Healthy food
Confirmed by animal feeding experiments, LycogenTM has the following advantages
- Increased liver and kidney metabolic rate, and increase type I procollagen of the skin and organs(Detail)
- Enhanced blood antioxidant, protecting body tissues(Detail)
- Protecting the spleen, prostate, reducing the peroxidation(Detail)
- Improve the liver and kidney GSH, and protection of the liver and kidney effects(Detail)
- Enhance the activity of liver enzymes GPX, protect the liver due to excessive oxidative damage(Detail)
Increased liver and kidney metabolic rate, and increase type I procollagen of the skin and organs
Serum biochemistry of LycogenTM feeding in mice
red:significance difference
Control: placebo, low dose: 25mg/kg, high dose: 100mg/kg, feeding 30 days.
Type I procollagen and LycogenTM dose
Control: placebo, low dose: 25mg/kg, high dose: 100mg/kg, feeding 30 days.
Body weight of mice and LycogenTM dose
Entrustment company: Chia Nan University of Pharmacy & Science
Enhanced blood antioxidant, protecting body tissues
血液中之抗氧化力
血漿中白蛋白、總抗氧化能力與-生育醇含量如表所示,於三組間並無顯著差異。雖然在兩個鐵劑注射組(C+Fe, Lyc+Fe)的血漿總抗氧化能力看來有提高之現象,但是與C-Fe 組相比未見有統計上的差異。
Protecting the spleen, prostate, reducing the peroxidation
脾臟與前列腺抗氧化試驗
- 組織脂質過氧化情形以TBARS為指標其結果如表三所示。
- 結果指出,Fe 劑注射確實會顯著提升組織脂質過氧化情形,但是菌體茄紅素的長期餵飼可降低脾臟、前列腺兩組織的過氧化產物,因此具有顯著的保護作用。
- Superoxide dismutase(SOD)超氧化物歧化酶檢測。
Improve the liver and kidney GSH, and protection of the liver and kidney effects.
肝臟與腎臟抗氧化試驗
- 組織抗氧化成分以還原態GSH 為主要測定項目。且因為Fe 劑注射會大量消耗組織GSH 含量((Toyokuni 1996)。
- 肝臟、腎臟與脾臟的GSH 含量皆顯示鐵劑注射確實會使組織GSH 下降,然而菌體茄紅素之餵食則可以顯著提升肝、腎臟與微量提升脾臟GSH含量。
- 前列腺的GSH 量於三組間並無顯著差異,顯示前列腺的抗氧化能力並非透過GSH消耗之途徑所致。
Enhance the activity of liver enzymes GPX, protect the liver due to excessive oxidative damage
- 肝臟、腎臟分別是抗氧化酵素活性最高與次高的器官,因此測定此兩組織的酵素活性。
- 結果如表所示: 肝臟SOD 與catalase 兩酵素活性於三組間並無顯著差異,但是GPX 活性則以Lyc+Fe 組顯著高於其餘兩組。這些結果說明,菌體茄紅素具有誘導肝臟GPX 酵素活性之特性,且為保護肝臟避免過氧化有關。
- 腎臟的抗氧化酵素活性在三組間皆無顯著影響,但實驗中確顯示具有抗氧化的保護功能,可能腎臟抗氧化的保護功能非來自此三類酵素的活性。