{"title":"Menschenrassen: Tabelle II","body":"Menschenrassen<\/STRONG>
<\/BR>
<\/BR>Tab. 2:<\/STRONG> Durchschnittliche Allelhäufigkeiten verschiedener Gene in % bei verschiedenen Populationen\n\n
\n
\nSystem\n<\/TD>\n\nAllel\n<\/TD>\n\n„Europide“\n<\/TD>\n\n„Negride“\n<\/TD>\n\n„Mongolide“\n<\/TD>\n<\/TR>\n\n<\/TABLE><\/TD><\/TR><\/TABLE>\n\n
\n
\nI. Merkmale an der Oberfläche der Erythrocyten\n<\/TD>\n<\/TR>\n\n<\/TABLE><\/TD><\/TR><\/TABLE>\n\n
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
\nAB0\n<\/TD>\n\nA\n<\/TD>\n\n28,1\n<\/TD>\n\n18,1\n<\/TD>\n\n26,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nB\n<\/TD>\n\n8,1\n<\/TD>\n\n13,4\n<\/TD>\n\n18,3\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\n0\n<\/TD>\n\n63,8\n<\/TD>\n\n68,5\n<\/TD>\n\n55,7\n<\/TD>\n<\/TR>\n
\nMNS\n<\/TD>\n\nMS\n<\/TD>\n\n24,4\n<\/TD>\n\n12,2\n<\/TD>\n\n3,3\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nMs\n<\/TD>\n\n30,4\n<\/TD>\n\n42,3\n<\/TD>\n\n60,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nNS\n<\/TD>\n\n6,3\n<\/TD>\n\n5,5\n<\/TD>\n\n1,3\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nNs\n<\/TD>\n\n38,9\n<\/TD>\n\n40,0\n<\/TD>\n\n35,4\n<\/TD>\n<\/TR>\n
\nRhesus\n<\/TD>\n\nCDe\n<\/TD>\n\n43,0\n<\/TD>\n\n9,1\n<\/TD>\n\n77,4\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\ncDE\n<\/TD>\n\n14,1\n<\/TD>\n\n6,4\n<\/TD>\n\n15,4\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\ncde\n<\/TD>\n\n38,5\n<\/TD>\n\n25,1\n<\/TD>\n\n0,9\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\ncDe\n<\/TD>\n\n2,2\n<\/TD>\n\n56,4\n<\/TD>\n\n4,7\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nCde\n<\/TD>\n\n1,4\n<\/TD>\n\n2,7\n<\/TD>\n\n0,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\ncdE\n<\/TD>\n\n0,5\n<\/TD>\n\n0,3\n<\/TD>\n\n0,6\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nCDE\n<\/TD>\n\n0,3\n<\/TD>\n\n0,0\n<\/TD>\n\n1,0\n<\/TD>\n<\/TR>\n
\nDuffy\n<\/TD>\n\nFya<\/SUP>\n<\/TD>\n\n40,6\n<\/TD>\n\n2,2\n<\/TD>\n\n94,9\n<\/TD>\n<\/TR>\n
\nKell\n<\/TD>\n\nK\n<\/TD>\n\n3,9\n<\/TD>\n\n0,6\n<\/TD>\n\n0,0\n<\/TD>\n<\/TR>\n
\nLutheran\n<\/TD>\n\nLua<\/SUP>\n<\/TD>\n\n3,0\n<\/TD>\n\n4,1\n<\/TD>\n\n0,1\n<\/TD>\n<\/TR>\n
\nDiego\n<\/TD>\n\nDia<\/SUP>\n<\/TD>\n\n0,0\n<\/TD>\n\n0,0\n<\/TD>\n\n2,2\n<\/TD>\n<\/TR>\n
\nII. Serumproteine\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\nGc\n<\/TD>\n\n1\n<\/TD>\n\n73,0\n<\/TD>\n\n89,0\n<\/TD>\n\n78,0\n<\/TD>\n<\/TR>\n
\nHaptoglobin\n<\/TD>\n\n1F\n<\/TD>\n\n13,0\n<\/TD>\n\n31,0\n<\/TD>\n\n0,2\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\n1S\n<\/TD>\n\n23,0\n<\/TD>\n\n28,0\n<\/TD>\n\n27,6\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\n2\n<\/TD>\n\n64,0\n<\/TD>\n\n41,0\n<\/TD>\n\n72,2\n<\/TD>\n<\/TR>\n
\nTransferrin\n<\/TD>\n\nB\n<\/TD>\n\n0,7\n<\/TD>\n\n0,05\n<\/TD>\n\n0,1\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nD\n<\/TD>\n\n0,5\n<\/TD>\n\n3,60\n<\/TD>\n\n1,6\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nC\n<\/TD>\n\n98,8\n<\/TD>\n\n96,35\n<\/TD>\n\n98,3\n<\/TD>\n<\/TR>\n
\nIII. Isoenzyme\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n\n<\/TD>\n<\/TR>\n
\nsaure Phosphatasen\n<\/TD>\n\nA\n<\/TD>\n\n34,0\n<\/TD>\n\n20,0\n<\/TD>\n\n26,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nB\n<\/TD>\n\n60,0\n<\/TD>\n\n74,0\n<\/TD>\n\n74,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nC\n<\/TD>\n\n6,0\n<\/TD>\n\n4,0\n<\/TD>\n\n0,0\n<\/TD>\n<\/TR>\n
\n<\/TD>\n\nR\n<\/TD>\n\n0,0\n<\/TD>\n\n2,0\n<\/TD>\n\n0,0\n<\/TD>\n<\/TR>\n
\nPGM1<\/SUB>\n<\/TD>\n\n1\n<\/TD>\n\n76,0\n<\/TD>\n\n82,0\n<\/TD>\n\n82,0\n<\/TD>\n<\/TR>\n
\nPGM2<\/SUB>\n<\/TD>\n\n1\n<\/TD>\n\n100,0\n<\/TD>\n\n99,0\n<\/TD>\n\n99,0\n<\/TD>\n<\/TR>\n
\nAK\n<\/TD>\n\n1\n<\/TD>\n\n95,0\n<\/TD>\n\n99,5\n<\/TD>\n\n96,5\n<\/TD>\n<\/TR>\n\n<\/TABLE><\/TD><\/TR><\/TABLE>"}