All living things are made up of cells

All cells come from preexisting cells through the process of cell division

all cells have a cell wall

the nucleos is the power of the cell

both can be unicellular

they both have dna, ribosomes cytoplasam, cell membranes and cell walls

they both have ribosomes cytoplasam cell walls and membranes

muliticellular

lysosomes

centrioles

cilla

flagella

dna

cytoplasum

cell walls

ribosomes

DNA

ribosomes

cytosol

plasma membrane

centriloes

lysosomes

chloryphill

central vacuole

cell wall

chloroplasts

plasmadesata

central lysosomes

cilla

cell wall

dna

cell mobility

plasmodesta

ribosomes cytosol

cell wall

cilla

flagella

chlorplasts

plants,animals,archea

plants,fungi,archea,and algae

plants

animals and fungi

true

false

cell mobility

whip hair that moves back and fourth

microtubes wrapped membrane

short hair like move back and fourth

imobility

long whip like structures wrapped membrane

mobility of a cell with short hair like cells that move around

short hair like structures that whip around

microtubes wrapped membrane with whip like strucures

circulur with short hairs poking out of it

membrane bound ogranelle that contains the cells chromosomes

largest structure in the nucleous of eukaryotic cells

organelle concerned with the synthesis of proteins

controls and regulates the activities of the cell (e.g., growth and metabolism) and carries the genes, structures that contain the hereditary information.

membrane-bound cell organelle that contains digestive enzymes break down excess or worn out cell parts

organelle concerned with the synethesis of proteins

memebrane organelle that contains digestive enzymes break down excess or worn out organelle

subunit of a cell found in both plants and animals

a small sppherical organelle producing and breaking peroxide

the largest sturure that helps with cell function

subunit of a cell found in both plants and animals

used to pump excess water from plant cells

power house of the cell

plastids containing green pigment chlorophyll

organelles that carry out cellular respiration in eukaryotic cells

regulates substances allowed to enter or leave cells uses embeded proteins

protects and supports plants

the process of manufacturing proteins

the process of manufacturing proteins

regulates substances allowed to enter or leave cells

protects and provides skeltetal support that helps keep plant upright

large network of proteins and molecules that surrounded,support and give structure to cells and tissues in body

a type of goverment

a movie

inside membrane contains enzymes that catalyze reactors of cellualr respiration

a narrow region between inner and outer membrane

nucleous

the power house of the cell

intermembrane space

endomembrane system

all of the above

chromosomes are structures made up of nuceic acids (Carries genetic info)

Chromatin is the substances inside chromosomes

chromosomes are the squiggly things that make up chromatins

chromatins are structures made up of nuceic acids (Carries genetic info)

Chromosomes are the substances inside chromosomes

bound- protiens that are used within the cell while free cells produce stuff that leaves the cell

bound-proteins that leave celll and a free cell produce proteins to use inside cell

blind cells form leakproof sheets

principal receptors are used by animal cells to kind to the extracecellular matrix

some organelles in todays eukaryotic cells were once prokaryotic microbes

microtubes that have the ;argest fibers

microtubles

intermediate filaments

microfilaments (actin)

mitochondira

centralvacuole

chloroplast

endoplasmic reticulum er golgi apparatus lysosomes

the counterpart to the endoplasmic reticulum

a large network of proteins and molecules that surround, support and, give structure to cells and tissues in body

a network full of intergins

fasten cells together into strong sheets of tissue

tight and gap

intergins

proteins that span the membrane and attatch to the cytosketlton