Sandbox Reserved 1066: Difference between revisions

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=Structure =

FadD13 is composed of 503 amino acid residues divided into three main regions: The <scene name='69/694233/N_terminal_domain/1'>N-terminal domain</scene> (residues 1-395) and <scene name='69/694233/C-terminal_domain/2'>C-terminal domain</scene> (residues 402-503) which are connected via a flexible <scene name='69/694233/Linker_section/2'>linker</scene> represented in dark blue (residues 396-401).<ref name="Our Paper"/> Each region plays an important role in the activation of fatty acids. The large N-terminal domain houses the main key structural features involved in fatty acid activation, but ultimately it is the flexible linker that allows movement of the C-terminal domain to from the fully functioning active site (Figure 1).

FadD13 is composed of 503 amino acid residues divided into three main regions: The <scene name='69/694233/N_terminal_domain/1'>N-terminal domain</scene> (residues 1-395) and <scene name='69/694233/C-terminal_domain/2'>C-terminal domain</scene> (residues 402-503) which are connected via a flexible <scene name='69/694233/Linker_section/2'>linker</scene> represented in dark blue (residues 396-401).<ref name="Our Paper"/> Each region plays an important role in the activation of fatty acids. The large N-terminal domain houses the main key structural features involved in fatty acid activation, but ultimately it is the flexible linker that allows movement of the C-terminal domain to from the fully functioning active site of FadD13 (Figure 1).

Sandbox Reserved 1066: Difference between revisions

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Revision as of 13:42, 9 April 2015 view source Stephanie Shoults (talk \| contribs) 81 edits No edit summary ← Older edit		Revision as of 13:44, 9 April 2015 view source Stephanie Shoults (talk \| contribs) 81 edits No edit summary Newer edit →
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	=Structure =		=Structure =
	FadD13 is composed of 503 amino acid residues divided into three main regions: The <scene name='69/694233/N_terminal_domain/1'>N-terminal domain</scene> (residues 1-395) and <scene name='69/694233/C-terminal_domain/2'>C-terminal domain</scene> (residues 402-503) which are connected via a flexible <scene name='69/694233/Linker_section/2'>linker</scene> represented in dark blue (residues 396-401).<ref name="Our Paper"/> Each region plays an important role in the activation of fatty acids. The large N-terminal domain houses the main key structural features involved in fatty acid activation, but ultimately it is the flexible linker that allows movement of the C-terminal domain to from the fully functioning active site (Figure 1).		FadD13 is composed of 503 amino acid residues divided into three main regions: The <scene name='69/694233/N_terminal_domain/1'>N-terminal domain</scene> (residues 1-395) and <scene name='69/694233/C-terminal_domain/2'>C-terminal domain</scene> (residues 402-503) which are connected via a flexible <scene name='69/694233/Linker_section/2'>linker</scene> represented in dark blue (residues 396-401).<ref name="Our Paper"/> Each region plays an important role in the activation of fatty acids. The large N-terminal domain houses the main key structural features involved in fatty acid activation, but ultimately it is the flexible linker that allows movement of the C-terminal domain to from the fully functioning active site of FadD13 (Figure 1).