prokaryotes smooth ER codomin- ance lysosome fine adjustment knob fitness 1:2:1 osmosis golgi diffusion gel electrophoresis haploid 2:2 ribosome chloroplast incomplete dominance diploid double helix PCR 4:0 iris diaphragm lever 3:1 genetic drift rough ER crossing over nucleotide mitosis DNA replication translation cytokinesis mRNA cell wall tRNA ocular mutation common ancestor mitochon- dria transcription eukaryotes migration nucleoid polygenic trait cell membrane genotype natural selection multiple alleles facilitated diffusion enzyme active transport phenotype phylogeny meiosis prokaryotes smooth ER codomin- ance lysosome fine adjustment knob fitness 1:2:1 osmosis golgi diffusion gel electrophoresis haploid 2:2 ribosome chloroplast incomplete dominance diploid double helix PCR 4:0 iris diaphragm lever 3:1 genetic drift rough ER crossing over nucleotide mitosis DNA replication translation cytokinesis mRNA cell wall tRNA ocular mutation common ancestor mitochon- dria transcription eukaryotes migration nucleoid polygenic trait cell membrane genotype natural selection multiple alleles facilitated diffusion enzyme active transport phenotype phylogeny meiosis
(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.
prokaryotes
smooth ER
codomin-ance
lysosome
fine adjustment knob
fitness
1:2:1
osmosis
golgi
diffusion
gel electrophoresis
haploid
2:2
ribosome
chloroplast
incomplete dominance
diploid
double helix
PCR
4:0
iris diaphragm lever
3:1
genetic drift
rough ER
crossing over
nucleotide
mitosis
DNA replication
translation
cytokinesis
mRNA
cell wall
tRNA
ocular
mutation
common ancestor
mitochon-dria
transcription
eukaryotes
migration
nucleoid
polygenic trait
cell membrane
genotype
natural selection
multiple alleles
facilitated diffusion
enzyme
active transport
phenotype
phylogeny
meiosis