File:Tryptophan-Stoffwechsel.svg

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Upload date 2016-03-03T19:21:39Z
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File size 291.0 KB

Summary

Description
Deutsch: Stoffwechsel von L-Tryptophan in Melatonin (über Serotonin) sowie Niacin
Siehe auch Tryptophan-Stoffwechsel bei Wikibooks
Date
Source Own work
Author Krishnavedala
Permission
(Reusing this file)
Public domain This image of a simple structural formula is ineligible for copyright and therefore in the public domain, because it consists entirely of information that is common property and contains no original authorship.
 The SVG code is valid.
 This vector image was created with LaTeX by Kopiersperre based on source code from Krishna Vedala.


LaTeX source code

\documentclass[12pt,border=1pt,tikz,class=scrartcl,multi=false]{standalone}
\usepackage{times}
\usepackage[T1]{fontenc}
\usepackage[latin1]{inputenc}
\usepackage{mathtools,amssymb}
\usepackage{pgfplots}

\pgfplotsset{compat=1.12}
\usetikzlibrary{positioning,calc,arrows,fit,backgrounds,decorations.text,shapes}
 
\usepackage{chemfig,chemmacros}
\renewcommand*{\familydefault}{\sfdefault}
\renewcommand*\printatom[1]{\ensuremath{\mathsf{#1}}}
\setatomsep{1.7em}
\setdoublesep{.6ex}
\setarrowdefault{,1,ultra thick}
\setbondstyle{very thick,cap=but}
\definesubmol\nobond{-[,0.2,,,draw=none]}
 
