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102 Cards in this Set

  • Front
  • Back
Simple Squamous
Flat, one layer
Exchange(diffuse), filter, secrete
Blood vessels, kidney tubes, alveoli of lungs
Stratified Squamous
Flat, many layer
protection from friction
skin, mouth, cornea,vagina, esophagus, larnyx
Simple Cuboidal
cubed, one layer
Active Transport,(facilitated diffusion, secrete)
Glands- salivary, thyroid, pancreas, kidney tubules
Stratified Cuboidal
cubed, many layer
protection, mucus secretion
sweat glands, eyelid liner
Simple Columnar
column, one layer, few ciliate
movement of particles, secretion and absorption
stomach, intestines, respiratory tree, uterus
Stratified Columnar
Column, many layer
protection; mucus secretion
larynx, upper pharynx, male urethra- not common
Transitional
change shape w/ stretching
protect and stretch
ureters, urinary bladder
Pseudostratified
vary length; most ciliated
change to stratified w/ stress
synthesize/secrete/move mucus
respiratory, male urethra
Syncytial
multi-nucleated
absorption and secretion
covers villi of placenta
Germinal
ovary and testis
Neuroepithelium
sensory- contain receptors
nose, eyes, ear, tongue
Connective Tissue
support, store, connect, separate, cushion, transport
Class on-cells, matrix, fibers
Fibroblasts
Cells-secrete matrix and fibers
Macrophages
Cells- Clean up
Adipose
Cells-Fat Storage
Basophils
Cells-produce heparin(prevent blood clots) and histamine(inflamation)
Extracellular Fiber
Collagenous- white
Elastic- yellow
Reticular-immature branched
Collagen
fibrous protein, makes tissue tough
Elastin
Ellastic Fibers
makes tissue flexible
Matrix
ground substance, hard in bone, fluid in blood
Loose or Areolar
general, gel matrix, mostly collagen,few elastic, widely spread fibers, fibroblasts
Adipose Tissue
Like loose; more adipose cells and very little matrix
Reticular Tissue
fine meshed network
holds organ tissue together
in liver or spleen
like loose w/ more fiber
Elastic Tissue
Fiber- many elastin- parallel
Some Collagen and Fibroblast
between walls in blood vessel
vocal chords- flexible
Dense Connective Tissue
much collagen and fibroblast
little matrix and elastic
strength and resistance
tendons, ligaments,aponeuroses
Cartilage
Abundant Matrix
Cells- Chondrocytes
Lacunae
No blood vessels- permeable
Hyaline Cartilage
General- nose, joints, respiratory passage, ribs to sternum
resist compression
Elastic Cartilage
much elastin
ear, larynx, epiglottis
Fibrocartilage
parallel collagen bundles
knees, pelvic girdle, vertebrae
resist compression, pulling, tearing
Bone
Marrow Cavity
Haversian Canal- vessels
Hard, impermeable matrix
Canaliculi, osteon
Osteo-
Blasts
Cytes
Clasts
lay fiber and matrix
retired in lacunae
reabsorm matrix, in cavities
Blood
Matrix
Cells
Fiber
Matrix-plasma
Cells- leukocytes(white) Erythrocytes(red) Thrombocytes(platelets)
Fiber- fibrin present only in clot formation
Muscle Tissue
Job
Cells
Types
contracts
fiber
smooth, skeletal, cardiac
Smooth
where
what
v/iv
in walls of hollow organs
one nucleus per cell
involuntary
Skeletal
where
what
v/iv
attach to bones
multinucleated
voluntary
Cardiac
where
what
v/iv
Heart
one nucleus/branched; intercalcated disks; no fatigue
involuntary
Nervous Tissue
Neurons- transfer info; sensory, motor, inter; body, axon, dendrite
Glial Cells-support
Bundles in connective tissue=nerve
Skin
Parts
Function
dermis and epidermis
protection, sensation, excretion, temp, Vit. D production
Temp Reg
control
if wrong
Hypothalamus controls
Hyperthermia-heat stroke; heat exhaustion
Hypothermia
Epidermis
Where
What
outer layer or skin
stratified squamous
outermost-keratin-keep out water
Melanocytes-melanin-color
Stratum Germinativum (Basale)
where new cells produced and pushed out
Stratum Corneum
Dead Cells
permeable to O2, CO2, and fat soluble stuff
Dermis
Connective Tissue
Papillary Layer
capillaries
fingerprints
loose connective tissue
Reticular Layer
