Sandbox8: Difference between revisions

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LKT: 13 beta STRANDS

The overall structure of TRAIL is a set of 13 <scene name='Sandbox8/Overall_structure/1'>beta sheets</scene> (shown in red). As you can see, the exterior of the protein has all of the <scene name='Sandbox8/Negative_and_positive/1'>negative and positive</scene> side chains, as shown in pink. The <scene name='Sandbox8/Aliphatic/1'>~~ampihpathic~~</scene> elements on the surface of the protein are shown on the beta sheets in green. The polar/charged elements are on the surface of the protein, while the hydrophobic elements are on the inside of the beta sheet. <scene name='Sandbox8/Hydophobic_element/1'>Phe181</scene>, shown in green, is a hydrophobic element on the surface of the protein.

The overall structure of TRAIL is a set of 13 <scene name='Sandbox8/Overall_structure/1'>beta sheets</scene> (shown in red). As you can see, the exterior of the protein has all of the <scene name='Sandbox8/Negative_and_positive/1'>negative and positive</scene> side chains, as shown in pink. The <scene name='Sandbox8/Aliphatic/1'>amphipathic</scene> elements on the surface of the protein are shown on the beta sheets in green. The polar/charged elements are on the surface of the protein, while the hydrophobic elements are on the inside of the beta sheet. <scene name='Sandbox8/Hydophobic_element/1'>Phe181</scene>, shown in green, is a hydrophobic element on the surface of the protein.

TRAIL to the tumor necrosis factor(TNF) family. TRAIL selectively induces apoptosis in a wide variety of tumor cells but not in normal cells, which gives it promise as a cancer therapeutic.

TRAIL is a member of the tumor necrosis factor(TNF) family. TRAIL selectively induces apoptosis in a wide variety of tumor cells but not in normal cells, which gives it promise as a cancer therapeutic.

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@@ Line 7: / Line 7: @@
 LKT: 13 beta STRANDS
-The overall structure of TRAIL is a set of 13 <scene name='Sandbox8/Overall_structure/1'>beta sheets</scene> (shown in red). As you can see, the exterior of the protein has all of the <scene name='Sandbox8/Negative_and_positive/1'>negative and positive</scene> side chains, as shown in pink. The <scene name='Sandbox8/Aliphatic/1'>ampihpathic</scene> elements on the surface of the protein are shown on the beta sheets in green. The polar/charged elements are on the surface of the protein, while the hydrophobic elements are on the inside of the beta sheet. <scene name='Sandbox8/Hydophobic_element/1'>Phe181</scene>, shown in green, is a hydrophobic element on the surface of the protein.
+The overall structure of TRAIL is a set of 13 <scene name='Sandbox8/Overall_structure/1'>beta sheets</scene> (shown in red). As you can see, the exterior of the protein has all of the <scene name='Sandbox8/Negative_and_positive/1'>negative and positive</scene> side chains, as shown in pink. The <scene name='Sandbox8/Aliphatic/1'>amphipathic</scene> elements on the surface of the protein are shown on the beta sheets in green. The polar/charged elements are on the surface of the protein, while the hydrophobic elements are on the inside of the beta sheet. <scene name='Sandbox8/Hydophobic_element/1'>Phe181</scene>, shown in green, is a hydrophobic element on the surface of the protein.
-TRAIL to the tumor necrosis factor(TNF) family. TRAIL selectively induces apoptosis in a wide variety of tumor cells but not in normal cells, which gives it promise as a cancer therapeutic.
+TRAIL is a member of the tumor necrosis factor(TNF) family. TRAIL selectively induces apoptosis in a wide variety of tumor cells but not in normal cells, which gives it promise as a cancer therapeutic.