谷孚中國(guó)新蛋白資源分析報(bào)告2023

ii關(guān)于?孚iiiiivv綜述4研究背景專欄:新?品原料監(jiān)管70顧問委員會(huì)?孚中國(guó)新蛋?資源分析報(bào)告2023圖2.國(guó)內(nèi)植物基品牌植物蛋?原料舉例圖3.利?不同植物組織化蛋??產(chǎn)整塊?、重組圖16.我國(guó)新?品原料、?品添加劑新品種和轉(zhuǎn)基因?品的簡(jiǎn)要審批流程表3.農(nóng)作物綜合利?可?性的評(píng)分標(biāo)準(zhǔn)表4.篩選微?物農(nóng)作物綜合利?可?性分析表5.?六種候選農(nóng)作物綜合利?可?性評(píng)分結(jié)果表6.部分農(nóng)作物中未充分利?的蛋?量與價(jià)格參考表7.不同類別單細(xì)胞蛋?來源?較概覽表10.微?物蛋?資源的優(yōu)勢(shì)和挑戰(zhàn)?孚中國(guó)新蛋?資源分析報(bào)告2023MillionMetricTonsSinglecellproteinTexturedvegetableproteindryweightSugarcanedistillerywastewaterFoodandAgricultureOrganizationoftheUnitedNationsProteinDigestibilityCorrectedAminoAcidScoreDigestibleIndispensableAminoAcidScoreUnitedStatesDepartmentofAgricultureThreonineTryptophanHistidineLeucineValineMethionineCystinePhenylalanineTyrosineIsoleucineUnitedStatesDollar2CarbondioxideChemicalOxygenDemandSSFSolidstatefermentationSubmergedfermentationGenerallyrecognizedassafeFungalimmunomodulatoryproteinsDocosahexaenoicacidTheMinistryofAgricultureandRuralA?airsChinaNationalCenterforFoodSafetyRiskAssessmentWorldHealthOrganizationNationalHealthCommissionofthePRC本報(bào)告指出了中國(guó)農(nóng)作物?產(chǎn)中具備相對(duì)成熟的產(chǎn)業(yè)鏈、卻被低估的豐富蛋?質(zhì)資源，尤其提出了農(nóng)副產(chǎn)品和廢棄物中的蛋?質(zhì)?效循環(huán)利?的途徑及?案，并對(duì)最有前景的微?物蛋?質(zhì)來源進(jìn)?了全?分析。在分析中，不僅評(píng)估了蛋?的特性，同時(shí)討論了可獲得性、中國(guó)的競(jìng)爭(zhēng)優(yōu)勢(shì)和相關(guān)法規(guī)等因素。發(fā)酵、燃料、污?處理等領(lǐng)域都有極?應(yīng)?價(jià)值，但是本篇能應(yīng)?在?品中。以達(dá)到保障糧?安全、減少資源消耗、降低環(huán)境污?孚中國(guó)新蛋?資源分析報(bào)告2023類的質(zhì)構(gòu)特性，建議增強(qiáng)對(duì)(??菌、霉菌)菌絲體蛋?倍。但世界?前的?類?產(chǎn)?式?法在實(shí)現(xiàn)全球?候、健康、糧?安全和?物多樣性?標(biāo)的同保持?前的蛋?質(zhì)?產(chǎn)?式不變，那時(shí)世界上的蛋?就不夠??1，?類將會(huì)?臨“蛋?危機(jī)”。蛋?質(zhì)的短缺不僅因此，“新蛋?”應(yīng)運(yùn)??。新蛋?是指通過推動(dòng)技術(shù)變?和原料創(chuàng)新，所研發(fā)、?產(chǎn)和供應(yīng)的，?以對(duì)標(biāo)四五”》規(guī)劃中明確表?，中國(guó)將通過發(fā)展未來?品制造和發(fā)展合成?物學(xué)技術(shù)、探索研發(fā)“?造蛋?”等新型?