Abstract:
Phagocytes having taken a foreign microorganism which are prepared by bringing phagocytes into contact with the microorganism and then isolating the phagocytes; a process for producing the same; and a method and a kit with the use of the same. An experimental model whereby the phagocytosis function of phagocytes can be evaluated in vitro .
Abstract:
Through the present invention, a mask oligonucleotide is hybridized in regions on either side of a region in which an oligonucleotide probe is hybridized in a single-stranded region of a nucleic acid to be assayed, the region in which the probe is hybridized is thereby opened and the single-stranded region of the target nucleic acid is maintained in a stable state. By then subjecting the nucleic acid having such a single-stranded region to nucleic acid chromatography, the desired target nucleic acid is detected and quantified with high sensitivity by an extremely simple process.
Abstract:
Through the present invention, a mask oligonucleotide is hybridized in regions on either side of a region in which an oligonucleotide probe is hybridized in a single-stranded region of a nucleic acid to be assayed, the region in which the probe is hybridized is thereby opened and the single-stranded region of the target nucleic acid is maintained in a stable state. By then subjecting the nucleic acid having such a single-stranded region to nucleic acid chromatography, the desired target nucleic acid is detected and quantified with high sensitivity by an extremely simple process.
Abstract:
Phagocytes having taken a foreign microorganism which are prepared by bringi ng phagocytes into contact with the microorganism and then isolating the phagocytes; a process for producing the same; and a method and a kit with th e use of the same. An experimental model whereby the phagocytosis function of phagocytes can be evaluated in vitro.