More Elastin and collagen
strength and elasticity
Subcutaneous Layer
where
what
between skin and muscle
adipose, dense or loose
wrinkle when fat disappears
Glands
all exocrine-secrete through ducts
Sebacious Gland
where
what
hair follicles
oil producing
black heads when oil adds up
Apocrine Sweat gland
in hair follicles
underarms and genitals
milky, sticky, BO from bacteria
Merocrine Sweat Gland
open to pores in skin
most numerous
water, salt, and waste
Hair
follicle walls-epidermis; papilla-dermis
arrector pilli- muscles raise hair
Pathology
Boils, blisters, viruses, fungi, acne, burns, calluses and corns
Cancer
Basal Cell
Squamous Cell
Malignant Melanoma
in basale, open sore, rare met
superficial, can met untreated
rare, melanocyte, mole, met
Skeletal Functions
structure, protect organs, store minerals, produce blood cell, attach muscles
Medial
toward midline
Lateral
away from midline
Proximal
close to trunk
Distal
Away from trunk
Superior and Inferior
Head and Foot
Dorsal and Ventral
Back and Tummy
Anterior and Posterior
Front and Back
Pathology
sprain
bursitis
fracture
arthritis
rickets
scoliosis
connective tissue injury
bursa inflamation
various breaks
inflamed joint- rheum/osteo
any bone infection
D deficiency; osteomalacia
lateral curvature of spine
Vertebrae
Cervical
Thoracic
Lumbar
Neck
ribs
lower back
Sacrum
Fused Vertebrae
Ribs
True
False
Floatin
attached to sternum
attached to ribs to sternum
not attached
Three fused bones in coxa/innominate
ilium, ischium, pubis
intramembranous ossification
formation of skull bones
Endochondrial Ossification
bone takes over cartilage in growth plate
Fontanels
broad sutures in baby skull
Fibrous Joints
immovable
sutures-skull
gomphosis-tooth
syndesmosis-between bones
Cartilaginous Joint
synchondroses-growth plate
Symphisis-pubic
ribs meet sternum
Synovial Joints
regular joints
ball and socket, pivot, ellipsoid, hinge, gliding, saddle
Tendon
bind muscle to bone
Ligament
Binds Bone to Bone
Muscular System
Role
How
Origin
Insertion
Action
move bones,
antagonistic pairs
movement towards
bone moved
movement
Flexion/extension
narrow/enlarge angle
Abduction/adduction
away from and toward midline
Rotation
turning on axis
Pronation/supination
hands down/up
circumduction
movement around point
Muscle- what
Fascicles
Fibers
organ surrounded by connective tissue
bundles of cells
cells in sarcolemma
Motor Unit
Motor neuron and its muscle cells
Fibril
Make
Dark
Light
made of filaments(protein) actin and myosin
actin/myosin overlap-A
Actin Only- Iband w. z-lines
Sarcomere
Myosin
Actin
makeup
contractile unit- tween 2 z
thick-lateral bristles
1/5 myo size- thin
troponin and tropomyosin
Stimulus of Muscle
P. 165
Neuromuscular Junction
Acetylcholine
Acetylcholinesterase
synapse tween nerve and fiber
transmitter
enzyme breaks bond w ach
Suture
Between Skull Bones
Gomphosis
between tooth and socket
Syndesmosis
between tibia and fibula
between ulna and radius
Synchondroses
Cartilaginous Joint
Epiphyseal(growth) Plate
Symphysis
Cartilaginous Joint
Pubic Symphysis
Most Common Use of Cartilaginous Joint
Joint Between Ribs and Sternum
Synovial Joint Parts
Synovial Fluid, Joint Capsule(synovial membrane and fibrous capsule)Articular Cartilage on Bone; Bursa
Ball and Socket Joint
Shoulder and Hip
Elipsoid
Atlas and Occipital Bone, metatarsals and carpals and phalanges, radius and carpals, mandible and temporal bone
Pivot
atlas and axis, radius and ulna
Hinge
humerus, ulna, and radius
femur and tibia
phalanges
talus, tibia, and fibula
Gliding
ribs and vertebrae, between vertebrae
Saddle
carpal and metacarpal of thumb
Shoulder Joint Cavity
Glenoid Cavity in scapula
ATP
Energy "currency"
Converted to ADP, gives off phosphate and energy
Energy Source for ATP
Already in cell
Aerobic Respiration(1glucose plus oxygen yeilds 36 atp plus H2O and Co2)
Creatine Phosphate plus ADP
Anaerobic Process only 2 atp
Fibers have myoglobin to store oxygen and glycogen to store glucose