灵芝水提物合成纳米银对白化大鼠甲状腺及脂质参数影响的研究

Sukumar Dandapat, Rohit Srivastava, M. Sinha
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引用次数: 1

摘要

研究了添加灵芝提取物的SNP对大鼠甲状腺和血脂的影响。SNP(平均直径58.77nm;Zeta电位-3.8)mV用DLS分析。傅立叶变换红外显微光谱提供了一个宽而高的透射峰,达到3248.12厘米-1,这表明苹果树提取物在SNP表面的生化负荷。急性毒性试验没有观察到死亡率或行为变化。1组接受1ml蒸馏水,2组和3组分别接受200mg kg-1和400mg kg-1纳米粒子。与对照组和200mg kg-1剂量相比,400mg kg-1剂量的SNPs具有更高的甲状腺功能亢进和降血脂活性。研究了负载灵芝提取物的银纳米粒子对大鼠甲状腺和血脂的影响。通过动态光散射分析分析了合成的SNPs(平均直径58.77 nm;-13.8 mV Zeta电位)。傅里叶变换红外光谱在3248.12厘米-1处提供了宽而高的透射峰,这表明葡萄籽提取物在SNPs表面的生物化学负荷。急性毒性试验没有观察到死亡率和行为变化。1组接受1ml蒸馏水,2组和3组分别接受200mg kg-1和400mg kg-1纳米颗粒。与对照组和200mg kg-1剂量相比,400mg kg-1剂量的SNPs显示出高甲状腺和低血脂活性增加。
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Study on impact of silver nanoparticles synthesized using aqueous extract of Ganoderma applanatum on thyroid and lipid parameters of albino rat
Se estudió el impacto de SNP cargadas con extracto de Ganoderma applanatum sobre el perfil tiroideo y lipídico de rata. Las SNP (diámetro medio 58,77 nm; potencial zeta - 3,8) mV se analizaron mediante DLS. La microespectroscopía de infrarrojo con transformada de Fourier proporcionó un pico de transmisión amplio y elevado a 3248,12 cm-1, que indica la carga bioquímica del extracto de G. applanatum en la superficie de los SNP. No se observó mortalidad ni cambios de comportamiento en la prueba de toxicidad aguda. El grupo-1 recibió 1 mL de agua destilada, el grupo-2 y el grupo-3 recibieron 200 mg kg-1 y 400 mg kg-1 de nanopartículas respectivamente. Una dosis de 400 mg kg-1 de SNPs mostró una mayor actividad hipertiroidea e hipolipidímica en comparación con el control y la dosis de 200 mg kg-1. Impact of silver nanoparticles loaded with Ganoderma applanatum extract on thyroid and lipid profile of rat were studied. Synthesized SNPs (Average diameter 58.77 nm; -13.8 mV zeta potential) were analysed by dynamic light scattering analysis. Fourier transform infrared spectroscopy provided broad and high transmission peak at 3248.12 cm-1 which indicates the loaded biochemical of the G. applanatum extract on the surface of SNPs. No mortality and behavioural changes were observed in the Acute toxicity test. Group-1 received 1 mL distilled water, group-2 and group-3 received 200 mg kg-1 and 400 mg kg-1 nanoparticles respectively. A 400 mg kg-1 dose of SNPs showed increased hyper thyroid and hypolipidimic activity as compared to control and 200 mg kg-1 dose.
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