Chemicals

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Adenine

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Guanine

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Guanine

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Thymine

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Thymine

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Back 4

Cytosine

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Uracil

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Glycine

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Alanine

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Valine

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Leucine

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Isoleucine

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Proline

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Phenylalanine

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Trytophan

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Methionine

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Serine

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Threonine

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Tyrosine

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Asparagine

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Glutamine

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Cysteine

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Lysine

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Arginine

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Histidine

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Aspartic acid

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Glutamic acid

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Palmitic acid

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Oleic acid

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Triglycerides

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Acetyl

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Alcohol

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Aldehyde

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Alkenyl

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Alkyl

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Amide

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Amino

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Carbonyl

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Carboxyl/ carboxylic acid

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Carboxylate

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Ether

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Ethyl

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Ester

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Hydroxyl

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Imino

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Ketone

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Methyl

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Phenyl

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Phosphate

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Sulfhydryl

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Disulfide

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Describe light reactions

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Captures photons of light and combines them with co2 and water to make GA3P and DHAP

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Describe dark reactions

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Converts GA3P and DHAP from light reactions to starch and sucrose

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Granum

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Thylakoid

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Functions of SER

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Phospholipid biosynthesis

Ca storage

Glycogen breakdown ( liver and muscle)

Detoxification by enzymes

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m6Pr

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Receptor for lysosomal proteins

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Peroxisome functions

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Oxidation reactions that cstaboluze fatty acids

Detoxification through oxidation

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Four major types of tissues in animal celld

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Epithelial, connective, muscle, nervous

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Three major types of tissues in plants

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Dermal, vascular, ground ( root)

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Physiology is the study of

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Tissue and organ structure and function

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Function of connective tissue

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Maintains the 3d shape of an organ, consists largely of ECM with low density of cells

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3 types if muscle cell

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Skeletal ( striated)

Cardiac ( also striated)

Smooth