Part, Chapter, Paragraph

 1 I, 1,1(10)|           W., et al., The role of antibodies in acute vascular rejection
 2 I, 2,2    |           by xenoreactive natural antibodies and complement of the recipient
 3 I, 2,2    |          of elicited xenoreactive antibodies and activated host natural
 4 I, 2,2    |           stimuli (the anti-graft antibodies and the activated host cells)
 5 I, 2,2    |    Recipient xenoreactive natural antibodies and complement are the two
 6 I, 2,2    | Pre-existing xenoreactive natural antibodies bind with vascular endothelial
 7 I, 2,2    |          the pig organ.(13) These antibodies are directed primarily towards
 8 I, 2,2    |         as "a-gal".(14) The bound antibodies fix and activate complement,
 9 I, 2,2    |           with the combination of antibodies and activated complement
10 I, 2,2    |           of xenoreactive natural antibodies provides one method to overcome
11 I, 2,2(14)|      which bind human antiporcine antibodies:  implications for discordant
12 I, 2,2(14)|          L., et al., Anti-pig IgM antibodies in human serum react predominantly
13 I, 2,2(15)|   antiporcine IgG and IgM natural antibodies by immunoadsorption:  Results
14 I, 2,2(15)|          IgM xenoreactive natural antibodies by injection of anti-mu
15 I, 2,2(15)|   injection of anti-mu monoclonal antibodies, Immunol Rev 1994, 141: 
16 I, 2,2    |          by elicited xenoreactive antibodies and by the possible infiltration
17 I, 2,3    |    preformed xenoreactive natural antibodies to reject a mouse or hamster
18 I, 2,3    |           synthesis of anti-graft antibodies that, together with recipient
19 I, 2,3    |        the presence of anti-graft antibodies and complement. Short-term
20 I, 2,3(30)|        the presence of anti-donor antibodies and complement that precipitate
21 I, 2,3(31)|          al., Preformed cytotoxic antibodies and ABO-incompatible grafts,