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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

J Exp Med. 1969 Sep 1;130(3):543-56. doi: 10.1084/jem.130.3.543.

After antigen stimulation precursors of plaque-forming cells rapidly maturate to the point of hemolysin production. 2. Initial maturation probably occurs in the absence of cell division. 3. After initial maturation, a latent period of about 12 hr occurs before the first doubling of PFC. 4. At least the first three cell doublings are synchronous, with a generation time of 7-8 hr. 5. Synchronous cell division implies that all precursor cells are at the same point in the cell cyde when they are initially stimulated.

抗原刺激后，形成噬斑细胞的前体细胞迅速成熟至产生溶血素的阶段。2. 初始成熟可能在无细胞分裂的情况下发生。3. 初始成熟后，在形成噬斑细胞首次倍增前会出现约12小时的潜伏期。4. 至少前三次细胞倍增是同步的，代时为7 - 8小时。5. 同步细胞分裂意味着所有前体细胞在最初受到刺激时处于细胞周期的同一阶段。

J Exp Med. 1969 Sep 1;130(3):543-56. doi: 10.1084/jem.130.3.543.

After antigen stimulation precursors of plaque-forming cells rapidly maturate to the point of hemolysin production. 2. Initial maturation probably occurs in the absence of cell division. 3. After initial maturation, a latent period of about 12 hr occurs before the first doubling of PFC. 4. At least the first three cell doublings are synchronous, with a generation time of 7-8 hr. 5. Synchronous cell division implies that all precursor cells are at the same point in the cell cyde when they are initially stimulated.

抗原刺激后，形成噬斑细胞的前体细胞迅速成熟至产生溶血素的阶段。2. 初始成熟可能在无细胞分裂的情况下发生。3. 初始成熟后，在形成噬斑细胞首次倍增前会出现约12小时的潜伏期。4. 至少前三次细胞倍增是同步的，代时为7 - 8小时。5. 同步细胞分裂意味着所有前体细胞在最初受到刺激时处于细胞周期的同一阶段。