Nano-emulsion oral solution containing propranolol or salt thereof and preparation method thereof
An oral solution, propranolol hydrochloride technology, applied in medical preparations containing active ingredients, emulsion delivery, medical preparations with non-active ingredients, etc., can solve problems such as poor safety and poor drug compliance
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Embodiment 1
[0067] Mix 0.4wt% propranolol hydrochloride, 7wt% simethicone, and 8wt% egg yolk lecithin evenly, and high-speed shear (2000rpm, 20min) at 55°C to obtain an oil phase; 0.12wt% adenosine monophosphate Mix well with water, high-speed shear (3000rpm, 15min) at 55°C to obtain the water phase; mix the oil phase and water phase evenly, perform high-speed shear (4000rpm, 15min) at 55°C, and then homogenize under high pressure for 7 Second, during the homogenization process, the temperature is controlled at 55° C., and the pressure is controlled at 700 bar to obtain a propranolol hydrochloride nanoemulsion oral solution with an average particle diameter of 256 nm and a pH value of 5.8.
Embodiment 2
[0069] Mix 0.4wt% propranolol hydrochloride, 5wt% omega 3, and 4wt% egg yolk lecithin evenly, and high-speed shear (3000rpm, 15min) at 55°C to obtain an oil phase; 0.2wt% adenomonophosphate Mix glycosides and water evenly, and shear at 55°C at high speed (3000rpm, 15min) to obtain the water phase; mix the oil phase and water phase evenly, perform high-speed shearing at 55°C (4000rpm, 15min), and then homogenize under high pressure 6 times, during the homogenization process, the temperature was controlled at 55° C., and the pressure was controlled at 800 bar to obtain a propranolol hydrochloride nanoemulsion oral solution with an average particle size of 197 nm and a pH value of 5.7.
Embodiment 3
[0071] Mix 0.4wt% propranolol hydrochloride, 5wt% omega 3, and 4wt% egg yolk lecithin evenly, and high-speed shear (6000rpm, 10min) at 55°C to obtain an oil phase; 0.05wt% adenomonophosphate Glycosides and water were mixed evenly, and high-speed shearing (3000rpm, 15min) was performed at 55°C to obtain the water phase; the oil phase and water phase were mixed, high-speed shearing (3000rpm, 15min) was performed at 55°C, and then high-pressure homogenization was performed for 5 Second, during the homogenization process, the temperature is controlled at 55° C., and the pressure is controlled at 600 bar to obtain a propranolol hydrochloride nanoemulsion oral solution with an average particle size of 203 nm and a pH value of 5.6.
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