Sandbox Reserved 324: Difference between revisions

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=Structure=

The human eIF2 structure was determined by NMR spectroscopy<ref name="1q8k"/>. The human eIF2 structure is a small structure made of two domains<ref name="1q8k"/>. These two domains have a unique characteristic in that they are mobile relative to the other domain<ref name="1q8k"/>. The N terminal domain (NTD) of the structure, of eIF2 structures, was discovered in previous years<ref name="dhal">doi:10.1016<ref/>, where the C-terminal domain (CTD) for the human eIF2 was undetermined until the whole structure was discovered. The CTD contains a αβ-fold, which remarkably has a similar appearance to the CTD of eEF1Bα, a translation elongation factor, even though there is no ~~similarity in~~ sequence between the two<ref name="1q8k"/>.

The human eIF2 structure was determined by NMR spectroscopy<ref name="1q8k"/>. The human eIF2 structure is a small structure made of two domains<ref name="1q8k"/>. These two domains have a unique characteristic in that they are mobile relative to the other domain<ref name="1q8k"/>. The N terminal domain (NTD) of the structure, of eIF2 structures, was discovered in previous years<ref name="dhal">doi:10.1016<ref/>, where the C-terminal domain (CTD) for the human eIF2 was undetermined until the whole structure was discovered. The CTD contains a αβ-fold, which remarkably has a similar appearance to the CTD of eEF1Bα, a translation elongation factor, even though there is no sequence homology between the two<ref name="1q8k"/>.

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Sandbox Reserved 324: Difference between revisions

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 =Structure=
-The human eIF2 structure was determined by NMR spectroscopy<ref name="1q8k"/>.  The human eIF2 structure is a small structure made of two domains<ref name="1q8k"/>.  These two domains have a unique characteristic in that they are mobile relative to the other domain<ref name="1q8k"/>.  The N terminal domain (NTD) of the structure, of eIF2 structures, was discovered in previous years<ref name="dhal">doi:10.1016<ref/>, where the C-terminal domain (CTD) for the human eIF2 was undetermined until the whole structure was discovered.  The CTD contains a αβ-fold, which remarkably has a similar appearance to the CTD of eEF1Bα, a translation elongation factor, even though there is no similarity in sequence between the two<ref name="1q8k"/>.
+The human eIF2 structure was determined by NMR spectroscopy<ref name="1q8k"/>.  The human eIF2 structure is a small structure made of two domains<ref name="1q8k"/>.  These two domains have a unique characteristic in that they are mobile relative to the other domain<ref name="1q8k"/>.  The N terminal domain (NTD) of the structure, of eIF2 structures, was discovered in previous years<ref name="dhal">doi:10.1016<ref/>, where the C-terminal domain (CTD) for the human eIF2 was undetermined until the whole structure was discovered.  The CTD contains a αβ-fold, which remarkably has a similar appearance to the CTD of eEF1Bα, a translation elongation factor, even though there is no sequence homology between the two<ref name="1q8k"/>.
 =Function=