摘要:
An anti-acharan sulfate antibody, a hybridoma that produces the antibody, a detection method and a detection kit to which the antibody is applied are disclosed. The anti-acharan sulfate antibody can be produced by immunizing a mammal using as an antigen a substance obtained by chemically bonding a protein to acharan sulfate.
摘要:
The invention herein relates to a pharmaceutical composition comprising ticlopidine and Ginkgo biloba extract. In detail, as an anti-thrombotic preparation, the pharmaceutical composition comprising said ticlopidine and Ginkgo biloba extract with the PAF-antagonistic and anti-oxidant actions is used in combination to naturally suppress the neutropenia and agranulocytosis caused by the toxicity resulting from the repeated use of ticlopidine alone.
摘要:
An anti-acharan sulfate antibody, a hybridoma that produces the antibody, a detection method and a detection kit to which the antibody is applied are disclosed. The anti-acharan sulfate antibody can be produced by immunizing a mammal using as an antigen a substance obtained by chemically bonding a protein to acharan sulfate.
摘要:
An antibody that reacts with 2-O-desulfated acharan sulfate, a hybridoma that produces the antibody, a detection method and a detection kit to which the antibody is applied are disclosed. The antibody that reacts with 2-O-desulfated acharan sulfate can be produced by immunizing a mammal using as an antigen a substance obtained by chemically bonding a protein to 2-O-desulfated acharan sulfate.
摘要:
An antibody that reacts with 2-O-desulfated acharan sulfate, a hybridoma that produces the antibody, a detection method and a detection kit to which the antibody is applied are disclosed. The antibody that reacts with 2-O-desulfated acharan sulfate can be produced by immunizing a mammal using as an antigen a substance obtained by chemically bonding a protein to 2-O-desulfated acharan sulfate.
摘要:
The present invention is based on the unexpected discovery that a molecule having as its major repeating units N-acetylglucosamine alternating in sequence with 2-O-sulfated uronic acid, inhibits FGF mitogenicity, and thus is useful in inhibiting angiogenesis. Additionally, the molecule has low toxicity and inhibits FGF mitogenicity without affecting anticoagulant activity. One preferred molecule is a glycosaminoglycan such as archaran sulfate. The molecules are in pharmaceutical compositions that can be used in the treatment of diseases which are angiogenesis-dependent.