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Molecules of Life

TermDefinition
macro many molecules
polymer many molecules
monomer one molecule
How are macromolecules formed? Dehydration of Condensation Reaction
lysis split
macromolecules are broken into individual molecules Hydrolysis reaction
enzymes speed up the rate of reaction
Carbo carbon
hydrate water
carbohydrates sugars
Monosaccharides building blocks, sacch means sugar
Disaccharides 2 monosaccharides linked together Di means two
Polysaccharides Many sugars linked together
carbohydrates end in -ose fructose, sucrose, lactose
starch E storage molecules in plants
glycogen E storage molecules in animals
cellulose structural component of plant cell walls. most organic compound on earth
chitin exoskeleton of some animals
lipids fats, oils, waxes, and steroids
hydrophobic fear of water
lipids are mainly composed of hydrophobic molecules
two main parts fatty acid tails and 3 carbon glycerol molecule
triglycerols or triglycerides your basic fat or oil
saturated fats bad types of fat when it comes to our diet. solid at room temperature
unsaturated fats Liquid at room temperature from plants such as vegetable oil, sunflower oil or peanut oil
polyunsaturated fats Liquid at room temp. From plants. numerous double or triple bonds in the fatty acid portion
hydrogenated or Trans fats oils turned solid by adding hydrogenph
phospholipids these molecules replace a single fatty acid with a phosphate ion. They still have 2 fatty acid tails. They have a neutral charge.
philic means "lover of"
Bi-layers Having 2 layers
Waxes these lipids are formed by combining alcohols with unsaturated oils. Lipstick
steroid has 4 carbon rings with the top ring looking like a house
cholesterol a steroid molecule. All membranes need to have cholesterol to remain flexible. It's bad for your health if you have too much.
Atherosclerosis clogged arteries from too much cholesterol
Proteins Polypeptides that make up more than fifty percent of an organisms dry weight which is called biomass.
Amino acids building blocks of proteins. Twenty different ones.
Proteins and Enzymes have hundreds of different amino acids in their structure
monomers individual amino acids bonded together by a peptide bond
polypeptide many amino acids put together.
Proteins and enzymes workhorses of the cell
1' Primary structure
Fredrick Sanger 1948 Discovered the first protein amino acid sequence. It was for insulin
Primary sequence really important
2' Secondary structure
hydrogen bonds allows for flexibility
3' Tertiary structure. Tert means third. Helps with flexibility within the protein
4' Quaternary Structure. Quarter means fourth. Two or more polypeptides are woven together. Multiple woven together
hemoglobin red blood cells have 4 proteins woven together to form it
denaturation enzyme unfolding. Unraveling of a protein or enzyme causing it not to function. Caused by ph changes, salt concentration changes, and temperature changes.
monomers nucleotides
polymers DNA or RNA. Depends on the 5 carbon sugar present in the monomer. sources of genes & hereditary information.
DNA Master Million Dollar Blueprint. Kept safe in the nucleus. The nucleus is like a vault to keep the DNA safe.
RNA the cheap 10 cent copy of the Master Blue print. Disposable/ recyclable.
Pyrimidines (C,T,U) Big name, small molecule. Counting steps Takes you Up the Pyramid... easy way to remember them
Purines (A,G) Small name big molecule. Two carbon rings in the nitrogen base. Alabama is Purely Greater than Auburn -easy way to remember. Always a pyrimidine paired with a purine. The sequence determines what protein or enzyme is made.
DNA double helix structure James Watson & Francis Crick make the model in 1953. Two sides are complimentary. (Fit together perfectly.) One side is DNA other is RNA
Genes & Evolution The more Nucleotide sequence genes in common, the more closely related the organisms are. The fewer Nucleotide sequence genes is common, the more distantly related they are.
denaturation enzyme unfolding. Unraveling of a protein or enzyme causing it not to function. Caused by ph changes, salt concentration changes, and temperature changes.
monomers nucleotides
polymers DNA or RNA. Depends on the 5 carbon sugar present in the monomer. sources of genes & hereditary information.
DNA Master Million Dollar Blueprint. Kept safe in the nucleus. The nucleus is like a vault to keep the DNA safe.
RNA the cheap 10 cent copy of the Master Blue print. Disposable/ recyclable.
Pyrimidines (C,T,U) Big name, small molecule. Counting steps Takes you Up the Pyramid... easy way to remember them
Purines (A,G) Small name big molecule. Two carbon rings in the nitrogen base. Alabama is Purely Greater than Auburn -easy way to remember. Always a pyrimidine paired with a purine. The sequence determines what protein or enzyme is made.
DNA double helix structure James Watson & Francis Crick make the model in 1953. Two sides are complimentary. (Fit together perfectly.) One side is DNA other is RNA
Genes & Evolution The more Nucleotide sequence genes in common, the more closely related the organisms are. The fewer Nucleotide sequence genes is common, the more distantly related they are.
Created by: 100003220403022
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