Regents Review Labs Flashcards
(24 cards)
Lactose is broken down by _____ into ______ and ______
Lactase
Glucose
Galactose
Theme of bird lab
Designing solutions using simulations
Theme of Homeostasis Lab
Creating own procedure to test effectiveness of homeostasis (homeostasis is a negative feedback loop that balances certain processes in our bodies to a normal range)
What are monosaccharides?
Simple sugars: ex. Glucose, fructose, ribose, etc
Elements in Carbohydrates
Carbon
Hydrogen
Oxygen
1:2:1
Elements in Lipids
Carbon
Hydrogen
Oxygen
Elements in Proteins
Hydrogen
Nitrogen
Oxygen
Carbon
Elements in Nucleic acids
Carbon
Hydrogen
What are the monomers of carbohydrates
Monosaccharides: simple sugars
What are the monomers of Lipids
Glycerol and Fatty acids
What are the monomers of proteins
Amino acids: ex. Valine, Adenine Cysteine, etc (20 dif R groups)
What are the monomers for nucleic acids
Nucleotides
What is the relationship between enzymes and substrates
Enzymes break down substrates
What are the polymers for Carbohydrates
Starch, Cellulose, Glycogen
Starch: plants store glucose
Cellulose: builds up cell walls
Glycogen: Animals store glucose
What are the polymers of lipids
Triglyceride (fat)
Phospholipid (cell membrane)
Cholesterol
What are the polymers of Proteins
Polypeptides are the polymers of amino acids
What are the polymers of Nucleic acids
DNA
RNA
Function of carbohydrates
Can be broken down for short term, immediate energy
Function of Lipids
Long term energy storage: insulation, build cell membranes
Function of Proteins
HEARTS
Hormones
Enzymes
Antibodies
Receptors
Transporters
Structural
Function of Nucleic Acids
Pass on traits from parent to offspring, code for proteins
Difference between poly and monosaccharides (+additional notes)
Monosaccharides taste sweet
Polysaccharides do not
Carbs tend to end in “ose”
Enzymes additional notes
Function determined by shape and chemical composition of active site
Are vulnerable to temp and PH changes
Break down substrates into products ex. Polysaccharides into monosaccharides
Enzymes tend to end in “ase”
Amino acids joined by peptide bonds
Specific enzyme needed for each chemical reaction that occurs in cells
Nucleic Acids additional notes
Recipe for making proteins in cells