Abstract:
An antibody specific to intracellular domains of at least two protein tyrosine phosphatases; a process for preparing the same; and cells producing the above antibody. This antibody, which has specificities to intracellular domains of both of phosphatase subunits LAR and CD45, is useful in analyzing and quantitating PTPs, identifying and detecting a novel PTP, acquiring a novel phosphatase by cloning, etc., as well as developing a diagnostic method useful in insulin resistance and NIDDM, preventing, treating (curing, etc.) and diagnosing various symptoms of syndrome X based on insulin resistance, and preventing and diagnosing the onset of arteriosclerosis and heart diseases.
Abstract:
An antibody specific for LAR phosphatase subunit, in particular, the intracellular domain of LAR phosphatase subunit; a process for producing the same; cells producing the above antibody; a method for quantitating and examining LAR/LAR-derived molecules by using this antibody; and utilization of this antibody in diagnosing and treating thyroid cancer.
Abstract:
Antibodies to intracellular domains of two or more kinds of protein tyrosine phosphatases, methods for generation thereof and cells producing these antibodies are disclosed. The antibody of the present invention may have specificity to intracellular domains of phosphatase subunits of both of LAR and CD45, and may be useful for analysis and quantitative determination of PTPs, identification and detection of novel PTPs, and for obtaining novel phosphatases by cloning and the like, as well as for developing useful diagnostic methods of insulin resistance and NIDDM, for prophylaxis and diagnosis of various disease states of syndrome X that is based on insulin resistance, and for prophylaxis and diagnosis of onsets of arteriosclerosis and cardiac diseases.
Abstract:
Antibodies to a LAR phosphatase subunit, particularly antibodies having specificity to an intracellular domain of a phosphatase subunit, methods for generation thereof and cells producing these antibodies, and determination and examination methods of LAR/LAR derived molecules using these antibodies, as well as uses of these antibodies in diagnosis and therapy of thyroid cancer are disclosed.
Abstract:
Antibodies to a LAR phosphatase subunit, particularly antibodies having specificity to an intracellular domain of a phosphatase subunit, methods for generation thereof and cells producing these antibodies, and determination and examination methods of LAR/LAR derived molecules using these antibodies, as well as uses of these antibodies in diagnosis and therapy of thyroid cancer are disclosed.
Abstract:
Antibodies to intracellular domains of two or more kinds of protein tyrosine phosphatases, methods for generation thereof and cells producing these antibodies are disclosed. The antibody of the present invention may have specificity to intracellular domains of phosphatase subunits of both of LAR and CD45, and may be useful for analysis and quantitative determination of PTPs, identification and detection of novel PTPs, and for obtaining novel phosphatases by cloning and the like, as well as for developing useful diagnostic methods of insulin resistance and NIDDM, for prophylaxis and diagnosis of various disease states of syndrome X that is based on insulin resistance, and for prophylaxis and diagnosis of onsets of arteriosclerosis and cardiac diseases.
Abstract:
An antibody specific for LAR phosphatase subunit, in particular, the intracellular domain of LAR phosphatase subunit; a process for producing the same; cells producing the above antibody; a method for quantitating and examining LAR/LAR-derived molecules by using this antibody; and utilization of this antibody in diagnosing and treating thyroid cancer.
Abstract:
Antibodies to a LAR phosphatase subunit, particularly antibodies having specificity to an intracellular domain of a phosphatase subunit, methods for generation thereof and cells producing these antibodies, and determination and examination methods of LAR/LAR derived molecules using these antibodies, as well as uses of these antibodies in diagnosis and therapy of thyroid cancer are disclosed.
Abstract:
Antibodies to intracellular domains of two or more kinds of protein tyrosi ne phosphatases, methods for generation thereof and cells producing these antibodies are disclosed. The antibody of the present invention may have specificity to intracellular domains of phosphatase subunits of both of LAR and CD45, and may be useful f or analysis and quantitative determination of PTPs, identification and detection of nove l PTPs, and for obtaining novel phosphatases by cloning and the like, as well as for developing useful diagnostic methods of insulin resistance and NIDDM, for prophylaxis and diagnosis of various disease states of syndrome X that is based on insulin resistance, an d for prophylaxis and diagnosis of onsets of arteriosclerosis and cardiac diseases.
Abstract:
Antibodies to a LAR phosphatase subunit, particularly antibodies having specificity to an intracellular domain of a phosphatase subunit, methods for generation thereof and cells producing these antibodies, and determination and examination methods of LAR/LAR derived molecules using these antibodies, as well as uses of these antibodies in diagnosis and therapy of thyroid cancer are disclosed.