70 results about "Terfenadine" patented technology

The present invention relates to a method comprising the step of contacting under hydroaminomethylation conditions, an olefin, an amine, a rhodium-phosphorous ligand, and synthesis gas (syngas). In particular, it has been discovered that, under some circumstances, a neutral rhodium-monodentate phosphite ligand is prescribed. The invention provides a simple way of making, in high yields and regiospecificity, a variety of products, including pharmacologically active products such as ibutilide, terfenadine, and fexofenadine, and derivatives thereof.

The invention relates to an application of p-hydroxyphenylacetic acid in prevention and/or treatment of cardiovascular diseases. The invention finds for the first time that p-hydroxyphenylacetic acidhas a good treatment effect on vascular and cardiac injuries. For zebra fish interbody vascular (ISV) injury and subintestinal vein (SIV) growth conditions induced by a vascular endothelial cell growth factor receptor inhibitor (PTK787), p-hydroxyphenylacetic acid has a remarkable effect of promoting angiogenesis, and the generation number and the length of blood vessels can be obviously increased. The traditional Chinese medicine composition has a remarkable heart protection effect on heart failure of zebra fish induced by verapamil, arrhythmia induced by terfenadine and p-hydroxyphenylaceticacid, and can obviously reduce cardiac dilatation, relieve venous congestion and promote the heart rate to tend to be normal.

The invention relates to application of terfenadine in preparation of a zebra fish heart function damage model. The application comprises the following steps of putting normally developing zebra fish which is fertilized 2-3 days later into breeding water solution containing terfenadine, and cultivating for 24-48 hours at constant temperature of 28 DEG C to prepare the zebra fish heart function damage model. Terfenadine is utilized for the first time to build the zebra fish heart function damage model; the built zebra fish heart function damage model has the advantages that the zebra fish heart function damage model is simple and convenient to prepare, rapid, stable, reliable, and good in repeatability; the manufacturing cost of the heart function damage model is reduced; and the reliability of the experimental research result is improved.

The invention discloses Myriberine A which is used for treating immunity inflammation, used for preparing a medicine for treating the immunity inflammation, and particularly suitable for preparing a medicine for treating rhinitis, and terfenadine and diclofenac sodium are used as comparison, the curative effect of Myriberine A is clear. An application of Myriberine A in preparation of the medicine for treating rhinitis is firstly disclosed, due to the fact that a skeleton type is brand new, activity for treating rhinitis is strong unexpectedly, the possibility of any inspiration provided by other compounds does not exist, Myriberine A has outstanding substantive feature and obvious improvement for preventing and curing rhinitis.

The invention provides a use of Nitrosporeusines A in preparation of drugs for treating immune-inflammation and especially for treating rhinitis. A contrast test utilizing terfenadine and diclofenac sodium as control groups proves that Nitrosporeusines A has clear effects. Nitrosporeusines A is first disclosed in the invention. Nitrosporeusines A has a novel skeleton type, strong activity of treating rhinitis and substantive distinguishing features, and obviously develops rhinitis prevention and treatment.

Methods and pharmaceutical compositions employing a terfenadine metabolite and a leukotriene inhibitor for the treatment or prevention of inflammation or allergic disorders, such as asthma, or symptoms thereof. Also included are methods and compositions employing a terfenadine metabolite, a leukotriene inhibitor, and a decongestant for the treatment or prevention of inflammation or allergic disorders, such as asthma, or symptoms thereof.

The invention discloses Gypensapogenin B for preparing medicaments for treating immunity inflammation, which is particularly suitable for preparing medicaments for treating rhinitis. By taking Terfenadine and diclofenac sodium as controls, Gypensapogenin B has definite curative effects. The application of Gypensapogenin B in preparing medicaments for treating rhinitis, involved in the invention, is disclosed for the first time. As the skeleton type is brand new, and the strong activity of Gypensapogenin B on treating rhinitis is unexpectedly strong, the possibility that any enlightenments are given by other compounds does not exist. Gypensapogenin B has prominent substantive features and has notable progress when being used for preventing and treating rhinitis.

