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Superovulation induction in laboratory animals is an important technique as a means of providing eggs for embryonic research. Superovulation induction by human menopausal gonadotrophin (HMG) has not been fully established in rabbits. In the present study, the relationship between the dosage of injected HMG and the superovulatory response including fertilization rate was studied. The most satisfactory result was obtained in the group in which 30 iu of HMG was injected subcutaneously three times at 24-hr intervals. The superovulatory response by this method was considerably better than that by conventional six injections of follicle-stimulating hormone (FSH) having been widely accepted.
K Kanayama, and
K Nariai, and
T Sankai, and
T Endo
December 1992,
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K Kanayama, and
K Nariai, and
T Sankai, and
T Endo
September 1982,
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K Kanayama, and
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T Endo
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K Kanayama, and
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September 1984,
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K Kanayama, and
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T Endo
May 1974,
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K Kanayama, and
K Nariai, and
T Sankai, and
T Endo
April 1965,
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K Kanayama, and
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T Endo
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K Kanayama, and
K Nariai, and
T Sankai, and
T Endo
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K Kanayama, and
K Nariai, and
T Sankai, and
T Endo
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