CELL INTELLIGENCE · 肿瘤细胞治疗研究
肿瘤细胞治疗研究
英文原题:In vitro ruminal-microbial fermentation pattern: nutritional insights about some agricultural crop mesocarps (peel) in ruminant nutrition.
In vitro ruminal-microbial fermentation pattern: nutritional insights about some agricultural crop mesocarps (peel) in ruminant nutrition.
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不同农作物废弃物(ACW),如果肉(果皮),在全球范围内每年在食用其可食部分后被产生,而对其营养潜力缺乏任何科学信息。因此,开展了一项研究,采用常规和标准实验室方法,测定一些作物果皮(包括不同种类的瓜类(西瓜、Galia瓜、Rockmelon、Til sabz和Til atashi)以及黄瓜和茄子)的瘤胃微生物发酵模式和营养潜力。粗蛋白(CP)含量分别从Til sabz果皮的7.19%干物质(DM)到黄瓜果皮的19.1%不等。中性洗涤纤维(NDF)含量最高(34.1% DM)和最低(15.4%)分别与茄子和Til sabz果皮相关(p < 0.05)。非纤维性碳水化合物(NFC)含量从茄子果皮的38.7%到Til sabz的66.6%不等。所有果皮的DM百分比较低(黄瓜为4.88% DM至茄子为8.45%)。
与其他果皮相比,Rockmelon果皮的钙(5.25 g/kg DM)和镁(5.75 g/kg DM)含量最高(p < 0.05)。钾(33.4 g/kg DM)、钠(7.15 g/kg DM)和锌(21 mg/kg DM)的最高含量分别在西瓜、Til atashi和黄瓜果皮中观察到(p < 0.05)。瘤胃微生物产气潜力也从茄子果皮的55.6 ml/200 mg DM到Til sabz果皮的63.1 ml不等。除黄瓜(8.75 MJ/kg DM)和茄子(8.71 MJ)外,其他果皮(不同瓜类)的代谢能(ME,9.06-9.50 MJ/kg DM)几乎相似。在所研究的果皮中,最低的瘤胃微生物DM和有机物(OM)消化率也在茄子和黄瓜中观察到(p < 0.05)。加利亚瓜的酸碱缓冲能力最高(267 mEq 10-3,p < 0.05)。根据我们的发现,瓜类的果肉显示出比黄瓜和茄子更高的营养价值。
总体而言,Til sabz 相比其他果肉展现出显著更受欢迎且优越的营养特性。
Different agricultural crop wastes (ACW) such as mesocarps (peel) are annually produced after consuming their edible parts in the world without any scientific information about their nutritional potential.
Therefore, a study was conducted to determine the ruminal-microbial fermentation pattern and nutritional potential of some crop mesocarps (peel) including different species of melons (Watermelon, Galia melon, Rockmelon, Til sabz, and Til atashi) as well as cucumber and eggplant using common and standard laboratory methods. The amount of crude protein (CP) varied from 7. 19 to 19. 1% of dry matter (DM) for Til sabz and cucumber mesocarps, respectively. The highest (34. 1% of DM) and lowest (15. 4%) content of neutral detergent fiber (NDF) were related to eggplant and Til sabz peels, respectively (p < 0. 05). The content of non-fiber carbohydrates (NFC) varied from 38. 7% for eggplant peel to 66. 6% for Til sabz. All mesocarps had a low DM percentage (4. 88% of DM for cucumber to 8. 45 for eggplant). Rockmelon peel had the highest amount of calcium (5. 25 g/kg DM) and magnesium (5. 75 g/kg DM) compared with the other mesocarps (p < 0. 05). The highest amounts of potassium (33.
4 g/kg of DM), sodium (7. 15 g/kg of DM), and zinc (21 mg/kg of DM) were observed in the peels of watermelon, Til atashi, and cucumber, respectively (p < 0. 05). The potential of ruminal-microbial gas production also differed from 55. 6 ml/200 mg of DM for eggplant to 63. 1 ml for Til sabz peel. Except for cucumber (8. 75 MJ/kg of DM) and eggplant (8. 71 MJ), other mesocarps (different melon species) had almost similar metabolizable energy (ME, 9. 06-9. 50 MJ/kg of DM).
Among the studied mesocarps, the lowest ruminal-microbial DM and organic matter (OM) digestibility was also observed in eggplant and cucumber (p < 0. 05). Gallia melon had the highest acid-base buffering capacity (267 mEq 10 - 3 , p < 0. 05). According to our findings, the mesocarps of melons showed a higher nutritional value than the cucumber and eggplant. In general, Til sabz exhibited a notable favorite and superior nutritional characteristic compared with the other mesocarps.
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