| 1. | Primary oocytes will undergo oogenesis in which they enter meiosis.
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| 2. | Primary oocytes have been created in late fetal life.
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| 3. | Primordial follicles are immature primary oocytes surrounded by a single layer of granulosa cells.
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| 4. | Once the primary oocytes stop dividing the cells enter a prolonged resting phase.
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| 5. | Eventually, the oogonia will either degenerate or further differentiate into primary oocytes through asymmetric division.
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| 6. | After beginning the meiotic process, the oogonia ( now called primary oocytes ) can no longer replicate.
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| 7. | Human primary oocytes are present at an intermediate stage of meiosis, termed prophase I ( see Oogenesis ).
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| 8. | Until the preovulatory stage, the follicle contains a primary oocyte that is arrested in prophase of metaphase II.
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| 9. | Human primary oocytes are present at an intermediate stage of meiosis, that is prophase I ( see Oogenesis ).
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| 10. | "P . triqueter " males release spermatogonia or primary spermatocytes into the sea and females release primary oocytes.
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