energy source -atp is produced by cellular respiration which occurs in the mitochondria -creatine...

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Page 1: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 2: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 3: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 4: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 5: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Energy Source-ATP is produced by CELLULAR RESPIRATIONwhich occurs in the mitochondria

-Creatine phosphate increases regeneration of ATP

• Only 25% of energy produced during cellular respiration is used in metabolic processes - the rest is in the form of HEAT.

Page 6: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Why might products like pro-creatine claim to increase energy?

ATP = adenosine triphosphate ADP = adenosine diphosphate

Page 7: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

3.Motor Unit 

4.Recruitment

5.Muscle Tone

Page 8: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Antagonist Muscles (muscle groups)

• Examples-Biceps and Triceps

-Quadriceps and Hamstrings-Abdominals and Lower Back

Page 9: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 10: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Synergistic Muscles (muscle groups)

• Example:-biceps brachia flex the lower arm. The brachoradialis,

in the forearm, and brachialis, located deep to the biceps in the upper arm

Page 11: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 12: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

6. Hypertrophy  - muscles enlarge  (working out or certain disorders)

  

7. Atrophy - muscles become small and weak due to disuse

Page 13: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 14: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only
Page 15: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

8. Muscle Fatigue -  muscle loses ability to contract after prolonged exercise or strain

9. Muscle Cramp  -  a sustained involuntary contraction

                                        

Page 16: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Oxygen Debt:• Working muscles generate energy anaerobically

from glucose through a process called glycolysis

• Pyruvate is formed

• Pyruvate converted into lactate - allows glucose breakdown

• Lactate can accumulate to high levels

                                        

Page 17: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Oxygen Debt:• A side effect of high lactate levels is an increase in

the acidity of the muscle cells

• Prevents permanent damage during extreme exertion by slowing the key systems needed to maintain muscle contraction. 

                                        

Page 18: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

11. Origin and Insertion

Origin = the immovable end of the muscle

Insertion = the movable end of the muscle

The biceps brachii has two origins (or two heads).

Page 19: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Origin and Insertion of a Muscle

Page 20: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Origin and Insertion of a Muscle

Page 21: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

What is rigor mortis? A few hours after a person or animal dies, the joints of the body stiffen and become locked in place. This stiffening is called rigor mortis. Depending on temperature and other conditions, rigor mortis lasts approximately 72 hours. The phenomenon is caused by the skeletal muscles partially contracting. The muscles are unable to relax, so the joints become fixed in place.

Page 22: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

What is tetanus?Tetanus causes cholinosterase to not break down the acetylcholine in the synapse.  This results in a person's muscles contracting and not relaxing.

A tetanus shot must be administered shortly after exposure to the bacteria.

Once you develop tetanus, there is no cure.

Page 23: Energy Source -ATP is produced by CELLULAR RESPIRATION which occurs in the mitochondria -Creatine phosphate increases regeneration of ATP Only

Isotonic vs. Isometric Muscle Contraction