The invention discloses a verification and separation method for a terfenadine related substance. The method comprises the following steps: 1) respectively putting 70% acetonitrile into impurities anda proper amount of TFND (Terfenadine) so as to obtain a 10mu g/mL single solution, performing full-wavelength scanning at wavelengths of 190-400nm so as to obtain scanning wavelengths of different substances, and confirming ultraviolet scanning detection wavelengths; 2) preparing a mixed solution for detection; 3) setting the following spectrum conditions: a spectrum column: MZ-NALYTICAL Column of 250*4.6mm 100ODS 5mu m; a mobile phase A: acetonitrile and phosphate in a ratio of 20:80; a mobile phase B: acetonitrile; gradient elution: 0 minute, 60%A, 40% B, 3 minutes, 55%A, 45%B, 20 minutes,20% A and 80%B; a solvent of acetonitrile and phosphate in a ratio of 45:55; a wavelength of 217nm; a flowing velocity of 1.0mL/minute; a column temperature of 30-35 DEG C; a sampling amount of 20mu L; 4) feeding the mixed solution as a sample, recording chromatogram, and separating both terfenadine and different impurities. By adopting the method, the separation degree of the terfenadine and theimpurities is greater than 5.0, the separation degrees among the impurities and between other known impurities and the terfenadine are both greater than 1.5, in addition, the separation degree of a main peak and unknown impurities can be up to 3.5, and requirements can be met.

The invention discloses an application of a Danhong injection as a terfenadine heart adverse effect antagonist. The application overcomes the technology bias of the prior art on the aspect of application, and experiments show that the Danhong injection has a remarkable effect of improving the heart rhythm change, caused by terfenadine, of a zebra fish. In addition, when the concentration of the Danhong injection is less than or equal to 30muL/mL, the normal zebra fish does not show an obvious teratogenic effect after 6 days of continuous injection. On the basis of the extensive clinical application of the Danhong injection, a theoretical foundation is provided for the drug combination of the terfenadine and the enhancement of the safety of the terfenadine.

Biscarpamontamine A for treating immunity inflammation is used for preparing pharmaceuticals for treating immunity inflammation and particularly suitable for preparing pharmaceuticals for treating rhinitis. Terfenadine and Diclofenac are used as controls, the biscarpamontamine A has exact curative effect and is disclosed for the first time, and as a frame type is a brand-new frame type, having high rhinitis treatment activity, the biscarpamontamine A has excellent substantive features and has significant progress in rhinitis prevention and treatment.

Aphanamixoid A for treating immunity inflammation is used for preparing immunity inflammation treatment medicine and particularly suitable for preparing rhinitis treatment medicine. Compared with terfenadine and diclofenac sodium, the Aphanamixoid A is obvious in curative effect. The application of the Aphanamixoid A to preparation of the rhinitis treatment medicine is made public for the first time. The skeleton type is fully novel, activity of the Aphanamixoid A in treating rhinitis is surprisingly strong, the possibility that inspiration is obtained from other compounds does not exist, and therefore the Aphanamixoid A has prominent substantive features, and meanwhile, significant progress of the application of the Aphanamixoid A to prevention and treatment of the rhinitis is obviously achieved.

A traditional Chinese medicinal composition for treating immune inflammations is prepared from 15 parts of Ford Nervilia Leaf, 12 parts of root of Dentiferous Dendropanax, 18 parts of Gymnema latifolium, 10 parts of Zanthoxylum ailanthoides Sieb. et Zucc. and 20 parts of Sowthistleleaf Tasselflower. The composition is used for preparing immune inflammation treatment medicines, and is especially suitable for preparing rhinitis treatment medicines. Compared with terfenadine and diclofenac sodium, the traditional Chinese medicinal composition has the advantages of clear curative effect and marked progress.

