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    • 4. 发明专利
    • DK138340B
    • 1978-08-14
    • DK83375
    • 1975-03-03
    • TOYO JOZO KK
    • MIZUNO KIMIOMATSUDA TETSUOASANO KATSUMIYAGI AKIRATAKADA MASAKITORIYA TETSUTORIYA MINORUMATSUURA KAZUOSATOI SHUZO
    • A61K36/06A01N63/04C07G11/00C12P1/02C12P21/00C12D9/04
    • 1495839 Aculeacin antibiotics TOYO JOZO KK 5 March 1975 [6 March 1974] 9118/75 Heading C3H The invention is directed to an antibiotic substance selected from the groups consisting of aculeacin-A, aculeacin-B, aculeacin-C, aculeacin-D, aculeacin-E, aculeacin-F and aculeacin-G. The aculeacins are characterized by the following physico-chemical properties (1) Elementary analysis (2) Molecular weight (3) Molecular formula (4) Melting point (5) Specific rotation [α] 24 (C= 1À0, methanol) D (6) Ultra violet spectrum in methanol or KOH-methanol as indicated in Figs. 1-4, 6-17 (these figures are not shown) (7) Infra-red absorption spectrum (KBr tablet) as indicated in Fig. 5 and 18-23 (these figures are not shown) (8) Nuclear magnetic resonance spectrum as indicated in Figs. 24-29 (these figures are not shown) (9) Colour reactions (10) Solubility Soluble in lower alcohols Slightly soluble in ethyl acetate and water Insoluble in acetone, chloroform, n-hexane and petroleum ether (11) Aculeacins are decomposed at an alkaline pH; they cannot be transferred from butanol to water at pH 2-9 (12) Colour: white crystalline powder (13) Rf value Carrier: silica gel sheet Solvent A: ethylacetate-isopropanol-water (10 : 2 : 1) B: chloroform-methanol (10 : 3) C: ethylacetate-methanol-water (20 : 4 : 1) D: ethylacetate-n-butanol (3 : 1) Developer: iodine Bioassay using Candida albicous (Aculeacin-A only) (14) Amino acid composition Aculeacins are hydrolysed with hydrochloric acid and the ninhydrin positive components are analysed, the results being indicated in Figs. 30 and 32 (these figures are not shown) and the table below V=violet (strong absorption at 570 mÁ), Y=yellow (strong absorption at 440 mÁ), UK=unknown amino acid, Thr=L-threonine, Pro=proline, + = positive peak, - =no peak, Tr=trace peak. The antibiotics are prepared by culturing in an appropriate medium a microorganism designated Aspergillus aculeatus M4214 FERM-P 2324.
    • 6. 发明专利
    • CH595442A5
    • 1978-02-15
    • CH286975
    • 1975-03-06
    • TOYO JOZO KK
    • MIZUNO KIMIOMATSUDA TETSUOASANO KATSUMIYAGI AKIRATAKADA MASAKISAITO TETSUTORIYA MINORUMATSUURA KAZUOSATOI SHUZO
    • A01N63/04A61K36/06C07G11/00C12P1/02C12P21/00C12D9/04
    • 1495839 Aculeacin antibiotics TOYO JOZO KK 5 March 1975 [6 March 1974] 9118/75 Heading C3H The invention is directed to an antibiotic substance selected from the groups consisting of aculeacin-A, aculeacin-B, aculeacin-C, aculeacin-D, aculeacin-E, aculeacin-F and aculeacin-G. The aculeacins are characterized by the following physico-chemical properties (1) Elementary analysis (2) Molecular weight (3) Molecular formula (4) Melting point (5) Specific rotation [α] 24 (C= 1À0, methanol) D (6) Ultra violet spectrum in methanol or KOH-methanol as indicated in Figs. 1-4, 6-17 (these figures are not shown) (7) Infra-red absorption spectrum (KBr tablet) as indicated in Fig. 5 and 18-23 (these figures are not shown) (8) Nuclear magnetic resonance spectrum as indicated in Figs. 24-29 (these figures are not