k Red onion cells, light micrograph Bright field light micrograph of a thin section of red onion cells. The whole of each cell vacuole is filled with the violet pigment anthocyanin after this tissue was placed in a salt sodium chloride solution. The dilute hypotonic salt solution caused water to diffuse into the cell cytoplasm, leading to the cells to become turgid. If placed in a concentrated hypertonic salt solution the cells would undergo plasmolysis shrinkage. This is the last image in a sequence showing red onion cells undergoing plasmolysis and then recovering back to turgor. See C0562334 C0562340 for the sequence. Magnification x200 when printed at 15 centimetres wide., by EYE OF SCIENCESCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Red onion cells, light micrograph Bright field light micrograph of a thin section of red onion cells. The whole of each cell vacuole is filled with the violet pigment anthocyanin after this tissue was placed in a salt sodium chloride solution. The dilute hypotonic salt solution caused water to diffuse into the cell cytoplasm, leading to the cells to become turgid. If placed in a concentrated hypertonic salt solution the cells would undergo plasmolysis shrinkage . This is the last image in a sequence showing red onion cells undergoing plasmolysis and then recovering back to turgor. See C056 2334 C056 2340 for the sequence. Magnification: x200 when printed at 15 centimetres wide., by EYE OF SCIENCE SCIENCE PHOTO LIBRARY
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Red onion cells, light micrograph

Bright field light micrograph of a thin section of red onion cells. The whole of each cell vacuole is filled with the violet pigment anthocyanin after this tissue was placed in a salt (sodium chloride) solution. The dilute (hypotonic) salt solution caused water to diffuse into the cell cytoplasm, leading to the cells to become turgid. If placed in a concentrated (hypertonic) salt solution the cells would undergo plasmolysis (shrinkage). This is the last image in a sequence showing red onion cells undergoing plasmolysis and then recovering back to turgor. See C056/2334 - C056/2340 for the sequence. Magnification: x200 when printed at 15 centimetres wide., by EYE OF SCIENCE/SCIENCE PHOTO LIBRARY

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