DO NOT contain carbon - ex: water, salts, acids, bases
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water
- inorganic - most abundant inorganic compound - 2/3 of body weight - high heat capacity --> little change in temperature - excellent solvent - chemicals dissolve easily - important reactant in some reactions - hydrolysis reaction -cushions organs
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salts
-inorganic compound - separate into ions (in water) -electrolytes - contain calcium and phosphorus
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acids
- inorganic -sour (H+ ions !!!) - called "proton donors" - hydrochloric acid ^acid in our stomach
- interaction between an acid and base - ex: water and salt
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what has a PH less than 7?
acid
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PH greater than 7?
base
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what is a Ph of 7 called
neutral
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carbohydrates
- organic compound -sugars starches - CHO -MAIN energy source for cells - glucose !! - 3 types: monosaccharides, disaccharides , polysaccharides
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monosaccharides
- one --> building blocks - simple sugar - glucose (blood sugar) - fructose ( fruit) -galactose ( milk)
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disaccharides
double sugars (mono + mono) = joined by dehydration reaction - must be broken down to be absorbed - sucrose (glucose + fructose) - lactose ( glucose + galactose) - maltose (glucose + glucose)
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polysaccharides
- long chains of glucose molecules - not sweet -starch - formed by plants ^ -glycogen - found in animal tissue ( mostly muscle)
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lipids
fats - organic molecule - CHO -3 types: - triglycerides, phospholipids, steroids *do not dissolve in water* - yield lots of energy when broken down
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triglycerides
neutral fats (lipid) - 3 fatty acids + glycerol - under the skin and around organs - insulate and protect - can be solid or liquid - 2 types: saturated and unsaturated
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saturated fats
- triglyceride - animal fats -bind with more H atoms - bad - solid
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unsaturated fats
- plant oils - double bonds - easier to break down
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phospholipids
- phosphate group, 2 fatty acids, and glycerol - found in cell membranes - phospholipid bilayer
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steroids
- lipid - 4 interlocking rings - cholesterol - ^ vital (found in liver, membranes, form vitamin D and hormones)
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proteins
- organic - constructional materials - role in cell function - CHON - made of 20 amino acids types: fibrous, globular
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amino acids
- building blocks of proteins - join together
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fibrous proteins
- long fibers - structural proteins - strength in tissues collagen ! ( most common in body) ^ found in bones, cartilage, tendons, flexible and springy
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globular proteins
- functional proteins - string of amino acids that folds over itself into a shape - mobile role in biological process - antibodies, hormones, enzymes, catalyst,
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enzymes
- globular protein - biological catalyst - can be reused - end in "ase"
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nucleic acids
- make up genes - determine the type of organism you will be and direct growth and development - dictate protein structure - CHONP made of nucleotides --> sugar - 3 parts nitrogen base DNA RNA ATP 5 carbon sugar (phosphate group )
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nitrogen - containing bases
A T C G U
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dna
- nucleic acid -deoxyribonucleic acid -genetic material in nucleus - instructions for protein production^ - double helix - ATCG deoxyribose = sugar
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rna
- ribonucleic acid - outside the nucleus - carries out protein synthesis under dna's instructions ribose = sugar 3 types: - messenger - transfer - ribosomal
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messenger rna
picks up code from dna - carries the protein info to the ribosomes
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transfer rna
- carries the amino acids to the ribosomes
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ribosomal rna
- makes up ribosomes - guides the amino acids into correct order
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ATP
- adenosine triphosphate - usable form of energy -3 phosphate groups - chemical energy usable by cells - glucose is metabolized and energy is stored as ATP - bonds broken = energy is released