Experiment Proposals due Th 2/10. Four types of molecules that are primarily found in living systems (biomolecules): Carbohydrates/ Sugars Nucleotides-

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Presentation transcript:

Experiment Proposals due Th 2/10

Four types of molecules that are primarily found in living systems (biomolecules): Carbohydrates/ Sugars Nucleotides- DNA/RNA Amino Acids- Proteins Lipids- fats/phospholipids

CB 6.2 Relative sizes of cells, organelles, and biomolecules.

Biomolecules contain many carbon atoms CB 4.5

Biomolecules contain many carbon atoms CB 4.5

CB 4.10 Combinations of different other atoms change the characteristics of the biomolecule.

Four types of molecules that are primarily found in living systems (biomolecules): Carbohydrates/ Sugars Nucleotides- DNA/RNA Amino Acids- Proteins Lipids- fats/phospholipids

CB 5.7 Carbohydrates- rings of carbon with oxygen

Carb’s- provide energy and structural support CB 5.8

CB 5.27 Nucleotides- rings of carbon and nitrogen

CB 5.27 Different bases combine on the sugar/phosphate backbone to store information...

CB 16.7 too big too small just right Ionic bond Certain nucleotide bases pair with each other AA TT TA

Chains of DNA can store information:

Information flow in cells Protein CB 5.26

CB 5.17 The basic structure of amino acids

CB 5.17 the 20 Amino Acids

Amino acids connect together to make proteins. CB 5.21

Proteins are the “doers” of the cell. They act as: Enzymes Structural Support Transporters Signals

CB 5.13 Lipids and Fats- membranes/energy storage Polar/ Hydrophilic head Non-polar/ Hydrophobic tail

CB 7.2 The dual nature of lipids, polar and non-polar, allow lipids to form membranes. non-polar polar

CB 7.2 The dual nature of lipids, polar and non-polar, allow lipids to form membranes.

CB 5.14 Lipids form membranes

CB 6.9 Membranes divide inside from outside, and subdivide the cell into organelles

CB 7.7 Membranes have associated proteins

CB 5.14 Are membranes solid or fluid?

CB 7.6 Testing membrane fluidity

CB 7.5 Membrane phospholipids are in constant motion

CB 7.5 Too much movement can lead to leaks Too little movement can lead solidification and leaks

CB 7.5 In cold temperatures cells can increase unsaturated lipids, increasing disorder In hot temperatures cells can increase the number of saturated lipids, decreasing disorder coldhot

CB 5.12 Saturated lipidUnsaturated lipid

CB 7.5 In cold temperatures cells can increase unsaturated lipids, increasing disorder In hot temperatures cells can increase the number of saturated lipids, decreasing disorder coldhot

Cholesterol fits between phospholipids- maintaining fluidity AND reducing disorder.

Four types of molecules that are primarily found in living systems (biomolecules): Carbohydrates/ Sugars Nucleotides- DNA/RNA Amino Acids- Proteins Lipids- fats/phospholipids

Information flow in cells Protein CB 5.26

Next: How to get from DNA to proteins?