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Caging Materials Total Number of Oocytes Abnormalities Control: New cages with glass bottles 271 5 (1.8%) Mildly damaged cages with glass bottles 401 35 (8.7%) Severely damaged cages with glass bottles 149 30 (20.1%) Damaged plastic bottles 53 (26.9%) 197 Damaged cages with damaged plastic bottles 58 24 (41.4%)

Caging Materials Total Number of Oocytes Abnormalities Control: New cages with glass bottles 271 5 (1.8%) Mildly damaged cages with glass bottles 401 35 (8.7%) Severely damaged cages with glass bottles 149 30 (20.1%) Damaged plastic bottles 53 (26.9%) 197 Damaged cages with damaged plastic bottles 58 24 (41.4%)

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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For mice only exposed to damaged water bottles, what percentage of their oocytes developed abnormalities?

### Caging Material Effects on Oocyte Development This table presents data on the effects of different caging materials on the development of oocytes, focusing on the occurrence of abnormalities. #### Table Summary: - **Caging Materials**: The type of materials used for caging, ranging from new to severely damaged conditions. - **Total Number of Oocytes**: The total count of observed oocytes for each caging condition. - **Abnormalities**: The number and percentage of abnormal oocytes identified for each type of caging material. #### Detailed Description: 1. **Control: New cages with glass bottles** - **Total Number of Oocytes**: 271 - **Abnormalities**: 5 (1.8%) 2. **Mildly damaged cages with glass bottles** - **Total Number of Oocytes**: 401 - **Abnormalities**: 35 (8.7%) 3. **Severely damaged cages with glass bottles** - **Total Number of Oocytes**: 149 - **Abnormalities**: 30 (20.1%) 4. **Damaged plastic bottles** - **Total Number of Oocytes**: 197 - **Abnormalities**: 53 (26.9%) 5. **Damaged cages with damaged plastic bottles** - **Total Number of Oocytes**: 58 - **Abnormalities**: 24 (41.4%) ### Analysis The data indicates a clear trend in the impact of caging material degradation on the rate of oocyte abnormalities. As cage and bottle conditions worsen, there is a significant increase in the percentage of abnormalities. The highest rate of abnormalities is observed in scenarios where cages and bottles are severely damaged, with damaged plastic showing a particularly high impact. This suggests that maintaining caging materials in optimal condition is crucial for minimizing oocyte developmental issues.
Transcribed Image Text:### Caging Material Effects on Oocyte Development This table presents data on the effects of different caging materials on the development of oocytes, focusing on the occurrence of abnormalities. #### Table Summary: - **Caging Materials**: The type of materials used for caging, ranging from new to severely damaged conditions. - **Total Number of Oocytes**: The total count of observed oocytes for each caging condition. - **Abnormalities**: The number and percentage of abnormal oocytes identified for each type of caging material. #### Detailed Description: 1. **Control: New cages with glass bottles** - **Total Number of Oocytes**: 271 - **Abnormalities**: 5 (1.8%) 2. **Mildly damaged cages with glass bottles** - **Total Number of Oocytes**: 401 - **Abnormalities**: 35 (8.7%) 3. **Severely damaged cages with glass bottles** - **Total Number of Oocytes**: 149 - **Abnormalities**: 30 (20.1%) 4. **Damaged plastic bottles** - **Total Number of Oocytes**: 197 - **Abnormalities**: 53 (26.9%) 5. **Damaged cages with damaged plastic bottles** - **Total Number of Oocytes**: 58 - **Abnormalities**: 24 (41.4%) ### Analysis The data indicates a clear trend in the impact of caging material degradation on the rate of oocyte abnormalities. As cage and bottle conditions worsen, there is a significant increase in the percentage of abnormalities. The highest rate of abnormalities is observed in scenarios where cages and bottles are severely damaged, with damaged plastic showing a particularly high impact. This suggests that maintaining caging materials in optimal condition is crucial for minimizing oocyte developmental issues.
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