品FAO.2018.Thefutureoffoodandagriculture?Alternativepathwaysto2050.Summaryversion.Rome.60pp.Licence:CCBY-NC-SA3.0IGO.GFI.StateoftheIndustryReport|Plant-basedmeat,seafood,eggs,anddairy,n.d.https://g?.org/wp-content/uploads/2023/01/2022-Plant-Based-State-of-the-Industry-Report-1-1.pdf.?孚中國(guó)新蛋?資源分析報(bào)告2023*新蛋?來源*植物蛋?來源*微?物蛋?來源*中國(guó)植物基?制品產(chǎn)業(yè)現(xiàn)狀*原料選擇*植物?加?*中國(guó)植物?產(chǎn)業(yè)鏈55酸、異亮氨酸、蛋氨酸、苯丙氨酸、蘇氨酸、?氨酸、纈氨酸9。膳?蛋4。TheGoodFoodInstitute在報(bào)告中表明混合兩種或多種不同的植物蛋?有助于實(shí)現(xiàn)特定的產(chǎn)品開發(fā)?標(biāo)。例如豌?和??蛋?的組合具有良好的乳化和熱凝?特性；鷹嘴?和??蛋?的組合作為是?Zhou,Caiqiong,andYulinZhou.ShiPinYingYangXue.Beijing:ZhongGuoZhiJianChuBanShe,2012.Wang,Zhijun,YongbinHan,andXiaolingYao.ShiPinGongYiXue.Beijing:ZhongGuoZhiJianChuBanShe,2012.Wang,Yi,BoLyu,HonglingFu,JiaxinLi,LeiJi,HaoGong,RuiningZhang,JingshengLiu,andHansongYu.“TheDevelopmentProcessofPlant-BasedMeatAlternatives:RawMaterialFormulationsandProcessingStrategies.”FoodResearchInternational167(May2023):112689./10.1016/j.foodres.2023.112689.Ahmad,Mudasir,ShahidaQureshi,MansoorHussainAkbar,ShahidaAnushaSiddiqui,AdilGani,MehveshMushtaq,IfrahHassan,andSanjuBalaDhull.“Plant-BasedMeatAlternatives:CompositionalAnalysis,CurrentDevelopmentandChallenges.”AppliedFoodResearch2,no.2(December2022):100154./10.1016/j.afres.2022.100154.JinchuangZhang,LiLiu,YuanrongJiang,ShahFaisal,LinlinWei,ChunjieCao,WenhuiYan&QiangWang*.Convertingpeanutproteinbiomasswasteinto‘doublegreen’meatsubstitutesusingahigh-moistureextrusionprocess:amulti-scalemethodtoexploreaprocessforformingameat-like?brousstructure.JournalofAgriculturalandFoodChemistry,2019,67:10713?10725.doi:10.1021/acs.jafc.9b02711NationalResearchCouncil(US)SubcommitteeontheTenthEditionoftheRecommendedDietaryAllowances.RecommendedDietaryAllowances:10thEdition.Washington(DC):NationalAcademiesPress(US);1989.6,ProteinandAminoAcids.Availablefrom:/books/NBK234922/?孚中國(guó)新蛋?資源分析報(bào)告2023蛋?質(zhì)質(zhì)量是評(píng)價(jià)蛋?質(zhì)中必需氨基酸含量的指標(biāo)。常?的蛋?質(zhì)質(zhì)量評(píng)價(jià)?法化學(xué)評(píng)分(chemicalscore，CS)、氨基酸評(píng)分(aminoacidscore，AAS)、必需氨基酸指數(shù)(essentialaminoacidindex，要的標(biāo)準(zhǔn)蛋?