\pagestyle{empty}
\thispagestyle{empty}
\begin{document}
\renewcommand{\baselinestretch}{.5}
\begin{tikzpicture} [>=latex,inner sep=2pt]
	\node (l1) {\chemfig{
		O=[::30](-[::-60]OH)-[::60](-[::-60]NH_2)
		<:[::60]-[::60]
		*5(-*6(-=-=-=)--[,,,2]HN-=)
	}};
	\node at ($(l1)+(8.5,0)$) (r1) {\chemfig{
		O=[::30](-[::-60]OH)-[::60](-[::-60]NH_2)
		<:[::60]-[::60](=[::60,,,,red]\color{red}{O})
		-[::-60]*6(=-=-=(-NH-[::-60](-[::-60,,,,red]\color{red}{H})=[::60,,,,red]\color{red}{O})-)
	}};
	\node at ($(l1)-(0,5)$) (l2) {\chemfig{
		O=[::30](-[::-60]OH)-[::60](-[::-60]NH_2)
		<:[::60]-[::60]
		*5(-*6(-=(-[,,,,red]\color{red}{H}|\color{red}{O})-=-=)--[,,,2]HN-=)
	}};
	\node at ($(l2)-(0,5)$) (l3) {\chemfig{
		NH_2-[:-150,,,,red]-[::-60,,,,red]-[::60]
		*5(-*6(-=(-HO)-=-=)--[,,,2]HN-=)
	}};
	\node at ($(l3)-(0,5)$) (l4) {\chemfig{
		\color{red}{CH_3}-[:-150,,,,red](=[::60,,,,red]\color{red}{O})-[::-60,,,,red]\chemabove{N}{H}
		-[::60]-[::-60]-[::60]
		*5(-*6(-=(-HO)-=-=)--[,,,2]HN-=)
	}};
	\node at ($(l4)-(0,5)$) (l5) {\chemfig{
		CH_3-[:-150](=[::60]O)-[::-60]\chemabove{N}{H}
		-[::60]-[::-60]-[::60]
		*5(-*6(-=(-O-[::60,1.5,,,red]\color{red}{H_3C})-=-=)--[,,,2]HN-=)
	}};
	\node at ($(l2)+(8.5,0)$) (r2) {\chemfig{
		O=[::30](-[::-60]OH)-[::60](-[::-60]NH_2)
		<:[::60]-[::60](=[::60]O)
		-[::-60]*6(=-=-=(-\color{red}{N}|\color{red}{H_2})-)
	}};
	\node at ($(l3)+(8.5,0)$) (r3) {\chemfig{
		O=[2](-[::-60]OH)-[::60] 
		*6(-=-\color{red}{C}(-[4,.6,,,draw=none]\color{red}{HO})
		-[,,,,draw=none]\color{red}{C}(-[4,.8,,,draw=none]\color{red}{HOO})-(-NH_2)=)
	}};
	\node at ($(l4)+(8.5,0)$) (r4) {\chemfig{
		*6(-[,,,,red]\color{red}{N}
		=(-(-[::60]OH)=[::-60]O)
		-(-(-[::-60]OH)=[::60]O)
		=-=)
	}};
	\node at ($(l5)+(8.5,0)$) (r5) {\chemfig{
		*6(-N
		=[,,,,red]-[,,,,red](-(-[::-60]OH)=[::60]O)
		=-=)
	}};
	\node [below=.1em of l5] {\textbf{Melatonin}};
	\node [below=.1em of r5] {\textbf{Niacin}};
	\draw [->,very thick] (l1.east) -- (r1.west)
		node [pos=.5,above] {\footnotesize Indolamin--}
		node [pos=.5,below] {\footnotesize 2,3--Dioxygenase};
	\draw [->,very thick] ($(l1.south)-(0,.2)$) node [left] {\textbf{L-Tryptophan}} -- ($(l2.north)-(0,.5)$)
		node [pos=.5,right,text width=5em,text centered] {\footnotesize Tryptophan--Hydroxylase};
	\draw [->,very thick] ($(l2.south)-(0,.2)$) -- ($(l3.north)-(0,.7)$)
		node [pos=0,left,text width=5em] {\footnotesize5--Hydroxy--tryptophan}
		node [pos=.5,right,text centered,text width=6em] {\footnotesize Aromatische--L--Aminos\"aure-Decarboxylase};
	\draw [->,very thick] ($(l3.south)-(0,.2)$) -- ($(l4.north)-(0,.7)$)
		node [pos=0.1,left=1,text width=5em] {\footnotesize5--Hydroxy--tryptamin\\(5-HT)}
		node [pos=0,above right=1,text width=5em] {\textbf{Serotonin}}
		node [pos=.5,right,text centered,text width=6em] {\footnotesize N--Acetyltransferase};
	\draw [->,very thick] ($(l4.south)-(0,.2)$) -- ($(l5.north)-(0,.7)$)
		node [pos=0.1,left=1,text width=4em] {\footnotesize N--Acetyl 5--HT}
		node [pos=.5,right,text centered,text width=8em] {\footnotesize5--Hydroxyindol--\\O--Methyl--Transferase};
	\draw [->,very thick] ($(r1.south)-(0,.2)$) -- ($(r2.north)-(0,.5)$)
		node [pos=.5,right,text centered,text width=6em] {\footnotesize Formamidase};
	\node [right=0pt of r1,text width=5em] {\footnotesize N'--Formyl--\\kynurenin};
	\draw [->,ultra thick] ($(r2.south)-(0,.2)$) -- (r3.north);
	\node [right=0pt of r2,text width=5em] {\footnotesize Kynurenin};
	\draw [->,very thick] ($(r3.south)-(0,.2)$) -- ($(r4.north)-(0,.5)$)
		node [pos=.5,right,text centered,text width=6em] {\footnotesize nicht-enzymatische\\Cyclisierung};
	\node [right=0pt of r3,text width=6em] {\footnotesize  2--Amino--3--carboxy--mucons\"aure--semialdehyd};
	\draw [->,ultra thick] ($(r4.south)-(0,.2)$) -- (r5.north);
	\node [right=0pt of r4,text width=5em] {\footnotesize Chinolins\"aure};
\end{tikzpicture}
\end{document}

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11 April 2015

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139efec34150d18a883940eaf64c7b62f7e46308