gap junction trace elements ribosome natural selection unsaturated fats law Prokaryotes vacuole electrons peroxisome transport vesicle valence shell amphipathic control independent variable RNA proteins cytosol theory cilia lipids flagella dependent variable DNA covalent bonding carbohydrates producer/autotroph nuclear envelope adhesion proteins cell wall protons dehydration synthesis community ion homeostasis transport proteins electronegativity phosholipid bilayer peptide bonds enzyme proteins Carbon and Hydrogen Eukaryotes Law of Conservation of Matter chloroplast essential elements isotope digestion saturated fats monomers golgi apparatus ecosystem hydrogen bond atomic number tight junction amino acids mitochondria The Cell Theory nucleic acids neutrons organelles nucleus cytoplasm denatured cholesterol nucleotides hydrolysis cytoskeleton photosynthesis nonpolar bonds recognition proteins hydrophobic polar bonds lysosome Endoplasmic reticulum hydrophilic consumer/heterotroph adaptations receptor proteins gap junction trace elements ribosome natural selection unsaturated fats law Prokaryotes vacuole electrons peroxisome transport vesicle valence shell amphipathic control independent variable RNA proteins cytosol theory cilia lipids flagella dependent variable DNA covalent bonding carbohydrates producer/autotroph nuclear envelope adhesion proteins cell wall protons dehydration synthesis community ion homeostasis transport proteins electronegativity phosholipid bilayer peptide bonds enzyme proteins Carbon and Hydrogen Eukaryotes Law of Conservation of Matter chloroplast essential elements isotope digestion saturated fats monomers golgi apparatus ecosystem hydrogen bond atomic number tight junction amino acids mitochondria The Cell Theory nucleic acids neutrons organelles nucleus cytoplasm denatured cholesterol nucleotides hydrolysis cytoskeleton photosynthesis nonpolar bonds recognition proteins hydrophobic polar bonds lysosome Endoplasmic reticulum hydrophilic consumer/heterotroph adaptations receptor proteins
(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.
gap junction
trace elements
ribosome
natural selection
unsaturated fats
law
Prokaryotes
vacuole
electrons
peroxisome
transport vesicle
valence shell
amphipathic
control
independent variable
RNA
proteins
cytosol
theory
cilia
lipids
flagella
dependent variable
DNA
covalent bonding
carbohydrates
producer/autotroph
nuclear envelope
adhesion proteins
cell wall
protons
dehydration synthesis
community
ion
homeostasis
transport proteins
electronegativity
phosholipid bilayer
peptide bonds
enzyme proteins
Carbon and Hydrogen
Eukaryotes
Law of Conservation of Matter
chloroplast
essential elements
isotope
digestion
saturated fats
monomers
golgi apparatus
ecosystem
hydrogen bond
atomic number
tight junction
amino acids
mitochondria
The Cell Theory
nucleic acids
neutrons
organelles
nucleus
cytoplasm
denatured
cholesterol
nucleotides
hydrolysis
cytoskeleton
photosynthesis
nonpolar bonds
recognition proteins
hydrophobic
polar bonds
lysosome
Endoplasmic reticulum
hydrophilic
consumer/heterotroph
adaptations
receptor proteins