(“全雞蛋模式”)相?較來反應(yīng)蛋?質(zhì)中必需氨基酸組成和含量與?體需要的?例之間GFI.PlantProteinPrimer,2021.https://g?.org/wp-content/uploads/2021/02/GFI-Plant-Based-Meat-Fact-Sheet_Environmental-Comparison.pdf.?孚中國(guó)新蛋?資源分析報(bào)告2023植物基?制品團(tuán)體標(biāo)準(zhǔn)和2022年發(fā)表的植物基?品的科學(xué)共識(shí)。其中指出：植物基?品(Plant-based畜、禽、?產(chǎn)等動(dòng)物?制品質(zhì)構(gòu)、?味、形態(tài)等特征的?品”13。?標(biāo)準(zhǔn)中對(duì)于植物?和傳統(tǒng)素?的差別并未有明確劃分。全球新蛋?產(chǎn)業(yè)智庫TheGoodFoodInstitute(GF基?制品”包括新蛋?產(chǎn)品中的兩類：植物蛋?和微?物發(fā)酵。這樣的定義雖然在現(xiàn)階段可以概括?部分上市產(chǎn)品，植物基?品的科學(xué)共識(shí)(2022年版)[N].中國(guó)?品報(bào).2022-11-30(004).DOI:10.28137/ki.ncspb.2022.001781.CIFST.Plant-basedmeatproducts,2020./uploads/?le/20201225/1608879643796557.pdf.GFI.“Plant-BasedMeatManufacturingCapacityandPathwaysforExpansion.”TheGoodFoodInstitute.Accessed2024.https://g?.org/resource/plant-based-meat-manufacturing-capacity-and-pathways-for-expansion/.?孚中國(guó)新蛋?資源分析報(bào)告2023帶素有??鷹嘴?的習(xí)慣。以?列初創(chuàng)公司Meat.TheE堡15。印度是菠蘿蜜的主要?產(chǎn)國(guó)之?，被認(rèn)為國(guó)18，?扇?蛋?質(zhì)含量達(dá)到36%，是良好的植物性Wrobel,Sharon.“IsraeliFoodTechStartupDebutsTexturizedChickpeaProtein‘Meat’Burger.”TheTimesofIsreal,April20,2023.https://www.timeso?/israeli-food-tech-startup-debuts-?rst-chickpea-based-meat-burger/.ChandrakanthReddy,I.,C.Prabakar,K.SitaDevi,T.Ponnarasi,andY.SheltonPeter.“AnEconomicAnalysisonJackfruitProductionandMarketinginCuddaloreDistrictOftamilnadu,India.”PlantArchives19(2019):2801?9.“India'sWakaoFoodsLaunchesBurgerPattyMadefromJackfruit&PeaProtein.”vegconomist,March14,2023./food-and-beverage/meat-and-?sh-alternatives/india-wakao-foods-burger-jackfruit/.“LupinProductionandTopProducingCountries.”Tridge.Accessed2024./intelligences/lupin-bean/production.Nicholas,Lorna.“WideOpenAgricultureEntersMulti-Billion-DollarPlant-BasedProteinMarket.”SmallCaps,May23,2020..au/wide-open-agriculture-enters-multi-billion-dollar-plant-based-protein-market/.