文献检索，用中文搜 PubMed

Suppr 超能文献

核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Department of Zoology, Bangabasi College, Calcutta-9, India.

Wilhelm Roux Arch Entwickl Mech Org. 1959 Jan;151(2):181-187. doi: 10.1007/BF00576379.

Optic vesicle from stage 24 (NIEUWKOOP andFABER 1956) can induce lens in the ectoderm from early to mid grastrula, and even from ventral ectoderm of a tail bud stage. 2. Lenses were induced from early ectoderm cultured over night before grafting even though it remained thick. 3. For lens formation and its differentiation, prolonged contact with the optic vesicle seems essential. 4. Lens anlage removed from the influence of the optic vesicle as late as the stage 24 (NIEUWKOOP andFABER 1956) and cultured as an explant attached to the head region failed to differentiate. 5. The environment offered by the head region and the headmesoderm plays an important role in determining the lens competence. 6. Xenopus optic vesicle can induce lens from Axolotl ectoderm. 7. There was no instance of retinal regeneration.

第24期（NIEUWKOOP和FABER，1956年）的视泡能够诱导原肠胚早期至中期外胚层形成晶状体，甚至能诱导尾芽期腹侧外胚层形成晶状体。2. 即使早期外胚层在移植前过夜培养后仍很厚实，也能诱导形成晶状体。3. 对于晶状体的形成及其分化，与视泡的长时间接触似乎至关重要。4. 直到第24期（NIEUWKOOP和FABER，1956年）才从视泡的影响中分离出晶状体原基，并作为附着于头部区域的外植体进行培养，结果未能分化。5. 头部区域和头部中胚层提供的环境在决定晶状体形成能力方面起着重要作用。6. 非洲爪蟾视泡能够诱导美西螈外胚层形成晶状体。7. 没有视网膜再生的实例。

Department of Zoology, Bangabasi College, Calcutta-9, India.

Wilhelm Roux Arch Entwickl Mech Org. 1959 Jan;151(2):181-187. doi: 10.1007/BF00576379.

Optic vesicle from stage 24 (NIEUWKOOP andFABER 1956) can induce lens in the ectoderm from early to mid grastrula, and even from ventral ectoderm of a tail bud stage. 2. Lenses were induced from early ectoderm cultured over night before grafting even though it remained thick. 3. For lens formation and its differentiation, prolonged contact with the optic vesicle seems essential. 4. Lens anlage removed from the influence of the optic vesicle as late as the stage 24 (NIEUWKOOP andFABER 1956) and cultured as an explant attached to the head region failed to differentiate. 5. The environment offered by the head region and the headmesoderm plays an important role in determining the lens competence. 6. Xenopus optic vesicle can induce lens from Axolotl ectoderm. 7. There was no instance of retinal regeneration.

第24期（NIEUWKOOP和FABER，1956年）的视泡能够诱导原肠胚早期至中期外胚层形成晶状体，甚至能诱导尾芽期腹侧外胚层形成晶状体。2. 即使早期外胚层在移植前过夜培养后仍很厚实，也能诱导形成晶状体。3. 对于晶状体的形成及其分化，与视泡的长时间接触似乎至关重要。4. 直到第24期（NIEUWKOOP和FABER，1956年）才从视泡的影响中分离出晶状体原基，并作为附着于头部区域的外植体进行培养，结果未能分化。5. 头部区域和头部中胚层提供的环境在决定晶状体形成能力方面起着重要作用。6. 非洲爪蟾视泡能够诱导美西螈外胚层形成晶状体。7. 没有视网膜再生的实例。