L A Kriese
Biographic Data
| ID | 7187290 |
|---|---|
| NAME | L A Kriese |
| GIVEN NAMES | L A |
| FAMILY NAME | Kriese |
| SIGNATURE | KRIESE L A |
| AFFILIATIONS | Institute of Genetics and Developmental Biology |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 6 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1984 |
| LATEST PUBLICATION YEAR | 1995 |
| H-INDEX | 1 |
Serum protein and erythrocyte enzyme polymorphisms in twelve population groups of Hungary
The distribution of the serum proteins C3, TF, HP, GC, BF, AMY2, PLG, GM, and KM and the erythrocyte enzyme polymorphisms GLO, GPT, ESD, ACP, 6-PGD, ADA, AK, PGM1 and PGP amongst twelve population groups in Hungary was investigated. Gene frequencies and genetic distances are discussed in relation to the present geographical locations of these groups and their probable history of migration.
Distribution of eight blood-group systems and ABH secretion in Mongolian, Korean, and Zhuang nationalities in China
Among different blood-group systems investigated here, the distribution of the ABO system varies most of all, followed by MNSs and P. Although there are differences in ABH secretion in the different populations, no striking regularity has been found. No significant difference has been found in the distribution of the blood-group systems Rhesus, Diego, Duffy, Kell and Kidd in these Chinese populations: the Rh (-) rate is less than 1%, the frequenc…
Population genetic studies in three Chinese minorities
Three minority ethnic groups from China (Mongolians, Koreans, Zhuang) were examined with respect to the genetic markers GLO, GPT, ACP, ESD, 6‐PGD, PGM 1 subtypes, C3, and TF. Significant variations were noted for the gene frequencies of GLO, GPT, ESD, sub PGM 1 between Zhuang and Mongolians; for GPT, ACP, ESD, sub PGM 1 between Zhuang and Koreans; and for GLO between Mongolians and Koreans
Population genetic studies in three Chinese minorities
Three minority ethnic groups from China (Mongolians, Koreans, Zhuang) were examined with respect to the genetic markers GLO, GPT, ACP, ESD, 6‐PGD, PGM 1 subtypes, C3, and TF. Significant variations were noted for the gene frequencies of GLO, GPT, ESD, sub PGM 1 between Zhuang and Mongolians; for GPT, ACP, ESD, sub PGM 1 between Zhuang and Koreans; and for GLO between Mongolians and Koreans
Distribution of eight blood-group systems and ABH secretion in Mongolian, Korean, and Zhuang nationalities in China
Among different blood-group systems investigated here, the distribution of the ABO system varies most of all, followed by MNSs and P. Although there are differences in ABH secretion in the different populations, no striking regularity has been found. No significant difference has been found in the distribution of the blood-group systems Rhesus, Diego, Duffy, Kell and Kidd in these Chinese populations: the Rh (-) rate is less than 1%, the frequenc…
Population genetic studies in three Chinese minorities
Three minority ethnic groups from China (Mongolians, Koreans, Zhuang) were examined with respect to the genetic markers GLO, GPT, ACP, ESD, 6‐PGD, PGM 1 subtypes, C3, and TF. Significant variations were noted for the gene frequencies of GLO, GPT, ESD, sub PGM 1 between Zhuang and Mongolians; for GPT, ACP, ESD, sub PGM 1 between Zhuang and Koreans; and for GLO between Mongolians and Koreans
Serum protein and erythrocyte enzyme polymorphisms in twelve population groups of Hungary
The distribution of the serum proteins C3, TF, HP, GC, BF, AMY2, PLG, GM, and KM and the erythrocyte enzyme polymorphisms GLO, GPT, ESD, ACP, 6-PGD, ADA, AK, PGM1 and PGP amongst twelve population groups in Hungary was investigated. Gene frequencies and genetic distances are discussed in relation to the present geographical locations of these groups and their probable history of migration.
Biology (3 works) · Demography (3 works) · Blood groups and transfusion (2 works) · Genetics (2 works) · Genetics (2 works) · Population (2 works) · ABO blood group system (1 works) · Allele (1 works) · Biochemistry (1 works) · Cancer-related molecular mechanisms research (1 works)