“WOADevelopsLupinProteinThatCouldReplaceSoyacrossPlant-BasedSector-Vegconomist-TheVeganBusinessMagazine.”vegconomist,June1,2021./food-and-beverage/woa-develops-lupin-protein-that-could-replace-soy-across-plant-based-sector/.?孚中國(guó)新蛋?資源分析報(bào)告2023國(guó)家發(fā)改委公布的《“?四五”?物經(jīng)濟(jì)發(fā)展規(guī)劃》中已明確表?中國(guó)將通過發(fā)展未來?題提供了借鑒和啟迪。但2023年中國(guó)仍需進(jìn)?糧?1.62億噸(其中?部分?于油料和飼料)。中國(guó)為保障糧?安全障糧?等重要農(nóng)產(chǎn)品有效供給作為農(nóng)業(yè)現(xiàn)代化的?要任務(wù)。通過落實(shí)最嚴(yán)格的耕地保護(hù)制度，牢牢守資源拓展”和“加強(qiáng)國(guó)際糧?安全合作”等國(guó)家發(fā)展?向都為在中國(guó)推?新蛋?提供了良好在植物?加?中，質(zhì)構(gòu)化是?常重要的?步。這是因?yàn)橹参镏械牡?結(jié)構(gòu)往往是球狀的(如??的??球蛋?和β-伴上的?法包括紡絲法、3D打印法和利?微?物發(fā)酵產(chǎn)??物質(zhì)的?法?！?上?下”的?法包括冷凍、擠壓等。其科學(xué)院?品加?研究所王強(qiáng)團(tuán)隊(duì)在??分花?拉絲蛋?制備上取得了許多成果司、新素?、星期零等公司也陸續(xù)推出??分?jǐn)D壓McClements,DavidJulian,andLutzGrossmann.“TheScienceofPlant‐basedFoods:ConstructingNext‐generationMeat,Fish,Milk,andEggAnalogs.”ComprehensiveReviewsinFoodScienceandFoodSafety20,no.4(May30,2021):4049?4100./10.1111/1541-4337.12771.“Depth:InterpretationoftheDi?erencesbetweenPlant-BasedMeatProductsunderHighandLowMoistureExtrusionProcesses（深度:解讀?低?分?jǐn)D壓?藝下，植物??品的不同）.”ArrowMachinery.AccessedJanuary31,2024./news/shendujiedugaodishuifenjiyagongyixiazhiwuroushipindebutong/.JinchuangZhang,LiLiu,HongzhiLiu,AshtonYoon,SyedS.H.Rizvi,QiangWang*.Changesinconformationandqualityofvegetableproteinduringtexturizationprocessbyextrusion.CriticalReviewsinFoodScienceandNutrition,2019,59(20):3267-3280.doi:10.1080/10408398.2018.1487383）LeverChina.“SulianSuccessfullyDevelopedHighMoistureExtrusionEquipment,and‘ShanKeChuanQi’WillStartSellingaNewGenerationofPlant-BasedMeatnextMonth(素’下?將開售新?代植物?).”Lever,2020./?p=4638.QiangWang,LiLiu,JinchuangZhang,SongZhu,HongzhiLiu,AiminShi,HuiHu.AHigh-moisturetexturizedpeanutproteinandaPreparationMethodThereof.USpatent,15/791,845?孚中國(guó)新蛋?資源分析報(bào)告2023?孚中國(guó)新蛋?資源分析報(bào)告2023*概覽*農(nóng)作物分析的標(biāo)準(zhǔn)*篩選*綜合利?可?性*微?物分析的標(biāo)準(zhǔn)*篩選*綜合利?可?性*蛋?質(zhì)特性*數(shù)據(jù)來源?孚中國(guó)新蛋?資源分析報(bào)告2023新穎性尚未被?型原料商開法規(guī)有??歷史，*產(chǎn)量*副產(chǎn)品的開發(fā)程度*副產(chǎn)品(蛋?