 5.telephase, cleave  
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DNA nucleotide sequence CTC ATA CGA TTC AAG TTA would have what followin nucleotide sequence complementary in mRNA   GAG UAU GCU AAG UUC AAU  
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solvent   liquid  
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synovial fluid   lubricant  
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isotonic   just adding volume  
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hypotonic   water into cell  
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hypertonic   water out of cell  
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skeletal muscle   voluntary and striated (comes in layers)  
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cardiac muscle   specialized both striated and smooth and involuntary, intercalated discs  
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smooth muscle   visceral (organs) and involuntary  
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muscle tissue and has 3 types skeletal, cardiac, and smooth   specialized for contraction and produces all body movement  
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neural tissue   stimuli and response  
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central nervous system   brain and spinal cord  
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neurons   nerve cells  
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neuroglia   supporting cells  
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response to tissue injury   inflammation and regeneration  
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inflammatory response   swelling, warmth, redness, and pain  
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adema   swelling  
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neuron   axon, cell body, and dendrites  
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histamine   cause local blood vessels to dilate  
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apo-   from  
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dendron   tree  
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desmos   ligament  
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holos   entire  
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hyalos   glass  
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krinein   to separate  
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lacus   lake  
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meros   part  
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pleura   rib  
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sistere   to set  
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squama   plate or scale  
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vas   vessel  
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ab-   from  
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amphi-   on both sides  
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blast   precursor  
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clast   break  
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concha   shell  
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corona   crown  
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dia-   through  
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duco   to lead  
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gennan   to produce  
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gomophosis   bolting together  
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in-   into  
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infra-   beneath  
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lacrimae   tears  
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lamella   thin plate  
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malleolus   little hammer  
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meniscus   crescent  
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septum   wall  
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stylos   pillar  
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supra-   above  
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teres   cylindrical  
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trabecula   wall  
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trochlea   pulley  
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vertere   to turn  
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skeletal system 5 functions   support, storage of minerals, blood cell production, protection, and leverage (force of motion)  
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diaphysis   middle of long bone, bone shaft  
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epiphysis   top of end of long bone  
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periosteum   pertaining to surrounding the bone  
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compact bone   hard part of bone gives bones strength  
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osteocytes   mature cell that maintain normal bone structure  
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osteoclasts   release calcium into body and bone-dissolving cells  
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osteoblasts   regenerate or produce new bone cells, bone-producing cells  
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3 types of cells in bone   osteocytes, osteoclasts, and osteoblasts  
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ossification   process of replacing other tissues with bone  
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bone development   bones grow until about age 25  
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clavicle   collarbone  
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mandible   lower jaw  
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normal bone growth require   nutrition and hormonal factors  
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fracture hematoma   large blood clot  
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callum   hard skin  
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process   projection or bump  
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ramus   extension of bone making angle  
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trochanter   large rough projection  
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fossa   shallow depression  
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sulcus   narrow groove  
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foramen   hole  
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fissure   long hole that opens  
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condyle   where round process is  
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scapula   shoulder blade  
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axial skeleton   skull, ears, neck, ribs, sternum, and vertebrae  
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appendicular skeleton   skull, thorax, and vertebral column  
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radius   thumb side of arm just below elbow  
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metacarpal   hand bones  
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tarsal   ankle  
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metatarsal   foot bones  
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humerus   long arm bone, upper arm bone  
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femur   long leg bone  
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coxal   hip bone  
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tibia   chin bone  
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fibula   just above ankle  
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frontal   forehead  
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occipital bone   back of head  
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coronal suture   binding line of frontal to parietal bone  
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sphenoid   bone beside eyes  
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maxilla   upper jaw which is above lips and below nose  
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zygomatic bone   cheek bones  
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lacrimal bone   base of eyes  
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sinus purposes   makes skull lighter, gives resonance to voice, and protects respiratory system  
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vertebral column   thoracic, lumbar, sacrum, and coccyx  
