Infusion preparation of ibuprofen and preparation method thereof
A preparation and co-solvent technology, applied in the field of medicine, can solve the problems of low bioavailability, easy cross-infection, low solubility, etc., and achieve high bioavailability, short production cycle, and rapid onset of effect
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Example Embodiment
[0025] Example 1: ibuprofen glucose infusion
[0026] Prescription: ibuprofen 200g
[0027] Arginine 169g
[0028] Glucose 5000g
[0029] Propylene Glycol 20ML
[0030] EDTA-2Na 0.2g
[0031] Sodium sulfite 5g
[0032] Water for injection Add to total volume 100000ML
[0033] Using water for injection and propylene glycol volume ratio of 5:1 as a mixed solvent, add ibuprofen and arginine in the recipe quantity, stir to dissolve completely (necessary heating), then add EDTA-2Na and sodium sulfite, and dilute to 5000ML with an appropriate amount of water (adjust PH to 4.5-7.5 if necessary), add 0.1% activated carbon. Incubate at 70°C for more than 20 minutes, filter and decarburize, and prepare a concentrated solution of ibuprofen 40mg / ML for later use; take the prescribed amount of glucose and add it to 10000ML water for injection at 70°C to dissolve, add 0.1% activated carbon, and keep for 20 minutes Above, filter and decarburize, prepare a concentrated solution of gluc...
Example Embodiment
[0034] Example 2: Ibuprofen Sodium Chloride Infusion
[0035] Prescription: ibuprofen 200g
[0036] Arginine 10g
[0037] Sodium Chloride 900g
[0038] Propylene Glycol 800ML
[0039] EDTA-2Na 0.2g
[0040] Sodium sulfite 5g
[0041] Water for injection Add to total volume 100000ML
[0042] Using water for injection and propylene glycol volume ratio of 5:1 as a mixed solvent, add ibuprofen and arginine in the recipe quantity, stir to dissolve completely (necessary heating), then add EDTA-2Na and sodium sulfite, and dilute to 5000ML with an appropriate amount of water (adjust PH to 4.5-7.5 if necessary), add 0.1% activated carbon. Incubate at 70°C for more than 20 minutes, filter and decarbonize, and prepare a 40mg / ML concentrated solution of ibuprofen for later use; add sodium chloride in the recipe amount to 10000ML water for injection at 70°C to dissolve, add 0.1% activated carbon, and keep warm For more than 20 minutes, filter and decarburize, prepare a concentrated ...
Example Embodiment
[0043] Example 3: Dexbuprofen Dextrose Infusion
[0044] Prescription: Dexibuprofen 200g
[0045] Lysine 141g
[0046] Glucose 5000g
[0047] Propylene Glycol 3ML
[0048]EDTA-2Na 0.2g
[0049] Sodium sulfite 5g
[0050] Water for injection Add to total volume 100000ML
[0051] With water for injection and propylene glycol volume ratio of 5:1 as a mixed solvent, add dexbuprofen and lysine of the recipe quantity, stir to dissolve it completely (necessary heating), then add EDTA-2Na and sodium sulfite, dilute with an appropriate amount of water to 5000ML (adjust PH to 4.5-7.5 if necessary), add 0.1% activated carbon. Incubate at 70°C for more than 20 minutes, filter and decarburize, and prepare a 40mg / ML concentrated solution of dexbuprofen for later use; take the prescribed amount of glucose and add it to 10,000ML water for injection at 70°C to dissolve, add 0.1% activated carbon, and keep warm for 20 More than 10 minutes, filter and decarburize, prepare into concentrate...
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