質(zhì)相關(guān))的?產(chǎn)規(guī)模*加?過程中有?型企業(yè)參與*政策?持:價(jià)值鏈開發(fā)的潛在動(dòng)因*廢棄物利?:殘?jiān)偭?餅、粕、渣、糠、外殼、顆粒等)中的蛋?質(zhì)含量(%)及相應(yīng)產(chǎn)量(噸)*價(jià)格預(yù)估*繁殖速率與蛋??產(chǎn)效率*蛋?質(zhì)含量及特定功能性成分*培養(yǎng):給料、培養(yǎng)中的困難以及繁殖率?孚中國(guó)新蛋?資源分析報(bào)告2023*產(chǎn)量*貿(mào)易逆差*新穎性?孚中國(guó)新蛋?資源分析報(bào)告2023*農(nóng)業(yè)種植?積、作物產(chǎn)量、中國(guó)產(chǎn)量與世界產(chǎn)量?值、種植區(qū)域*分銷:主要貿(mào)易形式、定價(jià)*供應(yīng)鏈:階段、加?能?和產(chǎn)能、關(guān)鍵參與者*貿(mào)易:進(jìn)出?量、價(jià)值*政策和影響趨勢(shì)*廢棄物利?:總殘留物(餅粉、殼、顆粒等)蛋?產(chǎn)量*價(jià)格:與??相?原作物或?蛋?副產(chǎn)品的售價(jià)等)蛋?含量噸噸?孚中國(guó)新蛋?資源分析報(bào)告2023于可能影響它們綜合利?可?性的關(guān)鍵特征。理想的?于蛋?質(zhì)?尾的附加參考?獻(xiàn)部分。進(jìn)??對(duì)?深?訪談的專家包括研究?員、?業(yè)協(xié)會(huì)、供應(yīng)鏈*概覽*推薦名單選析*油茶籽*?薯*??*茶葉*核桃*農(nóng)作物部分結(jié)果與討論?孚中國(guó)新蛋?資源分析報(bào)告2023nameEnglishname況持甜菜Sugarbeet145544551?薯Sweetpotato3554324542油茶籽Camelliaseed544544513葵花籽Sun?owerseed233354354??Foxtailmillet533522445棉花籽Cottonseed25444451614355537糜?Prosomillet5324222438烤煙Flue-curedtobacco23445321911334531板栗Chinesechestnut43132331?稞Highlandbarley532124112332232紅??Adzukibean51232222核桃Walnut332233215132221杏仁apricotkernel5214211?孚中國(guó)新蛋?資源分析報(bào)告2023?孚中國(guó)新蛋?資源分析報(bào)告2023費(fèi)，8.82%?作護(hù)膚品?產(chǎn)原料。油茶籽油約占中李雪,譚運(yùn)壽,?貴剛等.油茶籽油研究應(yīng)?進(jìn)展[J].中國(guó)糧油學(xué)報(bào),20劉翔.油茶籽粕酶解及其美拉德反應(yīng)產(chǎn)物?味?薯(學(xué)名:Dioscoreaesculenta)也稱為甜薯、?薯陳喜,陸建珍,汪翔等.中國(guó)?薯?產(chǎn)布局變遷及動(dòng)因分析[J].中國(guó)農(nóng)業(yè)資源與區(qū)劃,2022,43?孚中國(guó)新蛋?資源分析報(bào)告2023?薯加?中?集中在?東、河南、四川和湖北。這四個(gè)張靖杰,國(guó)鴿,李鵬?.薯類蛋?對(duì)?體健康的影響及?孚中國(guó)新蛋?資源分析報(bào)告2023劉敬科,張?宗,劉瑩瑩等.??蛋?組分分析研究[J].?品與機(jī)械,2014,30?孚中國(guó)新蛋?資源分析報(bào)告2023全國(guó)知名茶葉品牌包括湖南省茶業(yè)集團(tuán)股份有限公司、浙江華茗?孚中國(guó)新蛋?資源分析報(bào)告2023下途徑:*茶末還可以?于動(dòng)物飼料、卷煙和茶酒等產(chǎn)品的開發(fā)41,42,43,44。吳萍萍.茶渣、茶末對(duì)育肥豬?產(chǎn)性能及豬?品質(zhì)影響研究進(jìn)展[J].?江?學(xué)學(xué)報(bào)(?科版),王偉偉,陳琳,張建勇等.茶末的綜合利?研究進(jìn)展[J].?品研究與開發(fā),202龔舒蓓,林柃敏.茶渣的再利?研究進(jìn)展[J].飲料?業(yè),201?孚中國(guó)新蛋?資源分析報(bào)告2023王威威,昝麗霞,張?夷等.茶蛋?的提取?法及?物活性研究進(jìn)展[J].農(nóng)業(yè)技術(shù)與?