This document reports on animal experiments testing template therapy, which originated in the US based on Guzay's Quadrant Theorem. Experiments on rats, guinea pigs, beagle dogs, and rhesus monkeys found that grinding teeth and placing templates improved muscle tension, hair growth, and posture over time without fractures. The therapy works by stabilizing brain activity and reducing output signals to the masticatory muscles.

5. Surprised at this findings
This therapy came from USA
Based on Quadrant Theorem
25years old in Japan and 65 years in US

6. Results from Animal Experiments
1. Rats Dr. Tatsuya Ueda Dr. Kiyoshi Maehara
2. Guinea Pigs Dr. Yukio Azuma, Dr. Hitoshi Taga,
Dr. Masaharu Hashimoto Dr. Kiyoshi Maehara
3. Beagle Dogs Dr. Masaharu Hashimoto, Dr. Kiyoshi
Maehara, Dr. Teruaki Sumioka
4. Rhesus Monkeys Dr. David Burns, Dr. Masaharu
Hashimoto, Dr. Keiichi Tamaki, Dr. Kiyoshi Maehara
1-2 Asahi University School of Dentistry Department of Pharmacology
3-4 Fujisawa Pharmaceutical Company Limited

7. Before grinding of teeth

8. 2 months after grinding of teeth-- 30 mg/kg Droperidol ip.

9. Normal posture before grinding
4 days after
bilateral grinding
of teeth

14. 2 months later after grinding the teeth
Muscle tension has changed with no fractures

17. After 3 months hair has
disappeared until 6 years
later after template

18. 1 year later the tongue torqued to one side
Slight anesthesia Ketamine used to observe monkeys

19. After 6 years high crowns placed as Template

20. Fixed crowns on upper teeth

21. After 1 month of crowns placed improvement of hair loss

22. 2 months later more hair improvement

35. Why the reasons appear the these clinical
findings?
similar to the acupuncture
What happen in the mouth when bite something?

36. Reasons for the Effectiveness of
Template Therapy
1. From the viewpoint of the physics of
Guzay’s Quadrant Theorem
2. From the viewpoint of the physiology
Masticatory muscles are controlled by
trigeminal nervous system(Controlled by
brain Stem)

37. Component of Physiology
Masticatory muscles
1. Same as skeletal muscle
2. 600 spindles in jaw closing muscles and only 50 spindles in
antagonistic or jaw opening muscles
3. Length of muscle is decided by colossal position
4. However the grinding of teeth or shortening of muscle
requires the motor response of both alpha and gamma
5. This motor access to spinal cord so alpha and gamma level
goes up

38. This difficult motion is supported by
constriction order from motor nerves which
come from spinal cord and supported by
stretch reflex
Stretching or elongating order of all muscles is
nothing only constriction

39. Main roots of input and output
All kind of sense except for face
Spinal cord Brain Motor nerves system
Autonomic NS
From the face Pituitary Hormones
All organs and muscles

41. Dental Occlusion
Upper(head) and lower(mandibule)
teeth touch each other
Still now is it Good or Bad ?：：
We have no idea how to measure it
Bite position is always related to the
head position (Support the head)
The bite made by teeth at once and
masticator contracted by motor N.
which direct from brain stem(Trig.N.)

42. Viewpoint form Physic: Relation between
upper and lower jaw
Japanese famous cartoon ：Just the same as Dentistry
Only move the lower jaw when eating and speaking

43. Look at the jaw movement

44. American cartoon ; Always moving upper and lower jaw

45. Ga Ha Ha
The hippopotamus moves the upper jaw when opening
the mouth; As same People when laughing

46. The head supported by 2 occipital condyle and right
and left occlusion of the teeth

47. Masticatory M. and Posture
Viewpoint from Physics
Bite position is crossly related to
one’s head position & posture
Viewpoint from Physiology
Posture is controlled by
eyesight,hearing,equilibrium and
muscles sense(Masticatory M.)

48. Pyramidal and Extrapyramidal Motor System
Caudate N.
Cerebellum
Putamen
Thalamus
Pale globe Hypo.Thalamus
αMotor fiber to S.nigra
muscles fibre S.Colliculus
Acceleration γMotor fiber
Inhibition to M.Spindle
Ventral horn

49. In case of mal occlusion
When over closure is
happened, motor N. act more
than normal occlusion
Cortex and basal ganglia over work during eating &
swallowing (Excite the motor and autonomic N.)

50. Mid brain
All Muscles
Masticatory Muscles

51. Cortex and Neuromotor system
basal ganglia.
the ventral cells are influenced by
cortex and basal ganglia
Ia sense
γ
M. Fiber
αmotor
M.Spindle

52. Until perfect bite, Neuromotor system sent the
information to the Masticatory M.（α・γ motor
（
activated)
Difficult factors to Bite
1.Do not use a denture during
sleeping.
2.Deep bite
3.Missing teeth and no care
The results are disorder of the out put such as motor
system (mal posture) and autonomic system .

53. テンプレートの
テンプレートの装着
咀嚼筋は ばされ脳から咀嚼筋への収縮命令は
咀嚼筋は伸ばされ脳から咀嚼筋への収縮命令は停
咀嚼筋への収縮命令
活動は休止）
止（脳の活動は休止）
咀嚼筋の伸張反射のため猛烈な違和感の
咀嚼筋の伸張反射のため猛烈な違和感の発生
のため猛烈

55. How to use the stick in medical
care?
Template or stick is not drug
This works stabilization of the brain due to the cutting off
the out put signals for the masticators.
1.During the hospitalization patients should bite stick
2.The denture never take out during the sleeping
3.Ease to pain control when bite the Stick or TP.
4.During the under anesthesia bite Brock is necessary in
order to the stabilization of blood pressure
5.In case of incurable diseases, stick or Tp help for patients

56. Conclusion
１．Mechanism of action is stabilization of the brain
No more exciting for bite. Only irritate the
trigeminal mesencephalon and gray matter of the
mid aqueduct where is a pain reduce action
２．歯のかみ合わせを計測できないが低い歯のかみ合
のかみ合わせを計測できないが低
計測できないが のかみ合
わせは脳 疲労させる
させる： 清潔に 大切にする
わせは脳を疲労させる：口を清潔に・歯を大切にする
普段からそしゃく
からそしゃく筋 ばす訓練
訓練を
普段からそしゃく筋を延ばす訓練を行う
きく口 けて歌
（大きく口を開けて歌う）
スティックを んだままで毎日２０分程度階段
毎日２０分程度階段の
３．スティックを噛んだままで毎日２０分程度階段の登り
りや歩行
歩行に めましょう。
降りや歩行に努めましょう。