Enzyme Action.

Slides:



Advertisements
Similar presentations
Enzymes - Attempt 3 (your target + 1 up and down) E: Which monomer are enzymes made from? D: What is activation energy? C: Describe the effect of enzymes.
Advertisements

Enzymes Chapter 6.3 page165.
ENZYME INQUIRY LAB Watch the PowerPoint presentation and copy the notes. When finished, assemble in a lab group of 2 students and begin planning your experiment.
Enzymes a special type of protein.
Biology 12. Enzymes are catalysts They speed up reactions.
Enzymes Mrs. Harlin Explain how enzymes act as catalysts for biological reactions.
Factors that Affect the Function of an Enzyme Lab Conclusions.
IRSC General Biology I Lab
CATALASE LAB ENZYME REACTION LAB.
Enzyme Catalysis with Catalase
Lab Report Improvements
Joe Wright Enzymes. Joe Wright What are Enzymes? Globular proteins Biological catalysts Do not change after reaction They are found in small quantities.
2.7 Factors affecting enzyme action
What are the factors affecting Enzyme Activity?. Recap.
Enzyme Catalysis with Catalase
Control METABOLISM Metabolic reactions can be controlled and sped up by enzymes that lower the activation energy needed. –metabolic reactions would.
1.Draw a graph that shows the relative changes in your mood during the course of a school day. Include: An hour scale of one day; Title your graph. 2.
Homeostasis of Enzymes What is an enzyme? How do enzymes work? What factors can effect enzyme action?
ENZYME.
Hosted Vanna Sasek!!! FabulousFunFriskyLaha
Control METABOLISM  Metabolic reactions can be controlled and sped up by enzymes  metabolic reactions would be too slow to occur if no enzymes were.
Enzymes Enzymes are proteins Enzymes are biological catalysts
FACTORS AFFECTING ENZYME ACTIVITY.  There is an optimum temperature at which enzymes function best – generally around 40 degrees  But why the gradual.
What are enzymes??  Enzymes are proteins.  Enzymes speed up chemical reactions.  Biological Catalyst  pH, temperature, and substrate concentration.
Biological catalysts.  Enzymes: proteins inside cells that act as a catalyst.  Proteins = long amino acids chains that are folded into a specific shape.
ENZYMES A Special Type of Protein. A. Enzymes AAlmost all enzymes are protein catalysts made by living organisms (like us!) →C→Catalysts can change.
 Enzymes – are protein substances that are necessary for most of the chemical reactions that occur in living cells  Enzymes affect the rate or speed.
ENZYMES AND THEIR ROLE IN METABOLISM AP Big Ideas: #2, #3.
Virtual Enzyme Lab Lab.
Enzymes. Info on Enzymes Enzymes are necessary for all biochemical reactions Enzymes are proteins that speed up a chemical reaction Enzymes break apart.
Chemical Reactions and Enzymes. Chemical Reactions A chemical reaction is an interaction between two chemicals. Chemical bonds are either broken or formed.
Enzymes Chemistry of Living Things. What are we learning? Benchmark: I will explain the role of enzymes as catalysts Objectives: SC.912.L – Explain.
Chemical Reaction A process that changes one set of substances into a new set of sub. Chem rxns can occur too slowly and need help. Catalyst –speeds up.
Enzymes. Enzymes are Catalysts Catalysts lower the activation energy of a reaction. Catalysts lower the activation energy of a reaction. Makes the reaction.
Regents Biology Enzymes: “Helper” Protein molecules.
Put away all supplies and get ready for your first quiz! 2/12/16 Date:2/12/16Topic:Enzymes Day 2Page # ___.
Factors Affecting Enzymes
Variable Reaction Time… Why does this Happen? Temperature  
ENZYME INQUIRY LAB Watch the PowerPoint presentation and make notes in your Journal. When finished, assemble in your lab group and begin planning your.
Very important proteins
Chemistry of Living Things
Aim: What can affect the rate of enzyme reactions?
Enzyme Action Learning objective: to describe different models for
Enzymes Lab 5.
Enzymes Page 23.
Enzymes Unit: Ecology.
Sec 2.3 Chemical Reactions and Enzymes
Enzymes.
Unit 3 Science Investigation Skills
Enzymes Foldable Notes.
Enzyme Foldable What is an Enzyme? Parts of an Enzyme Enzyme Action
Enzyme Action Learning objective: to describe different models for
8.5 Enzyme Activity Enzyme Action
All enzymes are …………. molecules
SECTION 2.4: ENZYMES.
Enzymes.
Set Up Your Lab Report Name: _________ Title: Lab 7 – The Effects of Environmental Conditions on Enzyme Activity Introduction Purpose: To observe the effects.
Chemistry of Living Things
Are enzymes ORGANIC or INORGANIC compounds?
Enzymes Biological catalyst – it speeds up reactions without being permanently changed.
Enzyme Foldable What is an Enzyme? Parts of an Enzyme Enzyme Action
ENZYME Enzyme Reaction Energy of reaction Factors affect rate Other.
What DNA sequence codes for this chain of amino acids...?
Experiment Questions Enzyme Denaturing.
Experiment Questions Enzyme Denaturing.
Chemistry of Living Things
Presentation transcript:

Enzyme Action

Lock and Key Theory

Enzyme Lab Poster (8 points) 1. Title: Identifies variable tested and measured (.5 points) 2. Hypothesis: statement tested (1 point) 3. Graph: variable tested vs. rate of reaction (discs/min) (2 pts) 4. Analysis and Conclusion: 1. Analysis of data trends (with #s). (1 pt) 2. Whether or not this supports your hypothesis and why. (1 pt) 3. Inferences about why your variable had this effect on the rate of the enzyme-catalyzed reaction. (2 points) 5. Neatness/Organization: (.5 points)

CATALASE SOAKED DISC IN PEROXIDE Y U NO RISE?

Effects of Variables on Enzyme Reactions Substrate Concentration: How does enzyme activity change as substrate concentration increases? Explain your observations by discussing this reaction on a molecular level. Enzyme handout Temperature: How does temperature affect the activity of catalase? Explain your observations by discussing the effect of temperature on protein structure and molecular movement. Discuss both high and low temperature effects. Sections 3.13 and 5.15 pH: How does pH affect the activity of catalase? Consider both high and low pH, and explain your observations by discussing the effect of pH on protein structure. Sections 3.13 and 5.15

Effect of Temperature, pH, and Substrate Concentration on Enzyme Activity

Extreme heat and pH can denature protein causing enzymes to lose their functional shape