reactant polymer ATP fructose control cells functions lactose product nucleotides cell membrane sucrose peptide bond DNA dehydration synthesis fatty acid chains cellulose organic C=O maltose phosphates chemical reaction carbon trans fats covalent bonds lipid enzymes glucose - CH3 hydrolysis substrate saturated waxes amylose - COOH triglyceride unsaturated acids glycogen monosaccharide disaccharide polysaccharide glycerol monomers bases tertiary structure chitin - NH2 activation energy backbone -OH R group phospholipids nitrogen bases pentose amino acids RNA catalyst reactant polymer ATP fructose control cells functions lactose product nucleotides cell membrane sucrose peptide bond DNA dehydration synthesis fatty acid chains cellulose organic C=O maltose phosphates chemical reaction carbon trans fats covalent bonds lipid enzymes glucose - CH3 hydrolysis substrate saturated waxes amylose - COOH triglyceride unsaturated acids glycogen monosaccharide disaccharide polysaccharide glycerol monomers bases tertiary structure chitin - NH2 activation energy backbone -OH R group phospholipids nitrogen bases pentose amino acids RNA catalyst
(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.
reactant
polymer
ATP
fructose
control cells functions
lactose
product
nucleotides
cell membrane
sucrose
peptide bond
DNA
dehydration synthesis
fatty acid chains
cellulose
organic
C=O
maltose
phosphates
chemical reaction
carbon
trans fats
covalent bonds
lipid
enzymes
glucose
-CH3
hydrolysis
substrate
saturated
waxes
amylose
-COOH
triglyceride
unsaturated
acids
glycogen
monosaccharide
disaccharide
polysaccharide
glycerol
monomers
bases
tertiary structure
chitin
-NH2
activation energy
backbone
-OH
R group
phospholipids
nitrogen bases
pentose
amino acids
RNA
catalyst