SlideShare a Scribd company logo
1 of 1
5) ENERGY YIELD
        2ATP……………………………………………........                      1) TYPE OF REACTION
        …………………………………………                                   Anaerobic………………………
                                                           ………………………………….
        7) PRACTICAL APPLICATIONS
        Activity 1 = …………………………                            2) CHEMICAL / FOOD FUEL
        …………………………………………                                   ….Glycogen>>Glucose……………
                                                           …………………..……….………...
        Activity 2 = …………………………
        …………………………………………
                                             LACTIC
        6) BY PRODUCTS/EFFECTS
        LA accumulates which:
                                              ACID
        1. Lowers pH
        2. Inhibits enzymes                                3) REACTION SITE
        3. Stimulates pain receptors                       Muscle cell………………………
        4. Induces muscle fatigue                          Sarcoplasm……………………….

        8) OUTLINE OF SYSTEM
        …Glycogen…………………………………………...
        ……………………………Glycogen phosphorylase
        …………………………………………………………..                      4) CONTROLLING ENZYMES
2 ATP   …..Glucose……………………………………………..                 Glycogen = Glycogen Phosporylase……..
        ………………………PFK……………………………...                    Glucose = PFK…….……………………….
        …Pyruvic Acid……………………Lactic Acid……
        ………………………………NET TOTAL ATP = 2ATP

More Related Content

More from dcalevelpe

Motor programmes
Motor programmesMotor programmes
Motor programmesdcalevelpe
 
Reaction time theories
Reaction time theoriesReaction time theories
Reaction time theoriesdcalevelpe
 
Elite systems flow diagrams
Elite systems flow diagramsElite systems flow diagrams
Elite systems flow diagramsdcalevelpe
 
Memory process slide
Memory process slideMemory process slide
Memory process slidedcalevelpe
 
Training type a2_resource
Training type a2_resourceTraining type a2_resource
Training type a2_resourcedcalevelpe
 
National framework-for-sport
National framework-for-sportNational framework-for-sport
National framework-for-sportdcalevelpe
 
Gcse influences question
Gcse influences questionGcse influences question
Gcse influences questiondcalevelpe
 
Training type a2_resource_corestability_complete
Training type a2_resource_corestability_completeTraining type a2_resource_corestability_complete
Training type a2_resource_corestability_completedcalevelpe
 
Training type a2_resource
Training type a2_resourceTraining type a2_resource
Training type a2_resourcedcalevelpe
 
Talent id flow diagrams
Talent id flow diagramsTalent id flow diagrams
Talent id flow diagramsdcalevelpe
 
Energy systems & fatigue overview
Energy systems & fatigue overviewEnergy systems & fatigue overview
Energy systems & fatigue overviewdcalevelpe
 
Gcse influences question
Gcse influences questionGcse influences question
Gcse influences questiondcalevelpe
 
Skill related components match up game
Skill related components match up gameSkill related components match up game
Skill related components match up gamedcalevelpe
 
Aerobic handout
Aerobic handoutAerobic handout
Aerobic handoutdcalevelpe
 
Atp pc handout
Atp pc handoutAtp pc handout
Atp pc handoutdcalevelpe
 
Short term psych revision
Short term psych revisionShort term psych revision
Short term psych revisiondcalevelpe
 

More from dcalevelpe (20)

Motor programmes
Motor programmesMotor programmes
Motor programmes
 
Reaction time theories
Reaction time theoriesReaction time theories
Reaction time theories
 
Ironman
IronmanIronman
Ironman
 
Solo boxes
Solo boxesSolo boxes
Solo boxes
 
Elite systems flow diagrams
Elite systems flow diagramsElite systems flow diagrams
Elite systems flow diagrams
 
Memory process slide
Memory process slideMemory process slide
Memory process slide
 
Training type a2_resource
Training type a2_resourceTraining type a2_resource
Training type a2_resource
 
National framework-for-sport
National framework-for-sportNational framework-for-sport
National framework-for-sport
 
Gcse influences question
Gcse influences questionGcse influences question
Gcse influences question
 
Training type a2_resource_corestability_complete
Training type a2_resource_corestability_completeTraining type a2_resource_corestability_complete
Training type a2_resource_corestability_complete
 
Training type a2_resource
Training type a2_resourceTraining type a2_resource
Training type a2_resource
 
Talent id flow diagrams
Talent id flow diagramsTalent id flow diagrams
Talent id flow diagrams
 
Action photos
Action photosAction photos
Action photos
 
Energy systems & fatigue overview
Energy systems & fatigue overviewEnergy systems & fatigue overview
Energy systems & fatigue overview
 
Gcse influences question
Gcse influences questionGcse influences question
Gcse influences question
 
Skill related components match up game
Skill related components match up gameSkill related components match up game
Skill related components match up game
 
Aerobic handout
Aerobic handoutAerobic handout
Aerobic handout
 
Atp pc handout
Atp pc handoutAtp pc handout
Atp pc handout
 
Year 12 SoW
Year 12 SoWYear 12 SoW
Year 12 SoW
 
Short term psych revision
Short term psych revisionShort term psych revision
Short term psych revision
 

Lactic acid handout

  • 1. 5) ENERGY YIELD 2ATP……………………………………………........ 1) TYPE OF REACTION ………………………………………… Anaerobic……………………… …………………………………. 7) PRACTICAL APPLICATIONS Activity 1 = ………………………… 2) CHEMICAL / FOOD FUEL ………………………………………… ….Glycogen>>Glucose…………… …………………..……….………... Activity 2 = ………………………… ………………………………………… LACTIC 6) BY PRODUCTS/EFFECTS LA accumulates which: ACID 1. Lowers pH 2. Inhibits enzymes 3) REACTION SITE 3. Stimulates pain receptors Muscle cell……………………… 4. Induces muscle fatigue Sarcoplasm………………………. 8) OUTLINE OF SYSTEM …Glycogen…………………………………………... ……………………………Glycogen phosphorylase ………………………………………………………….. 4) CONTROLLING ENZYMES 2 ATP …..Glucose…………………………………………….. Glycogen = Glycogen Phosporylase…….. ………………………PFK……………………………... Glucose = PFK…….………………………. …Pyruvic Acid……………………Lactic Acid…… ………………………………NET TOTAL ATP = 2ATP