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Midterm Review!!! Every You need To Know!!!

IM noT DonE yeT ill finish l8tr

Terms

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eukaryotes
generally larger and more complex than prokaryotic cells, they contain a nucleus in which their genetic material is separated from the rest of the cell
epiglottis
stops food from going down the trachea
mouth
food is mechanically and chemically broken down
roots
anchorage, conduction, absorption
collenchyma
(type of ground tissue) strong flexible cell walls that help support larger plants
vacuoles
sacklike structures that store materials such as water salts proteins and carbs
red blood cells
carry oxygen around the body and contains hemoglobin, no nucleus
transpiration
the amount of water loss from leaves, takes place in stomates
aerobic respiration
glucose + oxygen = carbon dioxide + water + energy
endocytosis
process of taking materials into the cell
epidermis
protective tissue that forms the outer layer of tissues of leaves stems and roots, lower contains gaurd cells and upper prevents water loss and lets light into the leaf
autotrophs
use light energy from he sun to produce food
cellular respiration
process that releases nergy by breaking down glucose and other food molecules in the presense of oxygen
anaerobic
does not require oxygen
electron transport train
uses high energy electrons from the krebs cycle to convert ADp to ATP
active transport
the movement of materials from a low to high concentration using energy
Carbohydrates
main source of energy, plants and animals also use carbohydrates for structural purposes
lipids
made mostly of carbon, and hydrogen atoms,
Cell theory
A fundamental concept of biology that states.. All living things are composed of cells, cells are the basic units of structure and function in living things, new cells are produced from existing cells.
glycolosis
glucose-->2 pyruvic acid+2 ATP
kidney failure
when a kidney fails toxins build up and eventually you can die
stems
produce leaves, branches and flowers, hold leaves up to sunlight, transport substances between roots and leaves.
ribosomes
proteins are assembled on........ they are found throughout cytoplasm and on rough ER
renal tubule
portion of the nephron of the kidney containing the fluid filtered through the glomerulus. After passing the renal tuble the filtrate continues to the collecting duct system
root cap
protects the root as it pushes through the soil
fermentation
anaerobic, releases a small amount of energy
tongue
pushes the bolus down your throat
alcohol fermentation
glucose (or pyruvic acid)---> 2 ethyl alcohol + 2 CO2 + 2 ATP
kidney stones
when calcium, magnesium or uric salts in the urine crystalize and form very painful stones
guard cells
pair of specialized epidermal cells that regulate the opening and closing of stomates
parenchyma
thin cell walls and large central vacuoles surrounded by athin layer of cytoplasm(type of ground tissue)
tracheophytes
plants with vascular tissue that is necessary to grow tall
carbohydrate
compound made up of carbon, hydrogen, and oxygen atoms
photosynthesis
plants use energy from the sun to convert water and co2 into high energy crabs
nuclear envelope
two membranes that protects the nucleus, has thousands of nuclear pores
photosynthesis
carbon dioxide + water+light --> glucose+ oxygen
skin
removes water, salt and urea from the blood in the form of sweat, when body becomes too warm blood vessels dilate, sweat evaporates to cool the body
protein
found in foods such as fish, beans
endodermis
incloses the the roots vascular cylinder(transport systen)
chromosomes
contain genetic information that is passed from one set of cells to the next
palisades layer
main section contains chloroplasts that carry out photosynthesis(absorbs light that enters the leaf)
chromatin
dna bound to protein
glomerulus
small network of capillaries encased in the bowmans capsule, where blood filtration takes place
facilitated diffusion
specialized transport proteins that speed the movement across a membrane H-->L
cuticle
(waxy layer) transparent layer that prevents water loss and covers the plants epidermis
spongy layer
lower portion of a leaf, irregular shaped, chloroplast filled cells that are separated by air spaces
phloem
transport food and nutrients throughout
mitochondria
organelles that convert the chemical energy stored in food into compounds that are more convenient for the cell to use, have many folds to increase surface area
mesophyll
specialized ground tissue
lipids
building blocks of ... are fatty acids and glycerol
catalyst
a substance that speeds up a chemical rection
aerobic
respiration that requires oxygen to breakdown foods
hydrotropism
response to water
cytoskeleton
a structure that helps support the cell. Its a network of protein filimants that help the cell maintain their shape, and is also involved in movement
vascular tissue
forms atransport system that moves water and nutrients throughout the plant, it contains specialized cells
geotropism
response to gravity
sclerenchyma
(type of ground tissue) cells have extremly thick, rigid cell walls that make ground tissue tough and strong
rough endoplasmic reticulum
involved in synthesis of proteins. ribosomes on its surface
white blood cells
army of the blood, fight disease, bacteria invading pathogens
enzymes
...... are like a lock and key model
kidneys
play an important role in maintaining homeostasis removes wastes products from the blood, maintain blood PH, regulate water content and volume of the blood.
carbohydrates
found i foods such as breads, grains, and pastas
urinary bladder
sacklike organ where urine is stored before release
pigments
light absorbing molecules
enzymes
speed up chemical reactions in cells, proteins that act as biological catalysts
bryophytes
plants that lack vascular tissue
carbohydrates
made of sugars and starches
ground tissue
cells that lie between dermal and vascular tissues mostly of parrenchyma
meristem
cluster of tissue that is responsible forcontinuing growth throughout a plants life time
krebs cycle
pyruvic acid is broken down into CO2 in a series of energy extracting reactions
lactic acid fermentation
2 pyruvic acid---> 2 lactic acid + 2 ATP
apical domince
