Artificial cells, nanomedicine, and biotechnology · 2016
pH sensitive insulin-loaded nanohydrogel increases the effect of oral insulin in diabetic rats.
СтатьяНазвание и аннотация: Перевод в очереди
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Karnoosh-Yamchi Jalil, Rahmati-Yamchi Mohammad, Akbarzadeh Abolfazl, Davaran Soodabeh, Ostad Rahimi Ali Reza, Garnoosh Khalil, Bahmani Zahra, Ashoori Mohammad, Mobasseri Majid
Аннотация
BACKGROUND: There are different methods for insulin administration in diabetic patient. Nano-hydrogel is one of the most talented drug carrier for its sensitivity to environmental stimulus.
METHODS AND RESULTS: NIPAAm-MAA-HEM copolymers were synthesized by radical chain reaction. The copolymers were characterized with Scanning electron microscopy (SEM) and Transient electron microscopy (TEM). Copolymers were loaded with regular insulin by modified double emulsion method. Diabetic rats are used for feeding insulin-loaded nanohydrogel. Analysis of the results from the measurement of the amount of blood insulin from the rats blood that received insulin in nanohydrogel loaded form compared with rats that received pure insulin is significantly high, which confirm that insulin has been able to pass from the stomach acid barrier by nanohydrogel and is absorbed from the intestine. Blood sugar levels from tested rats indicate that with increasing amount of insulin, blood sugar levels fall down.
CONCLUSION: Our study confirms that insulin has been able to pass from the stomach acid barrier by nanohydrogel and be absorbed from the intestine.
METHODS AND RESULTS: NIPAAm-MAA-HEM copolymers were synthesized by radical chain reaction. The copolymers were characterized with Scanning electron microscopy (SEM) and Transient electron microscopy (TEM). Copolymers were loaded with regular insulin by modified double emulsion method. Diabetic rats are used for feeding insulin-loaded nanohydrogel. Analysis of the results from the measurement of the amount of blood insulin from the rats blood that received insulin in nanohydrogel loaded form compared with rats that received pure insulin is significantly high, which confirm that insulin has been able to pass from the stomach acid barrier by nanohydrogel and is absorbed from the intestine. Blood sugar levels from tested rats indicate that with increasing amount of insulin, blood sugar levels fall down.
CONCLUSION: Our study confirms that insulin has been able to pass from the stomach acid barrier by nanohydrogel and be absorbed from the intestine.