allele genotype RNA active transport organelles asexual reproduction biome proteins meiosis chromosome DNA amino acids cell theory vaculoes mitochondria photosynthesis unsaturated mitosis glucose recessive isomers sexual reproduction virus nucleolus hydrophobic enzyme passive transport cytoplasm chloroplast rough ER glycogen centrioles smooth ER gametes cytoskeleton catalyst homeostasis prokaryotic Free! flagellum cellular respiration amino acid dominant golgi bodies nucleus peptide bonds nuclear membrane cellulose nucleic acids cell wall osmosis eukaryotic activation site diffusion carbohydrates virus phenotype lysosomes ribose lipids allele genotype RNA active transport organelles asexual reproduction biome proteins meiosis chromosome DNA amino acids cell theory vaculoes mitochondria photosynthesis unsaturated mitosis glucose recessive isomers sexual reproduction virus nucleolus hydrophobic enzyme passive transport cytoplasm chloroplast rough ER glycogen centrioles smooth ER gametes cytoskeleton catalyst homeostasis prokaryotic Free! flagellum cellular respiration amino acid dominant golgi bodies nucleus peptide bonds nuclear membrane cellulose nucleic acids cell wall osmosis eukaryotic activation site diffusion carbohydrates virus phenotype lysosomes ribose lipids
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
allele
genotype
RNA
active transport
organelles
asexual reproduction
biome
proteins
meiosis
chromosome
DNA
amino acids
cell theory
vaculoes
mitochondria
photosynthesis
unsaturated
mitosis
glucose
recessive
isomers
sexual reproduction
virus
nucleolus
hydrophobic
enzyme
passive transport
cytoplasm
chloroplast
rough ER
glycogen
centrioles
smooth ER
gametes
cytoskeleton
catalyst
homeostasis
prokaryotic
Free!
flagellum
cellular respiration
amino acid
dominant
golgi bodies
nucleus
peptide bonds
nuclear membrane
cellulose
nucleic acids
cell wall
osmosis
eukaryotic
activation site
diffusion
carbohydrates
virus
phenotype
lysosomes
ribose
lipids