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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

Laboratory Service, Veterans Administration Medical Center, Bay Pines, FL 33504.

Comp Biochem Physiol B. 1988;90(4):791-4. doi: 10.1016/0305-0491(88)90336-7.

The eye lens core (nucleus) has been a valuable source of molecular biologic information. 2. In these studies, lens nuclei are usually homogenized so that any protein information related to anatomical subdivisions, or layers, of the nucleus is lost. 3. The present report is of a new method, indirect tissue electrophoresis (ITE), which, when applied to fish lens nuclei, permitted (a) automatic correlation of protein information with anatomic layer, (b) production of large, clear electrophoretic patterns even from small tissue samples and (c) detection of more proteins than in liquid extracts of homogenized tissues. 4. ITE seems potentially applicable to a variety of solid tissues.

眼球晶状体核心（核）一直是分子生物学信息的宝贵来源。2. 在这些研究中，晶状体核通常被匀浆，以至于与核的解剖细分或层次相关的任何蛋白质信息都丢失了。3. 本报告介绍了一种新方法，间接组织电泳（ITE），当将其应用于鱼的晶状体核时，能够（a）使蛋白质信息与解剖层次自动关联，（b）即使从小的组织样本中也能产生大而清晰的电泳图谱，以及（c）比匀浆组织的液体提取物检测到更多的蛋白质。4. ITE似乎有可能应用于多种实体组织。

Laboratory Service, Veterans Administration Medical Center, Bay Pines, FL 33504.

Comp Biochem Physiol B. 1988;90(4):791-4. doi: 10.1016/0305-0491(88)90336-7.

The eye lens core (nucleus) has been a valuable source of molecular biologic information. 2. In these studies, lens nuclei are usually homogenized so that any protein information related to anatomical subdivisions, or layers, of the nucleus is lost. 3. The present report is of a new method, indirect tissue electrophoresis (ITE), which, when applied to fish lens nuclei, permitted (a) automatic correlation of protein information with anatomic layer, (b) production of large, clear electrophoretic patterns even from small tissue samples and (c) detection of more proteins than in liquid extracts of homogenized tissues. 4. ITE seems potentially applicable to a variety of solid tissues.

眼球晶状体核心（核）一直是分子生物学信息的宝贵来源。2. 在这些研究中，晶状体核通常被匀浆，以至于与核的解剖细分或层次相关的任何蛋白质信息都丢失了。3. 本报告介绍了一种新方法，间接组织电泳（ITE），当将其应用于鱼的晶状体核时，能够（a）使蛋白质信息与解剖层次自动关联，（b）即使从小的组织样本中也能产生大而清晰的电泳图谱，以及（c）比匀浆组织的液体提取物检测到更多的蛋白质。4. ITE似乎有可能应用于多种实体组织。