孚中國(guó)新蛋?資源分析報(bào)告2023量的31.4%。核桃仁的蛋?質(zhì)含量為24%。核桃中含有?孚中國(guó)新蛋?資源分析報(bào)告2023云南、江西、四川和陜西四省的核桃種植?積占全國(guó)總?積的72%。(?西?寨飲品有限公司?寨核桃露、河北養(yǎng)元智匯飲品股份有限陳婷,巖蓉,任娟.核桃蛋?的發(fā)展現(xiàn)狀及前景探討[J].?品安全導(dǎo)刊,2018(18):125[2]豁銀強(qiáng),劉傳菊,聶榮祖等.核桃蛋?的組成、制備及特性研究進(jìn)展[J].中國(guó)糧油學(xué)報(bào),202楊曦.氧化環(huán)境中槲?素對(duì)核桃蛋?致敏性豁銀強(qiáng),劉傳菊,聶榮祖等.核桃蛋?的組成、制備及特性研究進(jìn)展[J].中國(guó)糧油學(xué)報(bào)張亭,杜倩,李勇.核桃的營(yíng)養(yǎng)成分及其保健功能的研究進(jìn)展[J].中國(guó)?物與營(yíng)養(yǎng),2018,2?孚中國(guó)新蛋?資源分析報(bào)告2023*本報(bào)告中分析的?部分農(nóng)作物中，其新型蛋?的??在中國(guó)都要經(jīng)過新?品原料的審批，都?臨著?孚中國(guó)新蛋?資源分析報(bào)告2023但是它們?cè)谔囟ǖ貐^(qū)有很強(qiáng)的優(yōu)勢(shì)。例如:*本報(bào)告在分析中主要考慮原作物的進(jìn)出?量，選擇了出?較多、不依賴進(jìn)?的物種，并沒有參考副?孚中國(guó)新蛋?資源分析報(bào)告2023————●——————?孚中國(guó)新蛋?資源分析報(bào)告2023*概覽*分類選析*霉菌*??菌*酵?*微藻*微?物部分總結(jié)?孚中國(guó)新蛋?資源分析報(bào)告2023從微?物來源獲得的蛋?質(zhì)稱為“單細(xì)胞蛋?(SCP)”，包括任何以?物質(zhì)或提取蛋?形式存在的蛋?質(zhì)5253。Quron公司成功商業(yè)化的微?物蛋??物質(zhì)Fusariumvenenatum)等霉菌55、釀酒酵?和巴斯德畢?酵?等酵?D.;Matassa,S.;Noor,E.;Shepon,A.;Milo,R.;Bar-Even,A.Photovoltaic-drivenmicrobialproteinproductioncanuselandandsunlightmoree?cientlythanconventionalcrops.Koukoumaki,DanaiIoanna,ErmintaTsouko,SeraphimPapanikolaou,ZachariasIoannou,PanagiotaDiamantopoulou,andDimitrisSarris.“RecentAdvancesintheProductionofSingleCellProteinfromRenewableResourcesandApplications.”CarbonResourcesConversion7,no.2(June2024):100195./10.1016/j.crcon.2023.07.004.Ritala,A.;H?kkinen,S.T.;Toivari,M.;Wiebe,M.G.SingleCellProtein—State-of-the-Art,IndustrialLandscapeandPatents2001?2016.Front.Microbiol.2017,8,2009.Trinci,AnthonyP.J.“Myco-Protein:ATwenty-YearOvernightSuccessStory.”MycologicalResearch96,no.1(January1992):1?13./10.1016/s0953-7562(09)80989-1.李德茂等/未來?品的低碳?物制造,?物?程學(xué)報(bào)ChineseJournalofBiotechnologyNov.25,2022,38(11):4311-4328?孚中國(guó)新蛋?資源分析報(bào)告2023*廉價(jià)且可再?的原料*通過細(xì)胞外途徑?產(chǎn)*質(zhì)地*毒性*?味*減緩?候變化*?蛋?質(zhì)含量*天然的?物活性成分*養(yǎng)殖技術(shù)壁壘*深?*?腥味—?短*廉價(jià)且可再?的原料*多樣的品種*消費(fèi)者接受度?*?味佳*所需資本較低*質(zhì)地*中國(guó)?個(gè)被批準(zhǔn)的單*???