Va. Spitsyn et al., THE STUDY OF GENETIC-MARKERS OF RUSSIANS AND GERMANS WITHIN THE FRAMEWORK OF A JOINT RUSSIAN GERMAN RESEARCH-PROJECT, Genetika, 30(5), 1994, pp. 702-708
Information of the distribution of gene frequencies of some serum prot
eins and erythrocyte enzymes in four Russian populations and one Germa
n population was obtained during a joint population genetic research p
roject of Institute of Clinical Genetics of the Medical Genetic Scient
ific Center, Russian Academy of Medical Sciences, and the Institute of
Forensic Medicine, Medical Academy of Magdeburg. The study of polymor
phism at the PLG, AHS, FXIIIB, and ITI loci in populations of Russia w
as performed for the first time. The following values of gene frequenc
ies were estimated for Germans of Magdeburg: Gc - 1S = 0.6092; *1F =
0.1367; 2 = 0.2541; Tf - *B = 0.0068; *C1 = 0.7654; *C2 = 0.1561; *C3
= 0.0717; PI - M1 = 0.7096; *M2 = 0.1464; *M3 = 0.1128; *S = 0.0192;
Z = 0.0120; PLG - *A V 0.7116; *B = 0.2853; *V = 0.0031; AHS - 0.671
0; 2 = 0.3264; *V = 0.0026; FXIIIB - *1 = 0.7610; *2 = 0.0721; *3 = 0
.1651; V = 0.0018; ITI - *1 = 0.5899; *2 = 0.4065; *V = 0.0036; Hp -
1 = 0.4109; *2 = 0.5891; PGM1 -1A = 0.6463; *2A = 0.1816; *1B = 0.127
2; 2B = 0.0449; ACP1 - *A = 0.3427; *B = 0.5972; and *C = 0.0601. The
mean frequencies of the same genes for Russians are: Gc - 1S = 0.588
9; 1F = 0.1231; *2 = 02880; Tf - *B = 0.0044; *C1 = 0.8242; *C2 = 0.1
381; C3 = 0.0260; *D = 0.0073; PI - *M1 = 0.7460; *M2 = 0.1552; *M3 =
0.0862; S = 0.0066; *Z = 0.0060; PLG - *A = 0.7239; *B = 0.2719; *V
= 0.0042; AHS - 1 = 0.6518; *2 = 0.3431; *V = 0.0051; FXIIIB - *1 = 0
.6774; 2 = 0.0879; *3 = 0.2347; ITI - *1 = 0.6257; *2 = 0.3687; *V =
0.0056; Hp - 1 = 0.3186; *2 = 0.6814; PGM1 - *1A = 0.5606; *2A = 0.26
31; 1B = 0.1038; *2B = 0.0725; ACP1 - *A = 0.3112; *B = 0.6317; and *
C = 0.0571. A comparison of populations of German and Slavic language
groups was performed using data on the distribution of the studied pol
ymorphisms in Europe. The Germanic language populations were highly ho
mogeneous in genetic matter. The studied Russian groups showed a highe
r degree of differentiation both from each other and from the German p
opulation cluster. The observed differences reflect the geographical d
istances between populations. The importance of the subunit systems of
the BXIII coagulation factor and alpha-2-HS-glycoprotein in the ethno
geographic differentiation of populations is emphasized.