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An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60,  60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60, 60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60,  60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60, 60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60,  60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, in-between 110 and 60, 60, and 20 kDa. The L2 contains a band in-between 110 and 60. The L3 at 60 kDa.

Left Image: An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 60 and 50 kDa. The L3 at 20 kDa. The L4 at 110 kDa.  On the Right: A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are…

Left Image: An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 60 and 50 kDa. The L3 at 20 kDa. The L4 at 110 kDa. On the Right: A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are…

Left Image: An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 60 and 50 kDa. The L3 at 20 kDa. The L4 at 110 kDa.  On the Right: A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are…

Left Image: An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 60 and 50 kDa. The L3 at 20 kDa. The L4 at 110 kDa. On the Right: A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are…

Two reaction coordinate diagrams. Graph A, with a free energy of its products lower than the free energy of its substrates, but a high activation energy. Graph B, with a free energy of its products lower than the free energy of its substrates, but a low activation energy.

Two reaction coordinate diagrams. Graph A, with a free energy of its products lower than the free energy of its substrates, but a high activation energy. Graph B, with a free energy of its products lower than the free energy of its substrates, but a low activation energy.

Drop target image

Drop target image

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 50 kDa. The L3 at 60 kDa. A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units). There are two A280 peaks at 15 and 24 milliliters elution volume, labeled Peak C and Peak D respectively.

An Image of a gel. On the left-side of the gel there are five kDa labels at 20, 30, 50, 60, 110. In the gel there are columns of bands. From left to right: The L1 column contains bands at 110, 60, 50, and 20 kDa. The L2 at 50 kDa. The L3 at 60 kDa. A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units). There are two A280 peaks at 15 and 24 milliliters elution volume, labeled Peak C and Peak D respectively.

A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are A280 peaks at 7, 17 and 27 milliliters elution volume. The second line shows the amount on radioactive carbon that elutes from the column. There is a radioactive calcium peak at 7 millileters of elution volume.

A graph. The x-axis shows elution volume in milliliters. The Y axis shows absorbance at 280 (in arbitrary units), and the concentration of sodium chloride (as percent of maximum). There are A280 peaks at 7, 17 and 27 milliliters elution volume. The second line shows the amount on radioactive carbon that elutes from the column. There is a radioactive calcium peak at 7 millileters of elution volume.


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