Blood-Grouping as a Test of Non-Paternity

Chances of Establishing Non-Paternity by Blood-Grouping Tests, The

Blood Grouping Tests Held Not to Be Conclusive Evidence of Paternity

Blood Group ABO Genotyping in Paternity Testing.

BACKGROUND: The ABO blood groups result from DNA sequence variations, predominantly single nucleotide and insertion/deletion polymorphisms (SNPs and indels), in the ABO gene encoding a glycosyltransferase. The ABO blood groups A(1), A(2), B and O predominantly result from the wild type allele A1 and the major gene variants that are characterized by four diallelic markers (261G>del, 802G>A, 803G...

Paternity Testing

Paternity testing can be done by older methods including ABO blood group typing, analysis of various other proteins and enzymes, or using human leukocyte antigen (HLA). However, DNA testing became the only formal and exact method for the paternity testing now. For DNA testing of paternity determination, the DNA collection using an easily obtained cheek swab saliva sample. Fast, proprietary and ...

بررسی فراوانی آنتی‌بادی Anti A1 در افراد با گروه خونی A2

      Background & Aims: Mistyping either a donor or a recipient can lead to transfusion with ABO incompatible blood which results in severe intravascular hemolysis and may even result in the death of the recipient. ABO phenotype is one of the essential tests in immunohematology. Eighty percent of blood group A and AB persons are subtype A1 and A1B, respectively. The other 20% of these...