Disaccharides: two mono- saccharides linked together Dehydration synthesis: removes equivalent of a water molecule to link molecular units Poly- saccharides: store energy Cholesterol produces hormones (testosterone & estrogen) Nucleic acids store genetic information Nucleic acids are made of nucleotides Proteins: long chains of amino acids Steroids: carbon- based ring structures Lipids: insoluble in water Enzymes facilitate biochemical reactions Mono- saccharides: simple sugars 20 types of amino acids Phospholipids: cell membrane structure Primary structure: stabilized by peptide bonds Carbohydrates: used for energy and structural support. Quaternary structure: two or more polypeptide chains Hydrolysis: Adds the equivalent of a water molecule to break apart macromolecules Triglycerides: energy storage molecules Tertiary structure: creates polar and non-polar areas in molecule Oligo- saccharides: more than one monosaccharide linked together Secondary structure: stabilized by hydrogen bonds Disaccharides: two mono- saccharides linked together Dehydration synthesis: removes equivalent of a water molecule to link molecular units Poly- saccharides: store energy Cholesterol produces hormones (testosterone & estrogen) Nucleic acids store genetic information Nucleic acids are made of nucleotides Proteins: long chains of amino acids Steroids: carbon- based ring structures Lipids: insoluble in water Enzymes facilitate biochemical reactions Mono- saccharides: simple sugars 20 types of amino acids Phospholipids: cell membrane structure Primary structure: stabilized by peptide bonds Carbohydrates: used for energy and structural support. Quaternary structure: two or more polypeptide chains Hydrolysis: Adds the equivalent of a water molecule to break apart macromolecules Triglycerides: energy storage molecules Tertiary structure: creates polar and non-polar areas in molecule Oligo- saccharides: more than one monosaccharide linked together Secondary structure: stabilized by hydrogen bonds
(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.
Disaccharides: two mono-saccharides linked together
Dehydration synthesis: removes equivalent of a water molecule to link molecular units
Poly-
saccharides: store energy
Cholesterol produces hormones (testosterone & estrogen)
Nucleic acids store genetic information
Nucleic acids are made of nucleotides
Proteins: long chains of amino acids
Steroids: carbon-based ring structures
Lipids: insoluble in water
Enzymes facilitate biochemical reactions
Mono-saccharides: simple sugars
20 types of amino acids
Phospholipids: cell membrane structure
Primary
structure: stabilized by peptide
bonds
Carbohydrates: used for energy and structural support.
Quaternary structure: two or more polypeptide chains
Hydrolysis: Adds the equivalent of a water molecule to break apart macromolecules
Triglycerides: energy storage molecules
Tertiary
structure: creates polar
and non-polar
areas in molecule
Oligo-saccharides: more than one monosaccharide linked together
Secondary structure: stabilized by hydrogen bonds