With the increasing use of monoclonal antibodies in immunoassay, an interesting effect has recently been observed in which the binding of one monoclonal antibody to an antigen increases the binding of a second monoclo...With the increasing use of monoclonal antibodies in immunoassay, an interesting effect has recently been observed in which the binding of one monoclonal antibody to an antigen increases the binding of a second monoclonal antibody. This effect has been termed enhancement and the first antibody, termed enhancing antibody. Two mechanisms have been proposed to explain the enhancement between monoclonal antibodies. The first is that the binding of an enhancing antibody展开更多
I. USE OF TRANSCRIPTASE FOR CLASSIFICATION OF ANIMAL VIRUSES At present, all animal viruses are divided into two large groups: RNA viruses and DNA viruses.The primary classification based on the types of nucleic acid ...I. USE OF TRANSCRIPTASE FOR CLASSIFICATION OF ANIMAL VIRUSES At present, all animal viruses are divided into two large groups: RNA viruses and DNA viruses.The primary classification based on the types of nucleic acid does not take into consideration many known important properties of viruses, particularly the characteristics which are manifested during viral replication, such as the production and translation of viral mRNA.展开更多
文摘With the increasing use of monoclonal antibodies in immunoassay, an interesting effect has recently been observed in which the binding of one monoclonal antibody to an antigen increases the binding of a second monoclonal antibody. This effect has been termed enhancement and the first antibody, termed enhancing antibody. Two mechanisms have been proposed to explain the enhancement between monoclonal antibodies. The first is that the binding of an enhancing antibody
文摘I. USE OF TRANSCRIPTASE FOR CLASSIFICATION OF ANIMAL VIRUSES At present, all animal viruses are divided into two large groups: RNA viruses and DNA viruses.The primary classification based on the types of nucleic acid does not take into consideration many known important properties of viruses, particularly the characteristics which are manifested during viral replication, such as the production and translation of viral mRNA.
