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Comparative Analysis of Muscle and Touch Receptive Fields in Frog and Humans - Prof. Georg, Papers of Physiology

Hypotheses for abstracts of the human physiology course, fall 2008, comparing muscle properties of frog wrist extensors and gastrocnemius muscles, and touch receptive fields on various body parts of males and females. It includes comparisons of proximodistal and mediolateral dimensions, pain, touch, warm and cold sensitivity, and localization abilities.

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Uploaded on 08/17/2009

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Hypotheses for abstracts, Fall 2008 Human Physiology
Revised 28 October 2008 at 5:30 pm
Based on data in frogmusclelab1of2008.xls
1. There is a difference in the peak twitch tension for wrist extensors and gastrocnemius muscles
of the frog.
2. There is a difference in the peak tetanic tension for wrist extensors and gastrocnemius muscles
of the frog.
3. There is a difference in the latent period for wrist extensors and gastrocnemius muscles of the
frog.
4. There is a difference in the contraction time for wrist extensors and gastrocnemius muscles of
the frog.
5. There is a difference in the time to fatigue for wrist extensors and gastrocnemius muscles of the
frog.
6. There is a difference in the peak twitch tension and peak titanic tension for wrist extensors.
7. There is a difference in the peak tetanic tension and peak titanic tension for wrist extensors.
8. There is a difference in the tetanic interval for wrist extensors and the gastrocnemius muscle.
9. There is a difference in the twitch duration for wrist extensors and the gastrocnemius muscle.
10. There is a difference in the rate of tension development (grams per millisecond) for wrist
extensors and the gastrocnemius muscle.
Based on data in twopointdiscrimination2008.xls:
11. For the back of the hand of males, the proximodistal dimension of a touch receptive field is a
different from the mediolateral dimension.
12. For the back of the hand of females, the proximodistal dimension of a touch receptive field is a
different from the mediolateral dimension.
13. For the calf of males, the proximodistal dimension of a touch receptive field is a different from
the mediolateral dimension.
14. For the calf of females, the proximodistal dimension of a touch receptive field is a different from
the mediolateral dimension.
15. For females, the proximodistal dimension of a touch receptive field on the back of the hand is a
different from the proximodistal dimension of a touch receptive field on the finger.
16. For males, the proximodistal dimension of a touch receptive field on the back of the hand is a
different from the proximodistal dimension of a touch receptive field on the finger.
17. For females, the mediolateral dimension of a touch receptive field on the back of the hand is a
different from the mediolateral dimension of a touch receptive field on the finger.
18. For males, the mediolateral dimension of a touch receptive field on the back of the hand is a
different from the mediolateral dimension of a touch receptive field on the finger.
19. For males, the proximodistal dimension of a touch receptive field on the finger is a different
from the proximodistal dimension of a touch receptive field on the calf.
20. For females, the proximodistal dimension of a touch receptive field on the finger is a different
from the proximodistal dimension of a touch receptive field on the calf.
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Hypotheses for abstracts, Fall 2008 Human Physiology