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cervical vertebra   top of spine  
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thoracic vertebra   middle of spine  
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lumbar vertebra   bottom of spine  
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thoracic vertebra   has 12 vertebra  
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there are 24 ribs and come in pairs of   12  
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true ribs 1-7   connect directly to sternum through cartilage  
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false ribs 8-12   connect to sternum through cartilage above true rib 7  
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floating ribs 11 & 12   dont connect to sternum  
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xiphoid process   little hanging bone on front of chest  
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manubrium   small bone at top on front of chest  
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pectoral girdle   connects only at manubrium  
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acromial process   feel on arm its just below bony acromial end (end of arm bone at top)  
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antebrachium   forearm  
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pollex   thumb  
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ilium   crest at top of hip bone  
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ischium   bottom of hip bone (part you sit on)  
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pubis symphysis   cartilage holding sides of pubis bone together  
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female pelvis round and male pelvis   oval  
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talus   carries weight of leg  
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hallux   big toe  
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articulations, joint   where two bones meet  
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synarhrosis   immovable joint  
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amphiarhtrosis   slightly moveable joint  
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diarhtrosis   freely moveable joint  
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atlas   first cervical vertebrae, skull sits on  
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axis   second cervical vertebrae  
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ball and socket joints   shoulder joints  
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gliding motion   bones slide past each other  
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flexion   reducing angle between two bones  
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extension   increases angle between two bones  
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abduction   away from midline, raising arm laterally  
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adduction   toward midline  
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rotation   movement from right to left  
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eversion   pointing foot to side  
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protraction   pushing forward and then backward  
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atomic number   number of protons  
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covalent bond   sharing of electrons  
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ionic bond   loss or gain of electrons  
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catabolism   decomposition  
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anabolism   synthesis  
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enzyme   catalyst  
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buffer   stabilize pH  
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organic compounds   carbs, lipids, and proteins  
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inorganic compounds   water and salts  
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in atoms protons and neutrons found only in   nucleus  
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the number and arrangement of electrons in an atom's outer electron shell determines   chemical properties  
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the bond between Na and Cl in the compound NaCl is   ionic bond  
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7 major functions performed by proteins   support, movement, transport, buffering, metabolic reaction, coordination and control, and defense  
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active transport   have to have energy but dont rely on solute or gradient  
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ion pumps   carrier proteins that actively transport and important for homestasis  
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organelles, little organs   perform specific functions essential to normal cell structure  
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flagella   move cell through surrounding fluid  
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filtration   hydrostatic pressure  
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osmosis   movement of water  
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vesicular transport   endocytosis and exocytosis  
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cytoskeleteon   internal protein framework  
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ribosomes   manufacture proteins  
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lysosomes   digestive enzymes  
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nucelus   control center for cell operations  
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nucleoli   synthesize components of ribosomes  
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proteins in plasma membrane may function as   receptors, channels, carriers, enzymes, anchors, and identifiers  
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___ion concentrations in extracellular fluids, and ___ion concentrations are high in cytoplasm   sodium, potassium  
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translation   construction of a functional protein using information provided by mRNA strand  
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4 major transport mechanisms substances use to get in and out of cells   diffusion, filtration, carrier-mediated transport, and vesicular transport  
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diffusion is important in body fluids because this process   eliminates local concentration gradients  
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when placed in a ___solution, a cell will loose water through osmosis. This process results in the ___of red blood cells   hypertonic, crenation  
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most abundant connections between cells in the superficial layers of the skin   desmosomes  
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3 major types of of cartilage   hyaline, elastic, and fibrous  
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3 cell shapes making up epithelial tissue   cuboidal, squamos, and columnar  
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gap junction   interlocking of membrane proteins  
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tight junction   intercellular connection  
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germinative cells   repair and renewal  
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holocrine secretion   destroys gland cell  
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endocrine secretion   hormones  
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ligament   bone-to-bone attachment  
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tendon   muscle-to-bone attachment  
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in body surfaces where mechanical stresses are severe the dominant epithelium is   striated squamous epithelium  
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the tissue that contains a fluid ground substance is   connective  
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the primary function of the serous membrane in the body is   to minimize friction between opposing surfaces  
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large muscle fibers that are multinucleated, striated, and voluntary are found in   skeletal muscle tissue  
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intercalated discs and pacemaker cells are characteristics of   cardiac muscle tissue  
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4 basic tissue types   epithelia, connective, muscle, and neural  