shown) (9) Colour reactions (10) Solubility Soluble in lower alcohols Slightly soluble in ethyl acetate and water Insoluble in acetone, chloroform, n-hexane and petroleum ether (11) Aculeacins are decomposed at an alkaline pH; they cannot be transferred from butanol to water at pH 2-9 (12) Colour: white crystalline powder (13) Rf value Carrier: silica gel sheet Solvent A: ethylacetate-isopropanol-water (10 : 2 : 1) B: chloroform-methanol (10 : 3) C: ethylacetate-methanol-water (20 : 4 : 1) D: ethylacetate-n-butanol (3 : 1) Developer: iodine Bioassay using Candida albicous (Aculeacin-A only) (14) Amino acid composition Aculeacins are hydrolysed with hydrochloric acid and the ninhydrin positive components are analysed, the results being indicated in Figs. 30 and 32 (these figures are not shown) and the table below V=violet (strong absorption at 570 mÁ), Y=yellow (strong absorption at 440 mÁ), UK=unknown amino acid, Thr=L-threonine, Pro=proline, + = positive peak, - =no peak, Tr=trace peak. The antibiotics are prepared by culturing in an appropriate medium a microorganism designated Aspergillus aculeatus M4214 FERM-P 2324.
    • 8. 发明专利
    • DE2509820A1
    • 1976-02-05
    • DE2509820
    • 1975-03-06
    • TOYO JOZO KK
    • MIZUNO KIMIOMATSUDA TETSUOASANO KATSUMIYAGI AKIRATAKADA MASAKISAITO TETSUTORIYA MINORUMATSUURA KAZUOSATOI SHUZO
    • A01N63/04A61K36/06C07G11/00C12P1/02C12P21/00C07H11/00
    • 1495839 Aculeacin antibiotics TOYO JOZO KK 5 March 1975 [6 March 1974] 9118/75 Heading C3H The invention is directed to an antibiotic substance selected from the groups consisting of aculeacin-A, aculeacin-B, aculeacin-C, aculeacin-D, aculeacin-E, aculeacin-F and aculeacin-G. The aculeacins are characterized by the following physico-chemical properties (1) Elementary analysis (2) Molecular weight (3) Molecular formula (4) Melting point (5) Specific rotation [α] 24 (C= 1À0, methanol) D (6) Ultra violet spectrum in methanol or KOH-methanol as indicated in Figs. 1-4, 6-17 (these figures are not shown) (7) Infra-red absorption spectrum (KBr tablet) as indicated in Fig. 5 and 18-23 (these figures are not shown) (8) Nuclear magnetic resonance spectrum as indicated in Figs. 24-29 (these figures are not shown) (9) Colour reactions (10) Solubility Soluble in lower alcohols Slightly soluble in ethyl acetate and water Insoluble in acetone, chloroform, n-hexane and petroleum ether (11) Aculeacins are decomposed at an alkaline pH; they cannot be transferred from butanol to water at pH 2-9 (12) Colour: white crystalline powder (13) Rf value Carrier: silica gel sheet Solvent A: ethylacetate-isopropanol-water (10 : 2 : 1) B: chloroform-methanol (10 : 3) C: ethylacetate-methanol-water (20 : 4 : 1) D: ethylacetate-n-butanol (3 : 1) Developer: iodine Bioassay using Candida albicous (Aculeacin-A only) (14) Amino acid composition Aculeacins are hydrolysed with hydrochloric acid and the ninhydrin positive components are analysed, the results being indicated in Figs. 30 and 32 (these figures are not shown) and the table below V=violet (strong absorption at 570 mÁ), Y=yellow (strong absorption at 440 mÁ), UK=unknown amino acid, Thr=L-threonine, Pro=proline, + = positive peak, - =no peak, Tr=trace peak. The antibiotics are prepared by culturing in an appropriate medium a microorganism designated Aspergillus aculeatus M4214 FERM-P 2324.