率*蛋?含量低*??速度慢*盈利能?低*苦味和異味?孚中國(guó)新蛋?資源分析報(bào)告2023?孚中國(guó)新蛋?資源分析報(bào)告20234.將單細(xì)胞蛋?最終加?成?品/飼料應(yīng)?的產(chǎn)品。Machado,Isabel,JoséA.Teixeira,andSusanaRodríguez-Couto.“Semi-Solid-StateFermentation:APromisingAlternativeforNeomycinProductionbytheActinomyceteStreptomycesFradiae.”JournalofBiotechnology165,no.3?4(June2013):195?200./10.1016/j.jbiotec.2013.03.015.Membrillo,Isabel,etal."E?ectofsubstrateparticlesizeandadditionalnitrogensourceonproductionoflignocellulolyticenzymesbyPleurotusostreatusstrains."BioresourceTechnology99.16(2008):7842-7847.Chuppa-Tostain,Graziella,etal."ProductionofAspergillusnigerbiomassonsugarcanedistillerywastewater:physiologicalaspectsandpotentialforbiodieselproduction."Fungalbiologyandbiotechnology5.1(2018):1-12.?孚中國(guó)新蛋?資源分析報(bào)告2023Venenatum)有?達(dá)60%的蛋?含量63。這些例?說明通過菌種選育可以得到更理想的蛋?含量和氨基酸組成。此Said,S.D.,etal."SinglecellproteinproductionbyalocalAspergillusnigerinsolidstatefermentationusingricestrawpulpascarbonsource:e?ectsoffermentationvariables."IOPConferenceSeries:MaterialsScienceandEngineering.Vol.543.No.1.IOPPublishing,2019.PedroF.SouzaFilho;RamkumarB.Nair;DanAndersson;PatrikR.Lennartsson;MohammadJ.Taherzadeh.Vegan-mycoproteinconcentratefrompea-processingindustrybyproductusingedible?lamentousfungi[J].FungalBiologyandBiotechnology,2018,Vol.5:5?孚中國(guó)新蛋?資源分析報(bào)告20236565AspergilusnigerH3突變菌株的纖維素酶產(chǎn)量更?。經(jīng)過A.nigerH3處理后，??殘?jiān)睦w維素降解率達(dá)到80.5%。同時(shí)，菌株的蛋?含量提?到了38%66。?曲霉(Aspergilusniger)的?產(chǎn)58。的?產(chǎn)58。同時(shí)?產(chǎn)出了富含蛋?質(zhì)的?物質(zhì)69。?根霉（Rhizopusoryzae）Dong,Zixing,ShuangshuangYang,andByongH.Lee."BioinformaticmappingofamorepreciseAspergillusnigerdegradome."Scienti?creports11.1(2021):693.Singh,Ajay,etal."SinglecellproteinproductionbyAspergillusnigeranditsevaluation."Zentralblattfürmikrobiologie146.3(1991):181-184.Liu,Bingnan,etal."Productionofsingle-cellproteinwithtwo-stepfermentationfortreatmentofpotatostarchprocessingwaste."Cellulose21(2014):3637-3645.趙華,王雪濤,湯加勇,等.?曲霉固態(tài)發(fā)酵?