摘要:
A system for the detection of a biological analyte of interest is disclosed which comprises a microencapsulated fluorescer material which has been conjugated to an immunological specie specific to the biological analyte of interest, a means of disrupting the capsule containing the fluorescer and an energy source other than electro-magnetic radiation which is capable of activating the fluorescer. A method for the qualitative and/or quantitative detection of a biological of interest is disclosed, which comprises: (a) labeling an immunological specie specific to the analyte of interest with a microencapsulated fluorescer material which is biologically compatible with such specie;(b) contacting the microencapsulated fluorescer labeled specie and the biological of interest to form a microencapsulated fluorescer labeled specie/biological complex;(c) separating the microencapsulated fluorescer labeled specie/biological complex;(d) distrupting the capsule containing the fluorescer label thus freeing it to solution;(e) contacting the freed fluorescer with an energy source other than electro-magnetic radiation which is capable of activating the fluorescer label; and(f) determining the presence of and/or measuring the quantity of chemiluminescent light emitted.
摘要:
Particulate inorganic pore material, e.g., controlled pore glass (CPG) embedded porous synthetic resin membrane is prepared by mixing inorganic pore material and an aqueous resin, preferably polytetrafluoroethylene (PTFE), aqueous dispersion to form a paste-like mass, heating the mass at a temperature between 50 to 70.degree. C., and forming the mass into a sheet by calendering. The sheet is then sintered to produce a rigid porous sheet. The membrane may be functionalized, as by silanization. The membrane is useful for the same purposes as controlled pore glass or functionalized controlled pore glass.
摘要:
Particulate inorganic pore material, e.g., controlled pore glass (CPG) embedded porous synthetic resin membrane is prepared by mixing inorganic pore material and an aqueous resin, preferably polytetrafluoroethylene (PTFE), aqueous dispersion to form a paste-like mass, heating the mass at a temperature between 50 to 70° C., and forming the mass into a sheet by calendering. The sheet is then sintered to produce a rigid porous sheet. The membrane may be functionalized, as by silanization. The membrane is useful for the same purposes as controlled pore glass or functionalized controlled pore glass.
摘要:
A functionalized, magnetic controlled pore glass support useful in solid phase DNA synthesis is described. The support acts as a universal solid phase for direct oligonucleotide synthesis. The oligonucleotide bound MPG is useful directly to isolate or purify oligonucleotides which possess a section of complementary sequences.
摘要:
Magnetic porous inorganic siliceous materials having a particle size of about 1 to about 200 microns useful as solid supports in various chromatography, immunoassays, synthesis and other separation and purification procedures is disclosed.
摘要:
Magnetic porous inorganic siliceous materials having a particle size of about 1 to about 200 microns useful as solid supports in various chromatography, immunoassays, synthesis and other separation and purification procedures as disclosed.