The invention relates to Houttuynoid C for treating immunity inflammation, which is used for preparing a medicine for treating immunity inflammation, in particular for preparing a medicine for treating rhinitis. Houttuynoid C has definite curative effect by using terfenadine and diclofenac sodium as contrasts. The application of Houttuynoid C for preparing the medicine for treating rhinitis is disclosed for the first time; because the skeleton type belongs to a brand new skeleton type and the rhinitis curative activity of Houttuynoid C is strong unexpectedly, the possibility that other compounds give any inspiration does not exist; Houttuynoid C has outstanding substantive characteristics; and simultaneously, Houttuynoid C has obvious progress for preventing and treating rhinitis.

The invention discloses Houttuynoid C for treating immune-inflammation and the Houttuynoid C is applied to preparing a medicine for treating rheumatoid arthritis. Terfenadine and diclofenac sodium are taken as reference, and the Houttuynoid C is clear in curative effect. The application of Houttuynoid C in preparation of a medicine for treating rheumatoid arthritis is disclosed for the first time, and because the framework type belongs to a novel framework type, the inhibitory activity on the rheumatoid arthritis is unexpectedly high, the possibility that other compounds give enlightenment is avoided, and the Houttuynoid C has outstanding substantial characteristics and has obvious progress in treatment of rheumatoid arthritis.

The invention provides Sphenostylisins C used for treating immunity inflammation. The Sphenostylisins C is applicable to preparation of immunity inflammation drugs, especially preparation of drugs used for treating rhinitis. In contrast to terfenadine and diclofenac sodium, the Sphenostylisins C has definite curative effect. The application of the Sphenostylisins C in preparation of drugs used for treating rhinitis is disclosed for the first time; since the skeleton type of the Sphenostylisins C is a brand new skeleton type and good activity of the Sphenostylisins C in treatment of rhinitis is unexpected, possibility of inspiration by any other compound does not exist and the Sphenostylisins C has protruding substantive distinguishing features; meanwhile, substantial progress is made as the Sphenostylisins C is applied to prevention and treatment of rhinitis.

The invention discloses Aphanamixoid A for treating immunity inflammation, and particularly relates to Aphanamixoid A for preparing a medicine for treating rheumatoid arthritis. The rheumatoid arthritis is definite in curative effect by taking terfenadine and diclofenac sodium as references. The application of the Aphanamixoid A in preparation of the medicine for treating the rheumatoid arthritis is firstly disclosed because a skeleton type belongs to a fire-new skeleton type and the inhibitory activity of the Aphanamixoid A on the rheumatoid arthritis is inconceivably high; and the Aphanamixoid A has outstanding substantiality characteristic without possibility of any inspiration given by other compounds and obviously achieves the outstanding progress by being used for preventing and treating the rheumatoid arthritis.

The invention discloses a novel composition for treating psoriasis. The composition comprises the following components of, in parts by weight, 0.005-0.02 parts of arotinoid ethylester, 1-6 parts of polypeptide, 0.07-0.27 parts of ribose, 15-60 parts of terfenadine, 50-200 parts of vitamin E, 500-2000 parts of aminopeptide, 50-200 parts of aminophylline, 1-10 parts of chlorpheniramine maleate, 100-400 parts of vitamin C, 3-12 parts, 1.5-10 parts of vitamin B2, 10-40 parts of tripterygium glycosides, 4.58-18.33 parts of microcrystalline cellulose, 3.33-13.33 parts of pregelatinized starch, 6.67-26.67 parts of polyvinylpolypyrrolidone and 1-4 parts of talcum powder. The invention provides a method for treating psoriasis by combining traditional Chinese medicines and western medicines. Based on gene regulation and transfer termination of inflammatory factors, cellular immunity and humoral immunity are enhanced at the same time, and the purpose of treating both symptoms and root causes is finally achieved.