(1) Another antibody with anti-EnaTS specificity was shown to react with the residues 31-39 in some of the MN sialoglycoprotein molecules, namely those not glycosylated at a certain position (probably Thr33).
(2) An examination of the genomic strategy of pea enation mosaic virus (PEMV) RNA 1 has verified strong organizational and sequence relationships between PEMV and the beet western yellows-potato leafroll luteovirus subgroup.
(3) The antigenic determinants of KOR-E1, E3, E6 were Pr1h antigen, Wrb antigen, and the trypsin sensitive portion of glycophorin A (EnaTS) respectively.
(4) The antigen recognized by KOR-E2 and KOR-E6 was identified as the EnaTS portion of glycophorin A, because the antigen was sensitive to protease and trypsin, but resistant to neuraminidase, and was not present on En(a-) erythrocytes.
(5) The serum of the proposita (ORCMK) contained anti-EnaTS, anti-EnaFR and possibly anti-Wrb, whereas the serum of her MkMk sister contained no atypical antibodies.
(6) A third anti-EnaTS serum, directed against the sequence domain around Lys30, was also found to react only with a fraction of the molecules, apparently due to the variable attachment of oligosaccharides in that region.
(7) Her serum contained a strong (4+) IgM agglutinin and a weakly reactive (microscopically positive) IgG antibody, with anti-EnaTS specificity.
(8) One anti-EnaTS serum was found to be directed against the residues approx.
(9) The specificity of various allo- and autoantibodies, which agglutinate normal erythrocytes, but do not react with En(a-) red cells and normal erythrocytes, treated with trypsin (anti-EnaTS) or ficin (anti-EnaFS), was investigated.
(10) An active synthetase enzyme preparation from peas (Pisum sativum L.) did not catalyze the aminoacylation of pea enation mosaic virus RNA.
(11) Five viruses of this group, differing in tryptophan content of their coat proteins, were used: v-TM virus (3 tryptophan residues per protein subunit), strains HR and U2 (2 tryptophan residues per subunit), dolihos enation mosaic virus and cucumber virus 4(1 tryptophan residue per subunit).
(12) EnaFS and EnaTS antigens were severely depressed or absent from the patient's RBCs; the ficin-resistant Ena antigen (EnaFR) appeared to be present.
Enatic
Definition:
Example Sentences:
(1) Another antibody with anti-EnaTS specificity was shown to react with the residues 31-39 in some of the MN sialoglycoprotein molecules, namely those not glycosylated at a certain position (probably Thr33).
(2) An examination of the genomic strategy of pea enation mosaic virus (PEMV) RNA 1 has verified strong organizational and sequence relationships between PEMV and the beet western yellows-potato leafroll luteovirus subgroup.
(3) The antigenic determinants of KOR-E1, E3, E6 were Pr1h antigen, Wrb antigen, and the trypsin sensitive portion of glycophorin A (EnaTS) respectively.
(4) The antigen recognized by KOR-E2 and KOR-E6 was identified as the EnaTS portion of glycophorin A, because the antigen was sensitive to protease and trypsin, but resistant to neuraminidase, and was not present on En(a-) erythrocytes.
(5) The serum of the proposita (ORCMK) contained anti-EnaTS, anti-EnaFR and possibly anti-Wrb, whereas the serum of her MkMk sister contained no atypical antibodies.
(6) A third anti-EnaTS serum, directed against the sequence domain around Lys30, was also found to react only with a fraction of the molecules, apparently due to the variable attachment of oligosaccharides in that region.
(7) Her serum contained a strong (4+) IgM agglutinin and a weakly reactive (microscopically positive) IgG antibody, with anti-EnaTS specificity.
(8) One anti-EnaTS serum was found to be directed against the residues approx.
(9) The specificity of various allo- and autoantibodies, which agglutinate normal erythrocytes, but do not react with En(a-) red cells and normal erythrocytes, treated with trypsin (anti-EnaTS) or ficin (anti-EnaFS), was investigated.
(10) An active synthetase enzyme preparation from peas (Pisum sativum L.) did not catalyze the aminoacylation of pea enation mosaic virus RNA.
(11) Five viruses of this group, differing in tryptophan content of their coat proteins, were used: v-TM virus (3 tryptophan residues per protein subunit), strains HR and U2 (2 tryptophan residues per subunit), dolihos enation mosaic virus and cucumber virus 4(1 tryptophan residue per subunit).
(12) EnaFS and EnaTS antigens were severely depressed or absent from the patient's RBCs; the ficin-resistant Ena antigen (EnaFR) appeared to be present.