Revised 28 October 2008 at 5:30 pm

Based on data in frogmusclelab1of2008.xls

  1. There is a difference in the peak twitch tension for wrist extensors and gastrocnemius muscles of the frog.
  2. There is a difference in the peak tetanic tension for wrist extensors and gastrocnemius muscles of the frog.
  3. There is a difference in the latent period for wrist extensors and gastrocnemius muscles of the frog.
  4. There is a difference in the contraction time for wrist extensors and gastrocnemius muscles of the frog.
  5. There is a difference in the time to fatigue for wrist extensors and gastrocnemius muscles of the frog.
  6. There is a difference in the peak twitch tension and peak titanic tension for wrist extensors.
  7. There is a difference in the peak tetanic tension and peak titanic tension for wrist extensors.
  8. There is a difference in the tetanic interval for wrist extensors and the gastrocnemius muscle.
  9. There is a difference in the twitch duration for wrist extensors and the gastrocnemius muscle.
  10. There is a difference in the rate of tension development (grams per millisecond) for wrist extensors and the gastrocnemius muscle. Based on data in twopointdiscrimination2008.xls:
  11. For the back of the hand of males, the proximodistal dimension of a touch receptive field is a different from the mediolateral dimension.
  12. For the back of the hand of females, the proximodistal dimension of a touch receptive field is a different from the mediolateral dimension.
  13. For the calf of males, the proximodistal dimension of a touch receptive field is a different from the mediolateral dimension.
  14. For the calf of females, the proximodistal dimension of a touch receptive field is a different from the mediolateral dimension.
  15. For females, the proximodistal dimension of a touch receptive field on the back of the hand is a different from the proximodistal dimension of a touch receptive field on the finger.
  16. For males, the proximodistal dimension of a touch receptive field on the back of the hand is a different from the proximodistal dimension of a touch receptive field on the finger.
  17. For females, the mediolateral dimension of a touch receptive field on the back of the hand is a different from the mediolateral dimension of a touch receptive field on the finger.
  18. For males, the mediolateral dimension of a touch receptive field on the back of the hand is a different from the mediolateral dimension of a touch receptive field on the finger.
  19. For males, the proximodistal dimension of a touch receptive field on the finger is a different from the proximodistal dimension of a touch receptive field on the calf.
  20. For females, the proximodistal dimension of a touch receptive field on the finger is a different from the proximodistal dimension of a touch receptive field on the calf.
  1. The proximodistal dimension of a touch receptive field on the back of the hand is a different for males and females.
  2. The proximodistal dimension of a touch receptive field on the calf is a different for males and females.
  3. The proximodistal dimension of a touch receptive field on the finger is a different for males and females.
  4. The mediolateral dimension of a touch receptive field on the back of the hand is a different for males and females.
  5. The mediolateral dimension of a touch receptive field on the calf is a different for males and females.
  6. The mediolateral dimension of a touch receptive field on the finger is a different for males and females.
  7. The mediolateral dimension of a touch receptive field on the cheek is a different for males and females. Based on data in touch_pain_warm_cold_2008.xls
  8. Females have more pain sensitivity on the palm than males.
  9. Females have more touch sensitivity on the palm than males.
  10. Females have more warm sensitivity on the palm than males.
  11. Females have more cold sensitivity on the palm than males.
  12. Females have more pain sensitivity on the calf than males.
  13. Females have more touch sensitivity on the calf than males.
  14. Females have more warm sensitivity on the calf than males.
  15. Females have more cold sensitivity on the calf than males.
  16. Females have more pain sensitivity on the cheek than males.
  17. Females have more touch sensitivity on the cheek than males.
  18. Females have more warm sensitivity on the cheek than males.
  19. Females have more cold sensitivity on the cheek than males.
  20. For females, there is more sensitivity to pain than to touch on the palm.
  21. For females, there is more sensitivity to pain than to touch on the calf.
  22. For females, there is more sensitivity to pain than to touch on the cheek.
  23. For females, there is more sensitivity to pain than to cold on the palm.
  24. For females, there is more sensitivity to pain than to cold on the calf.
  25. For females, there is more sensitivity to pain than to cold on the cheek.
  26. For females, there is more sensitivity to pain than to warm on the palm.
  27. For females, there is more sensitivity to pain than to warm on the calf.
  28. For females, there is more sensitivity to pain than to warm on the cheek.
  29. For females, there is more sensitivity to cold than to warm on the palm.
  30. For females, there is more sensitivity to cold than to warm on the calf.
  31. For females, there is more sensitivity to cold than to warm on the cheek.
  32. For females, there is more sensitivity to touch than to warm on the palm.
  33. For females, there is more sensitivity to touch than to warm on the calf.
  34. For females, there is more sensitivity to touch than to warm on the cheek.
  35. For males, there is more sensitivity to pain than to touch on the palm.
  36. For males, there is more sensitivity to pain than to touch on the calf.
  37. For males, there is more sensitivity to pain than to touch on the cheek.
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