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skeletal muscle contains   connective tissues, blood vessels and nerves, and skeletal muscle tissue  
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isometric contraction   contraction in which tension rises but resistance does not move  
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epimysium   surrounds muscle  
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fascicle   muscle bundle  
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endomysium   surrounds muscle fiber  
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motor end plate   binds ACh  
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transverse tubule   conducts actin potentials and allow entire muscle fiber to contract simultaneously  
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actin   thin filaments  
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myosin   thick filaments  
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extensor of knee   quadricep muscles  
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sacromeres   contractile units  
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recruitment   multiple motor units  
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muscle tone   resting tension, firmness of muscle at rest  
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white muscles   fast fibers  
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flexor of leg   hamstring muscles  
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red muscles   slow fibers  
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hypertrophy   enlargement, muscle gain  
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function of synovial fluid   nourish chondrocytes, provide lubrication, and absorb shock  
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unpaired bone   vomer  
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abduction and adduction always refer to movements of the   appendicular skeleton  
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cribriform plate   olfactory nerves  
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ball-and-socket joints   hip and shoulder  
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hinge joints   elbow and knee  
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while an individual is in the anatomical position, the ulna lies   medial to the radius  
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at the glenoid cavity the scapula articulates with the proximal end of the   humerus  
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osteons   basic functional units of mature compact bone  
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diarthroses   joint typically located at tend of long bones  
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standing on tiptoe is example of   plantar flexion  
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skeletol bones store energy reserves as lipids in areas of   yellow marrow  
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communications for skeletal system   endocrine glands slow and nervous system fast  
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3 ear bones in each ear   stapes (stirrup), incus (anvil), and malleous (hammer)  
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muscle tissue   skeletal (voluntary and striated), cardiac (involuntary and specialized), and smooth aka visceral (involuntary and smooth)  
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skeletal muscle performs 5 primary functions   movement of skeleton, maintain posture, support soft tissues, guard entrances and exits, maintain body temp  
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sarcolemma   cell membrane of a muscle fiber  
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terminal cisternae   terminal (end) cistern (container to collect), where things collect  
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stimuli --> depolarization = movement or contraction then   repolarization = normalization or rest  
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ACh   acetylcholine, neurotransmitter  
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3 phases of a twitch   latent (calcium ions releases), contraction (calcium ions binds), and relaxation  
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wave summation   increasing tension or summation (top portion) before end of relaxation, continuing contractions  
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complete tetanus   relaxation phase of muscle is completely eliminated  
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iso-   same  
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normal heart rate   60-100 times a minute  
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origin   muscle attachment that remains fixed  
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insertion   muscle attachment that moves  
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action   what joint movement a muscle produces  
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prime mover (agonist)   main muscle in action  
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synergy   in addition to  
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mental, genio-   chin  
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axillary   armpit  
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antecubital   in front of elbow  
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antebrachial   forearm  
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pollex   thumb  
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popliteal   back of knee  
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crural   leg  
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femur   thigh  
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trunk   thorax, mammary, abdomen, umbilical, and pelvis  
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buccal   neck  
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sternocleidomastoid   from clavicles to sternum  
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peritoneum   pelvic floor  
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kagel exercises   start and stop urine  
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pectoralis minor   anterior surface of ribs 3-5  
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trapezius   muscle above clavicle, connects to it and in front of scapula (acromion and scapular spine)  
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deltoid   muscle of shoulder blade (acromion and adjacent scapular spine)  
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latissimus dorsi   spinous processes of lower thoracic vertebrae, ribs, and lumbar vertebrae  
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pectoralis major   cartilage of ribs 2-6 muscle next to sternum and clavicle, used for injections  
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biceps brachii   on scapula, short head from coracoid process (lower connection to shoulder)and long head from supraglenoid tubercle  
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triceps brachii   superior, posterior, and lateral margins of humerus and scapula (above biceps)  
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gluteus maximus, dorsal   iliac crest of ilium, sacrum, and coccyx  
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gluteus medius, ventral   anterior iliac crest and lateral surface of ilium  
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gluetus minimus   lateral surface of ilium, muscle below hip bone  
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vastus lateralis   anterior and inferior greater tochanter of femur along linea aspera, injection primarily in children  
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surface anatomy   study of general form and superficial markings  
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gastrocnemius   femoral condyles, calf muscle  
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bruit   whooshing sound  
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ventral   belly side  
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coronal plane   divides head into front and back  
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dorsal cavities   cranial and spinal  
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ventral cavity   thoracic, upper abdominal, and lower abdominal or thoracic and pelvic  
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3 serous membranes   pleural (lungs), pericardium (heart), and peritoneum (pelvic)  
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