The Nature and Properties of Antibodies in Sera of Allergic Individuals. A Review

Gyenes, L.; Sehon, A.H.

doi:10.1159/000229185

Cited by 8 publications

(3 citation statements)

References 30 publications

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“…The antibodies isolated from the 'inhibitor'benzylcellulose do not give precipitates with either human serum albumin or 'inhibitor' but do agglutinate red cells sensitized with human serum albumin or 'inhibitor'. This agglutination indicates that the antibodies were still capable of reacting with the antigens and suggests that they were not (Gyenes & Sehon, 1962). The fact that the miniimum amounts of antibody required to agglutinate red cells sensitized with human serum albumin or 'inhibitor' are of the same order shows that the isolated antibodies react with human serum albumin only at the antigenic sites common to those of 'inhibitor'.…”

Section: Discussionmentioning

confidence: 98%

Isolation and study of rabbit antibodies specific for certain of the antigenic groups of human serum albumin

Webb¹,

Lapresle²

1964

Biochemical Journal

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Section: Discussionmentioning

confidence: 98%

Isolation and study of rabbit antibodies specific for certain of the antigenic groups of human serum albumin

Webb¹,

Lapresle²

1964

Biochemical Journal

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“…However, there is as yet no unequivocal evidence as to whether or not skin-sensitizing antibodies have also hcmagglutinating ability. All efforts to isolate serum fractions which had skin-sensitizing ac tivity without possessing also some hemagglutinating titer have so fai failed (5,6).…”

Section: Introductionmentioning

confidence: 99%

The Properties of Fragments of Skin-Sensitizing and Blocking Antibodies as Revealed by the Prausnitz-Küstner, Passive Cutaneous Anaphylaxis and Hemagglutination Reactions

Gyenes¹,

Sehon²,

Freedman³

et al. 1964

Int Arch Allergy Immunol

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“…Although many of the unique characteristics of this antibody are well known, a clear understanding of its physicochemical properties has been impeded by discordant findings ( 1 ) . Although many of the unique characteristics of this antibody are well known, a clear understanding of its physicochemical properties has been impeded by discordant findings ( 1 ) .…”

mentioning

confidence: 99%

Inactivation of the Skin-Sensitizing Antibodies of Human Allergy by Thiols

Leddy

Freeman

LUZ

et al. 1962

Experimental Biology and Medicine

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The skin-sensitizing antibody or reagin is considered to be an important pathogenetic factor in human atopic allergy. Although many of the unique characteristics of this antibody are well known, a clear understanding of its physicochemical properties has been impeded by discordant findings ( 1 ) . One method which has contributed valuable insights into antibody structure and classification is in vitro exposure to sulfhydryl (SH) compounds (2). This treatment inactivates high molecular weight ( 19s) antibodies (3), dissociating them into 7s subunits, presumably through reductive cleavage of disulfide bridges ( 2 ) . Ordinary 7s ( 72-globulin) antibodies are not affected(3) unless a denaturing agent is used in conjunction with SH treatment (4). Since the effect of ,SH compounds on the activity of human reagins was unknown, this investigation was undertaken. Data will be presented to show that in vitro SH treatment of the reagin-containing sera of allergic patients destroys the skin-sensitizing activity of these sera.Materials and methods. After screening donors for a history of hepatitis, Wassermann negative sera from 16 allergic children and adults were selected for their ability to passively sensitize non-atopic human skin to subsequent challenge with the appropriate allergen (s) (the Prausnitz-Kustner or P-K reaction). The sera were sterilized by Seitz or Millipore filtration and stored at 4°C. The reagins represented included those to pollens, animal danders, molds and foods. The thiols employed in the majority of experiments were /I-mercaptoethanol (ME) and DL-penicillamine ; L-cysteine and /I-mercaptoethylamine (MEA) were also used in certain later studies.In a typical experiment, to each allergic serum diluted 1 :3 with triethanolamine buffered saline (TBS) (pH 7.35, p = 0.15) was added an equal volume of 0.2M thiol which had been freshly prepared in TBS and adjusted, when necessary, to pH 7.2-7.3. Thus, the final thiol concentration was 0.1M and the find serum dilution was 1:6, giving a protein concentration of approximately 1%. Untreated controls consisted of aliquots of the same sera diluted equally with TBS alone and thereafter handled identically to the thioltreated aliquots. Incubation in sterile, closed tubes was usually at room temperature for 24-48 hours in experiments with ME or MEA, and at 37°C for 24 hours with penicillamine or cysteine. After incubation, treated and control sera were dialyzed (separately) for 36-48 hours at 4°C against TBS with sufficient changes to reduce the calculated thiol concentration to 1WM or less. The dialyzed sera were then sterilized by Millipore or Seitz filtration. After 48 hours were allowed for bacterial cultures, bioassays were begun.Antibody activity in the control and treated sera was assayed, usually without further dilution of the sera, by the P-K reaction in normal, non-allergic human volunteers unreactive in direct intradermal skin tests with the allergens concerned. Each treated serum and its untreated control were uniformly by guest on July 29, 2015 ebm.s...

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The Nature and Properties of Antibodies in Sera of Allergic Individuals. A Review

Cited by 8 publications

References 30 publications

Isolation and study of rabbit antibodies specific for certain of the antigenic groups of human serum albumin

Isolation and study of rabbit antibodies specific for certain of the antigenic groups of human serum albumin

The Properties of Fragments of Skin-Sensitizing and Blocking Antibodies as Revealed by the Prausnitz-Küstner, Passive Cutaneous Anaphylaxis and Hemagglutination Reactions

Inactivation of the Skin-Sensitizing Antibodies of Human Allergy by Thiols

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