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The nucleus contains DNA and controls all activity’s going on in the cell

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Cytoplasm is the site of chemical reactions

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DNA is located in the nucleus of a cell

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The cell membrane is selectively permeable 

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The cell membrane is selectively permeable 

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Enzymes Bind to the subtract which is complementary 

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Enzymes Bind to the subtract which is complementary 

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Ribosomes are the site of protein synthesis - animal cell

Vacuole contains cell sap - bacterial cell, plant cell

Cytoplasm is the site of chemical reaction - animal cell

Chloroplast is the site photosynthesis- plant cell

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Cell membranes is make by phospholipid and protein 

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Cell membranes is make by phospholipid and protein 

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Plant cells have more organelles than animal cells including the cell wall, vacuoles, chlorophyll, and chloroplasts.

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Plant cells have more organelles than animal cells including the cell wall, vacuoles, chlorophyll, and chloroplasts.

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DNA is a double stranded helix

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Enzymes either carry out synthesis reactions or degradation reactions.

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Diffusion:the movement of gas or liquid molecules from an area of high concentration to low concentration

Osmosis:the movement of water molecules from a high water concentration to a low water concentration through a selectively permeable membrane

Active transport:movement of molecules or ions against the concenitration gradient

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Proteins are different from each other because of the order of amino acids

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DNA is Double strand helix which links together by complementary base pair

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DNA is Double strand helix which links together by complementary base pair

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a degradation reaction is the breaking down of the molecules

a synthesis reaction is the building up of the molecules

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At the gold course - A + T , G + C

Adenine, thymine,guanine,cytosine

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mRNA contains a complementary copy

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Animal cells have: Ribosomes, Nucleus, Membraine, Mitochondria and cytoplasm

Plant cells have: Ribosomes, Necleus, membraine, mitochondria, cytoplasm, Cell wall, Chloroplasts and Vacule

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The 5 protein structures are structural, hormones, antibodies, receptor and enzymes

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Structural

Hormones

Antibodies

Receptors

Enzymes

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Cytoplasm is the site of chemical reaction

Chloroplast is the site of photosynthesis

Nucleus controls cell activities

Vacuole contains cell sap

Ribosome is the site of protein synthesis

Plasmid contains genetic materials

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build up- synthesis

Break down- degradation

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Active transport requires energy and moves molecules from areas of low concentrations to high concentrations, while diffusion requires no energy and moves molecules from areas of high concentration to low concentration.

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Active transport requires energy and moves molecules from areas of low concentrations to high concentrations, while diffusion requires no energy and moves molecules from areas of high concentration to low concentration.

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The enzyme activity will increase while the temperature and ph levels increase ,and if the temperature/ ph level get over the optimum point, activity decreases and denatured 

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The enzyme activity will increase while the temperature and ph levels increase ,and if the temperature/ ph level get over the optimum point, activity decreases and denatured 

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speed up chemical reactions

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Osmosis is the movement of water molecules down the concentration (high to low) and Active transport is the movement of Ions up the concentration gradient (low to high)

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Osmosis moves up the concentration gradient 

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Osmosis moves up the concentration gradient 

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diffusion moves down the concentration gradient

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Enzyme is a type of catalyst in human body.

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Enzyme is a type of catalyst in human body.

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Nucleus -Contains genetic material and control activities going on in the cell

Cytoplasm -site of chemical reaction

Cell membranes -control substances that can enter and exit the cell

Cell wall -protect the cell from bursting

Plasmid- a small circular double stranded dna

Mitochondria-site of aerobic respiration

Ribosome-site of protein synthesis

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Structural

Horomones

Enzymes

Antibodies receptors

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sends a complementary copy of dna from the nucleus to the ribosomes

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Double stranded helix is the shape of DNA

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DNA-> mRNA->[ amino acid synthesis in ribosome] -> protein 

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DNA-> mRNA->[ amino acid synthesis in ribosome] -> protein 

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The order of bases in dna determine the order of amino acid chains in a protein 

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The order of bases in dna determine the order of amino acid chains in a protein 

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Bases are always complementary to their partners

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Bases are always complementary to their partners

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mRNA takes a copy of a complimentary strand of DNA from the Necleus and to the ribosomes where the Ribosomes make amino acids to turn into proteins

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mRNA carries the complementary copy of the code from the DNA to ribosome

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mRNA carries the complementary copy of the code from the DNA to ribosome

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Antibodies

Receptors

Structural

Hormones

Enzymes

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The enzyme in saliva works best at pH6-7