phenomanon in which the closer a bud is to the stems tip, the more its growth is inhibited
hemoglobin
red iron containing pigment that bonds to oxygen
proteins
control the rate of reactions and cell process, forms bones and muscles, provides raw materials for growth, transport substances into or out of cells or fight disease
phagocytosis
e"eating" solid particles are engulfed/ingested into the cell
starch
a complex carbohydrate
thigmotropism
response to touch
chloroplasts
plants only contain these. They are oranelles that capture the energy from sunlight and convert it to chemical energy in a process called photosynthesis
lysosomes
only found in animal cells, they are small organelles filled with enzymes. They digest lipids carbs and proteins into molecules the body can use. They also breakdown organelles that have outlived there usefulness and remove junk from the cell
how old it is
the amount of lines of a tree represents
dermal tissue
consists of a single layer of epidernal cells and a thick waxy layer that prevents against water loss and injury, on roots contains root hair cells which increase surface are and water absobtion, on the underside of leaves contain stomates and gaurd cells which regulate gas exchange
smooth endoplasmic reticulum
do not contain ribosomes
prokaryotes
generally smaller and simpler than eukaryotic cells. They have genetic material that is not inclosed by a nuclue
proteins
contain carbon hydrogen, oxygen and nitrogen
nuclear pores
allow materials to pass in and out of the nucleus
roots
anchor aplant into the ground and absorb water and dissolved nutrients from the soil
exocytosis
"outside" movement of materials outside the cell
taproot
a primary root that grows long thick and strong
carbohydrates
made of carbon, hydrogen and oxygen ina 1:2:1 ratio
teeth
mechanically digest foods
salivary glands
releases saliva for he chemical breakdown of foods
golgi apparatus
a stack of closely apposed membranes. It modifies, sorts, and packages proteins and other materials from the endoplasmic reticulum for storage in the cell or secretion outside the cell
anaerobic
lactic acid fermentation, or alcohol fermentation, occurs in cytoplasm, used to produce wine, buttermilk and some cheese
substrate
the reactants of an enzyme catalyzed reaction is a substrate
endoplasmic reticulum
the site where lipid components of the cell membrane are assembled, along with proteins and other materials that are exported from the cell
nucleus
contains nearly all the cells dna and other coded instructions for making proteins and other important molecules
platelets
help clott your blood by releasing special protein fibers, and clotting the bleeding area
centrioles
only found in animals, they are located near the nucleus and help organize cell division
urethra
tube that carries urine from the urinary bladder out of the body
bowman's capsule
cup shaped structure in the upper part of the nephron that encases the glomerulus
petiole
attaches the blade of a leaf to its stem
meresmatic tissue
plant tissue only found in the tips of shoots and roots; responsible for plant growth
fibrous
a type of root that branche out into similar size roots
ecosystem
collection of all the organisms tht live in a particular place, togeher with their non living environment
eukaryotic
we have ......cells
lipids
foumd i foods such as BACON AND VEGTABLE OIL
glycolysis
breaks down glucose into 2 atp and 2 pyruvic acid
ureter
tube that carries urine from the kidney to the urinary bladder
stomata
openings through which gas exchange occurs
phototropism
response to light
organelles
little organs
proteins
amino acids are the building blocks of....
aerobic
respiration that makes energy in the presence of oxygen, 36 molecules of ATP are gained, takes place in the mitochondrion
vascular cylinder
roots transport system contains xylem and phloem
nephron
the functional unit of the kidney
leaf
the structure of a ----- is optimized for absorbing light and carrying out photosynthesis
science
an organized way of using evidence to learn about the natural worl
phloem
vascular tissue that conducts food and other dissolved materials throughout the body of the plant
community
populations that live together in a defined area
cortex
a spongy layer of ground tissue that is inside the epidermis
heterotrophs
obtain food from their environment
digestive system
two main auctions are digestion and absorption to breakdown food into substances we can use and absorb nutrients and water
root hairs
produce alarge surface area for the absobtion of water
passive transport
the movement of materials through a cell membrane without using energy
diffusion
the process by which moleculse move from a high to low concentration (a type of passive transport)
xylem
consists of tracheids and vessel elements, is dead and transports water and minerals up
lipids
there are 3 types: fats, oils and waxes, they insulate and cushion your body, prevent heat loss,, stored energy, some lipids ared important parts of biological membranes and waterproof coverings
population
a group of organisms of one type that live in the same area
tropism
response of a plant to an external stimulus
pinocytosis
"drink" small amounts of liquid are taken into the cell
excretory system
functions to get rid of metabolic wastes and toxins in the body
cytoplasm
portion of the cell outside the nucleus where most chemical reactions occur
osmosis
the movement of water from a high to low concentration ( a type of passive transport)
chlorophyll
green principal pigment in light absorbtion
apical meristem
group of undifferated cells that divide to produce incresed length of stems and roots
nucleolus
the assembly of ribosome's begins here
blades
part of a leaf that collects sunlight
yeast
heterotrophs who use alcoholic fermentation, dont use oxygen anaerobic, eat sugars
sugar
a simple carbohydrate
urine
the solution that carries wastes out of the body
casprian strip
a water proof strip on roots
xylem
vascular tissue that conducts water and minerals from roots upward through the plant that helps support the plant (dead)
loop of Henle
sectiion of the nephron tubule where water is conserved and the volume of urine minimized

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