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biology

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lipids composed of
glycerol and 3 fatty acids
cell cycle includes
G1 phase, S phase, G2 phase, mitosis
dehydration synthesis
2 monomer make polymer and lose water
sterols
cholesterol with 4 fused carbon rings
inorganic
NO carbon
G2 phase
preparation to mitosis
main purpose of light reaction
to make energy: ATP and NADPH
monomer of nucleic acid
nucleotides
animo acid structure
animo group, carboxyl acid, variable R
what can be broken down?
compounds
facililated diffusion
movement of materials with carrier protein
proton
positive charge
initiation
mRNA forms RNA polymerase, and begin to unzip DNA
catalysts
things speed up reactions
cellulose
gives plant strength, rigid polysaccharide, plant cell walls
mitosis
where the nucleus of the cell is devided into nuclei with the same amount of chromosomes as the parent cells
golgi body
transport protein
3 enzymes involve in DNA replication
helicase, polymerase, ligase
phospholipids
hydrophobic head, hydrophilic tails, phosphate, glycerol, and 2 fatty acid
energy storage
starch, glycogen
organelles
any tiny structure that performs a specialized function in the cell
compound
substance form from the chemical combination of 2 or more atoms
cell wall
surround membrane
codon
3-based sequences
cell division
where the cell divides into daughter cells
hypertonic
greater outside cell
atomic number
number of proton
saturated fat
solid at room temperature, animal fats
pistil
female sex part, fertilize the pollen
genes
individual factors control traits
3 types of RNA
mRNA, tRNA, rRNA
products of glycolysis
2 ATP, 2 NADH, 2 pyruvate
phagocytosis
solid
turgid
means hypotonic for plant
polymerization
when big compound made from smaller compounds
S phase
DNA replication
hydrophobic
head, hates water
anti codon
3 exposed bases
reactants of ETC in respiration
electrons, NADH, FADH2
active transport
require energy
cell membrane
regulates what enter cells
how does light travel
in waves
where does translation happen
ribosomes
DNA polymerase
combine the split DNA with complementary bases
product of light reaction
NADPH, ATP, O2
ionic bonds
create between oppositely charged ions
cell specialization
cells has their own special jobs
helicase
splits the parent DNA
genetics
studies herdity
stamen
male sex part, drops pollen inside the flower
where dos kreb cycle occur
matrix
photon
smallest unit of light
ETC of respiration occur in
inner membrane of mitochondria
what is saturated fat saturated with?
hydrogen
isotope
different number of neutrons
nucleotides contain
5 carbon sugar/pentose, phosphate group, and nitrogerios base
how does ATP form
by ADP phosphorylating
heterotroph
get energy from food they eat, ex, human and animals
macromolecules
carbohydrates, lipid, protein, nucleic acid
organic compounds
contain carbon
pyrimidine
thymine, cytosine, and urasil
reactants of glycolysis
1 glucose, 2 ADP, 2 NAD+
rRNA
60% of ribosomes
DNA ligase
forms the back bone
tRNA
transfers animo acid in the cytoplasm to ribosomes
unsaturated fat
liquid at room temperature, plant fat
protein
composed of carbon, hydrogen, oxygen, nitrogen
photosystem
pigments cluster that collects lights
3 steps of transcription
initiation, elongation, and termination
isotonic
equal inside and out
nucleolus
make up of DNA&RNA
where does glycolysis occur
cytoplasm
purine
adenine and guanine
structural storage
cellulose and chitin
non disjunction
failure of chromosomes during meiosis
why DNA replicate
replace dead cells
polypeptide chain
animo acid lined by dehydration synthesis
5 nitrogen bases
adonine, thymine, urasil, guanine, cytosine
pigments
colored substance that absorb light, used as chlorophyll
meiosis
forms gamettes
prokaryotic
cells that don't have nuclei
atomic mass
number of neutrons and protons
ribosomes
contain protein
osmosis
passive movement of water across selectively permeable membrane
product of kreb cycle
3 NADH, 1 FADH2, 2 CO2, 1 ATP
NADPH
transport hydrogen and electrons
termination
RNA polymerase reads STOP codon and release RNA and RNA polymerase from DNA
hypotonic
greater inside cell
lipids
waxy, oily compounds
final electron accepter in respiration
oxygennnnnn
passive
does not need energy
where does transcription happen?
nucleus
enzymes
living organism that has its own catalysts
chemical change
to change into a new substance
2 jobs of waters H+ ions
generate ATP, and make concentration gradient
final electron accepter in light reaction
NADP+
3 things water split into
electron, 2 H+, oxygen
DNA stands for
deoxiribo nucleic acid
mitochondria
change chemical energy
products of ETC in respiration
H2O
father of genetics
gregor mendel
allels
diff. versions of genes
punnett squares
use to predict the possible alleles combinations for a trait
mendel established
law of inheritance
starch
store in plans
where does light reaction occur
thylakoid membrane
neutron
neutral
chitin
exoskeleton
lysis
means hypotonic
atoms
building blocks of matter
Translation
Protein synthesis from nucleotide to animo acid
nitrocerous base
basic unit of DNA
nuclear envelope
surround nucleus
plasmolyzw
means hypertonic for plant
where does calvin cycle occur
stroma
herdity
biological inheritance
electron
negative charge
deletion
when part of chromosomes is missing
hydrolysis
polymer split into monomers with water added
DNA backbone
dioxyribose sugar and phosphate
3 main component of cell membrane
carbohydrates, lipids, and protein
mixtures
physical mix of compounds or element
gamettes
reproductive cells
mRNA
carries genetics info from nucleus to ribosomes
ATP
adosine triphosphate
lysosomes
clean up cells
product of calvin cycle
glucose, ADP, NADP+
glycogen
store in animals
what is DNA
store and transport genetic information
matter
anything that has mass&volume
flacid
means isotonic for plant
physical properties
can observe w.o permanently change the identity
monomer of protein
animo acid
eukaryotic
cells that has nuclei
physical change
when matter change, but not into a new substance
endocytosis
form a sac to enter the cell
exception for inorganic that has carbon
carbondioxide
photosynthesis
process that uses sunlight as the energy to convert CO2, and H2o to chemical energy
covalent bonds
sharing of electrons
2 types of nucleic acid
RNA, DNA
chloroplast
trap energy
wavelength determine
different colors
G1 phase
cell growth
hydrophilic
tail, loves water
transcription
creation of RNA to DNA
defusion
movement of material from hi to low concentration until equilibrium
carbohydrates
compounds made up of carbon, hydrogen, and oxygen atoms
autotroph
use energy to make own food, ex, plants and trees
3 types of lipids
fats, sterol, and phospholipids
reactants of calvin cycle
CO2, NADPH, ATP
transolation
non homologous chromosomes are exchanged
ion
unequal number of protons and electrons
cytoskeleton
framework of cell
nucleus
center of a cell
elongation
pairs RNA nucleotides to DNA (U replaces T)
phases of mitosis
interphase, prophase, metaphase, anaphase, telophase, interphase
vacuoles
contain water
3 stages of cellular respiration
glycolysis, kreb cycle, electron transport chain
pinocytosis
liquid
nucleic acid
store and transmit heredity, contain phosphate, carbon, hydrogen, oxygen, nitrogen
plasmolysis
means hypertonic
reactants of light reaction
light and water
chemical property
ability to change into a new substance
ER
transport material throughout the cell

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