Lab Midterm Flashcards
osculars
eye parts of microscope
focusing knob
corse/fine adjustment
condenser adjustement
keep at highest point
diaphragm
controls amount of light into condenser
Condenser
focuses light on object
objectives
(4x,10x, 40x, 100x)
eyepiece adjustment
on top
magnification of drawing (actual)
size of drawing/ size of object
diameter of field of view (drawing/ actual)
field of view / # fit across
cells combine to form
tissues
tissues combine to make
organism
three main parts of cell
nucleus, cytoplasm, plasma membrane
flagella serves as
locomotory
cilia
moves substances away from cell or along its surface
longitudinal
divides body into left and right halves( back and front)
oblique
oblique angle (not parallel to sagittal or transverse)
cervical
neck
lumbar
lower region
thoracic
chest
cytoplasm is
aqueous solution where solutes are dissolved or suspended
diffusion
(conc. gradient) high to low
polar molecules
like water pass through polar membrane
non-polar
do not diffuse across dialysis tubing
diffusion of water across SPM is
osmosis
osmosis
involves channel proteins (aquaporins)
why did the solution turn blue?
starch is a large molecule and when iodine and starch mix the solution turns blue
what happend to liver solution
began expand and “swell” because H2O2 is small molecule and can move into the cell wheere catalase breaks apart into H2O and O2. Then oxygen can not leave cell (non-polar).
water will move into cells 2,3,4 and will make them
weigh more
if isotonic then the weight
bounces back and forth
sucrose can not
cross membrane(too big molecule)
net movement of water molecules
hypotonic and move from high to low conc.
complex/multicellular organisms are
comprised of many types of cells
prokaryotic
no membrane bound organelles
Eukaryotic
membrane bound organelles (nucleus)
tissues
group of similar cells and intracellular substances
4 primary tissue types:
muscle, nervous, epithelial, connective (embryonic 5th…)
epithelial
covers/lines all surfaces
squamous
flat, large
cubodial
cubed-like (short)
culomnar
tall, cylindrical
pseudostratified columnar
trachea (cilated)
transitional epithelium
squamous, cuboidal (urinary bladder)
connective tissue (4 types)
connect things, support, movement, protection, insulation, transport.
Loose connective (3)
areolar, adipose, reticular
areolar
randomly orientated fibres. (skin). protection. fibroblasts
adipose
large, rounded. fat storage (under breasts) fibroblasts.
reticular
organized fibres. support. (spleen) binds together soft organs
Dense connective (below epidermis) 3 types
regular, irregular, elastic
regular
fibres run parallel to each other. (tendons/ligaments). lig.-> bone to bone. tend.-> bone to lig.
irregular
dermis of skin
elastic dense.
rounded columnar. support. (blood vessel tunic)
cartilage (4)
hyaline, fibrocartilage,elastic, articular. (one kind of cell called chondrocytes and contains collagen fibres)
hyaline
(nose) costal. speratic fibres. provides flexible support.
fibrocartilage
intervertebral discs
elastic cartilage.
pinna of ear
articular
sub type of hyaline. joints, slippery
bone
compact, spongy, (one cell osteocytes)
where are osteocytes found
lucanae
haematology
study of blood
hemostasis
first stage of wound healing
blood has : (2)
erythrocyte, leukocyte
lumallae
rings in bone tissue
http://learningtosavetheearth.com/wpimages/wp80a1d4ab_05.jpg
skeletal
E: Lung 1
simple squamous. absoprtion, secretion (one layer/ flattened)
E: skin
stratified squamous. protection
E: kidney
simple cuboidal. secretion
E: Intestine
simple columnar with brush border. absorption, secretion of mucus.
E: Lung 2
simple ciliated columnar. secretion, cilia propel mucus
E: Urinary bladder
transitional. contract and expand
E: trachea
pseudostratified ciliated columnar. secretion, absorption
vascular connective tissue
red & white blood cells. transport oxygen throughout body.
5 types of leukocytes (rbc’s)
neutrophil, lymphocyte, monocyte, eosinophil, basophil
neutrophil
phagocytes. engulf / digest bacteria.
lymphocytes
immune response
monocyte
phagocytes/macrophage. big cells. macrophages at infection site.
eosinophil
fight parasitic worms / reduce inflammation.
basophils
release histamine and prevent clots via heparin
transfusion
transfer of blood from one person to the other
PVC
PVC=3 x [Hb]g/dL
RBC
number of cells counted x 200 / 0.02 mm^3
which tests did you perform that were related to oxygen carrying capacity
sample of blood centrifuged with the volume of packed cells and volume of plasma.