Results 141 to 150 of about 26,591,719 (175)
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Biochemical genetics of the MNSs blood group system
Forensic Science International, 1979exaly +2 more sources
MNSs and Gerbich Blood Group Systems
2020Human red blood cell membranes contain four sialic acid-rich glycoproteins, denoted as glycophorins (GPs), that carry the antigens of the MNSs and Gerbich (Ge) blood group systems. The MNSs locus corresponds to two related and adjacent genes that encode the polypeptide sequences of two of these molecules: GP A and GP B.
J J, Moulds, W, Dahr
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IMMUNOCHEMICAL ASPECTS OF THE MNSs‐BLOOD GROUP SYSTEM
International Journal of Immunogenetics, 1975SUMMARYExperimental data are discussed which indicate that one alkali‐labile tetrasaccharide present on each MN‐glycoprotein subunit is part of the M‐ and N‐antigen receptor site. It is concluded therefore that the difference between M‐ and N‐antigens resides in the amino acid sequence of the glycoprotein.
W. Dahr, G. Uhlenbruck, H. Knott
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Studies on the receptors of the MNSs blood group system
Blut, 1976Results with modified human red cell membrane sialoglycoproteins indicate that alkali-labile sialic acid and amino groups are parts of the erythrocyte receptor sites recognized by common rabbit and human anti-M and -N sera. The „N“ antigen, demonstrable in MM glycoprotein preparations by rabbit anti-N, has structural properties which are similar to ...
Gerhard Uhlenbruck +3 more
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A New Rare Blood Group Antigen, ‘FAR’, Probably Linked to the MNSs System
Vox Sanguinis, 1974Abstract. A new, rare antigen, FAR, was discovered in connection with a hemolytic disease of the newborn. This very rare antigen was not encountered in 14,273 Caucasians tested. It is probably linked to the MNSs system (p < 0.004). The anti‐FAR antibody, which is of immune origin, is also very rare: it has been sought unsuccessfully in 541 sera ...
R, Cregut +4 more
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Intrauterine development and MNSs blood groups in repeated spontaneous abortion
International Journal of Gynecology and Obstetrics, 2003 OBJECTIVES: To determine whether the maternal MNSs genotype has an effect on the birth weight and gestation duration of the live offspring of women with repeated primary spontaneous abortion (RSA).
Lucarini, N +5 more
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Vox Sanguinis, 1980
Abstract. A new low incidence blood group antigen ‘Mit’, immunization to which may cause hemolytic disease of the newborn, is described. It is not part of the ABO, Duffy, Kidd, Rh or Yt blood group systems. Positive lods of +2.41 at Θ = 0.00 indicate that the odds are 256 to 1 that ‘Mit’ is either part of the MNSs system or governed by a locus closely
N. Battista +3 more
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Abstract. A new low incidence blood group antigen ‘Mit’, immunization to which may cause hemolytic disease of the newborn, is described. It is not part of the ABO, Duffy, Kidd, Rh or Yt blood group systems. Positive lods of +2.41 at Θ = 0.00 indicate that the odds are 256 to 1 that ‘Mit’ is either part of the MNSs system or governed by a locus closely
N. Battista +3 more
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Two Human Blood Group Antigens, Sta (Stones) and Ria (Ridley), closely related to the MNSs System
Nature, 1962A SERIES of screening tests has been undertaken with a serum Ath. known to contain powerful saline-agglutinating antibodies against the rare Wright (Wra) and Swann (Swa) blood group factors. Control reagents were prepared by absorbing separate aliquots of the serum with known Wr(a +) and Sw(a +) cells.
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Vox sanguinis, 1981
A new low incidence blood group antigen "Mit", immunization to which may cause hemolytic disease of the newborn, is described. It is not part of the ABO, Duffy, Kidd, Rh or Yt blood group systems. Positive lods of +2.41 at O = 0.00 indicate that the odds are 256 to 1 that "Mit" is either part of the MNSs system or governed by a locus closely linked to ...
N, Battista +3 more
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A new low incidence blood group antigen "Mit", immunization to which may cause hemolytic disease of the newborn, is described. It is not part of the ABO, Duffy, Kidd, Rh or Yt blood group systems. Positive lods of +2.41 at O = 0.00 indicate that the odds are 256 to 1 that "Mit" is either part of the MNSs system or governed by a locus closely linked to ...
N, Battista +3 more
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A Probable Crossing Over or Mutation in the MNSs Blood Group System
Human Heredity, 1967T., Jr. Gedde-Dahl +3 more
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