从营养角度：蛋炒饭的作用谁可以帮我？

老街摄影古装照 2013-04-25 20:17:53 463 浏览

求求哥哥姐姐，说下！... 求求哥哥姐姐，说下！展开

参与评论

登录后参与评论

全部评论(2条)

Rcafxl 2013-04-26 00:00:00

1. 米饭：米饭的主要成分是碳水化合物，米饭中的蛋白质主要是米精蛋白，氨基酸的组成比较完全，人体容易消化吸收；大米可提供丰富B族维生素；大米具有有补中益气、健脾养胃、益精强志、和五脏、通血脉、聪耳明目、止烦、止渴、止泻的功效。 2. 鸡蛋：鸡蛋含有丰富的蛋白质、脂肪、维生素和铁、钙、钾等人体所需要的矿物质，其蛋白质是自然界Z优良的蛋白质，对肝脏组织损伤有修复作用；同时富含 DHA和卵磷脂、卵黄素，对神经系统和身体发育有利，能健脑，改善记忆力，并促进肝细胞再生；鸡蛋中含有较多的维生素B和其他微量元素，可以分解和氧化人体内的致癌物质，具有作用；鸡蛋味甘，性平；具有养心安神，补血，滋阴润燥之功效。蛋炒饭营养素含量分析：热量 (2605.65千卡) 蛋白质 (139.22克) 脂肪 (117.90克) 碳水化合物 (286.85克) 膳食纤维 (4.98克) 维生素A (1274.45微克) 胡萝卜素 (201.00微克) 硫胺素 (1.11毫克) 核黄素 (1.98毫克) 尼克酸 (34.00毫克) 维生素C (7.15毫克) 维生素E (2521.22毫克) 钙 (492.10毫克) 磷 (1702.05毫克) 钠 (9465.10毫克) 镁 (285.90毫克) 铁 (28.80毫克) 锌 (19.31毫克) 硒 (60.12微克) 铜 (1.77毫克) 锰 (6.52毫克) 钾 (1833.85毫克) 碘 (141.18微克) 胆固醇 (326.75毫克)

赞(1)

回复(0)

评论

评论
登录后参与评论
阳光的MC少年 2013-04-27 00:00:00

下面分析下啦：一：蛋炒饭的营养价值： 1. 米饭：米饭的主要成分是碳水化合物，米饭中的蛋白质主要是米精蛋白，氨基酸的组成比较完全，人体容易消化吸收；大米可提供丰富B族维生素；大米具有有补中益气、健脾养胃、益精强志、和五脏、通血脉、聪耳明目、止烦、止渴、止泻的功效。 2. 鸡蛋：鸡蛋含有丰富的蛋白质、脂肪、维生素和铁、钙、钾等人体所需要的矿物质，其蛋白质是自然界Z优良的蛋白质，对肝脏组织损伤有修复作用；同时富含 DHA和卵磷脂、卵黄素，对神经系统和身体发育有利，能健脑，改善记忆力，并促进肝细胞再生；鸡蛋中含有较多的维生素B和其他微量元素，可以分解要是觉得我的回答满意，请采纳话西商煤稻fpnxrleiyt2457424735宠

赞(19)

回复(0)

评论

评论
登录后参与评论

登录或新用户注册

微信登录
密码登录
短信登录

请用手机微信扫描下方二维码
快速登录或注册新账号

微信扫码，手机电脑联动

注册登录即表示同意《仪器网服务条款》和《隐私协议》

热门问答

从营养角度：蛋炒饭的作用谁可以帮我？: 求求哥哥姐姐，说下！... 求求哥哥姐姐，说下！展开

试从代谢角度分析核苷酸是否属于营养必需物质:

谁帮我解释一下三坐标检测机的作用？谢谢！:

谁可以帮我找一篇关于兵马俑的资料?: 谁可以帮我找一篇关于兵马俑的资料?Z好带华清池。简明点就更好了！

谁可以帮我找关于经济学的案例分析: 要案例的文章

谁帮我翻译一下: LabVIEWTM(LaboratoryVirtualInstrumentEngineeringWorkbench)isapowerfulinstrumentationandanalysisprogramminglanguageforPCsrunningMicrosoftWindows，SunSPARCstations，AppleMaci... LabVIEWTM (Laboratory Virtual Instrument Engineering Workbench) is a powerful instrumentation and analysis programming language for PCs running Microsoft Windows， Sun SPARCstations， Apple Macintosh computers， Concurrent PowerMax， and HP-UX workstations. LabVIEW departs from the sequential nature of traditional programming languages and features a graphical programming environment and all the tools needed for data acquisition， analysis， and presentation. With this graphical programming language， called “G，” you can program in a block diagram notation， the natural design notation of scientists and engineers. After you create a block diagram program， LabVIEW compiles it into machine code. LabVIEW integrates data acquisition， analysis， and presentation in one system. For acquiring data and controlling instruments， LabVIEW supports RS-232/422， IEEE 488 (GPIB)， and VXI， including Virtual Instrument Software Architecture (VISA) functions， as well as plug-in data acquisition (DAQ) boards. An instrument library with drivers for hundreds of instruments simplifies instrument control applications. For analyzing data， the extensive Analysis library contains functions for signal generation， signal processing， filters， windows， statistics， regression， linear algebra， and array arithmetic. Because LabVIEW is graphical in nature， it is inherently a data presentation package. LabVIEW can generate charts， graphs， and customized， user-defined graphics. 尽量翻的好一点，谢谢能不能对GOOGLE自动翻译过的稍加修改下展开

谁帮我翻译一下，谢谢: ···until TLC analysis indicated the absence of dipolarophile.

从生理学角度分析肾单位在尿液生成过程中的作用:

从运动角度，电解质是什么?:

从分子角度分析表面张力: 从分子角度分析表面张力

我有一个关于压力变送器的问题，谁可以帮我解答一下！: 国外的和国内的开关，他们的精密度差多少呀？... 国外的和国内的开关，他们的精密度差多少呀？展开

大哥大姐谁帮我翻译一下: Since its advent in the early 1970s the logic analyser has become arguably the most important single piece of test equipment in the digital designer’s armoury. It is now a far more versatile instrument than its early predecessors， still ... Since its advent in the early 1970s the logic analyser has become arguably the most important single piece of test equipment in the digital designer’s armoury. It is now a far more versatile instrument than its early predecessors， still offering a complete solution to today’s ever more complex digital design and measurement challenges. As with most modern test equipment， the ongoing development of logic analysers has been fuelled by continual improvements in microprocessor technology， allowing cost-effective implementation of advanced measurement techniques. This continual development has been driven， to a great extent， by the need to be able to debug complex microprocessor-based or highspeed state machine designs. As the inclusion of microprocessor or VLSl components into circuit design becomes more and more routine， the instrument manufacturer must maintain the logic analyser as a user-friendly， relatively-low-cost solution to modern digital design and test problems. In addition， however， as these components increase in both complexity and performance， the instrument manufacturer must be able to support state-of-the-art measurement techniques， while still offering the digital design engineer the same depth of general-purpose circuit analysis.Clearly， as design complexity increases， an increasing volume of measurement data must be represented and manipulated in such a way that it can be quickly and easily interpreted by the engineer. The basic logic analyser provides a means of monitoring software execution， digital hardware operation and， more importantly to many， the interaction between the two. Being the only instrument that can comprehensively bridge this notional divide between hardware and software， the logic analyser is often given the role of arbitrator in the search for that elusive system bug. 展开