薯渣條件優(yōu)化及發(fā)酵對(duì)?薯渣營(yíng)養(yǎng)品質(zhì)的影響[J].四川農(nóng)業(yè)?學(xué)學(xué)報(bào),2015(1):51-56.DOI:10.16036/j.issn.1000-2650.2015.01.009.Ravindra,P."Value-addedfood::Singlecellprotein."Biotechnologyadvances18.6(2000):459-479.Sar,Taner,JorgeA.Ferreira,andMohammadJ.Taherzadeh."BioprocessingstrategiestoincreasetheproteinfractionofRhizopusoryzaebiomassusing?shindustrysidestreams."WasteManagement113(2020):261-2?孚中國(guó)新蛋?資源分析報(bào)告2023靈活多樣的選擇和對(duì)?地資源需求低是培育??菌進(jìn)?蛋?質(zhì)?產(chǎn)的主要優(yōu)勢(shì)。許多被默認(rèn)為擁有“傳統(tǒng)??習(xí)慣”。因此，如果不提取蛋?的話，它們?需獲取中國(guó)國(guó)家衛(wèi)?健康委員會(huì)的“新?品原料”批準(zhǔn)。Wang,Meiqi,andRuilinZhao.“AReviewonNutritionalAdvantagesofEdibleMushroomsandItsIndustrializationDevelopmentSituationinProteinMeatAnalogues.”JournalofFutureFoods3,no.1(March2023):1?7./10.1016/j.jfutfo.2022.09.001.顏孫安,林?信,李,巍,林,虬,姚清華.閩產(chǎn)??菌的氨基酸組成特征及其營(yíng)養(yǎng)評(píng)價(jià)[J].?品安全質(zhì)量檢測(cè)學(xué)報(bào),2021,12(19):7723-7731.?孚中國(guó)新蛋?資源分析報(bào)告2023LentinulaedodesAuriculariaauriculaPleurotusostreatusAuriculariapolytrichaFlammulinavelutipeAgaricusbisporusPleurotuseryngiCyclocybeaegeritaPleurotusgeesteraniPholiotamicrospora鴻禧菇/HypsizygustesulatusTremelafuciformisPleurotuspulmonarius?孚中國(guó)新蛋?資源分析報(bào)告2023StrophariarugosoannulataN/AHericiumerinaceusN/AMorchelaesculentaN/ABoletusedulisN/A3.“限制性氨基酸”?詞?來描述?物蛋?質(zhì)中相對(duì)不?以滿??體需要的必需氨基酸。由于這些氨基酸的不?，會(huì)在?定程度上限制其他4.“N/A”表?未在?獻(xiàn)查閱中發(fā)現(xiàn)相關(guān)信息。JoodS,KapoorAC,SinghR.Aminoacidcompositionandchemicalevaluationofproteinqualityofcerealsasa?ectedbyinsectinfestation.PlantFoodsHumNutr.1995Sep;48(2):159-67.?孚中國(guó)新蛋?資源分析報(bào)告2023菌絲體也被?于?產(chǎn)各種包裝材料、家具材料、建筑材料以及合成??材料。?頭企業(yè)有上海雪榕?物科技股份有限公司、上海豐科?物科技股份有限公司、天?眾興菌楊?建,王柳清,胡秋輝.我國(guó)??菌加?新技術(shù)與產(chǎn)品創(chuàng)新發(fā)展現(xiàn)狀.?唐?華,胡斌,李雪玲等.?藥?菌菌絲體應(yīng)?研究進(jìn)展[J].??菌學(xué)報(bào),20李婉瑩,?磊,吳芳等.中國(guó)蘑菇類?藥?菌近10年馴化栽培研究進(jìn)展,唐艷儀,周玥琳,揭紅東等.不同培養(yǎng)料對(duì)平菇產(chǎn)量及品質(zhì)的影響?孚中國(guó)新蛋?資源分析報(bào)告2023?繼永.??菌??能源管理的思考[J].?藥?菌,2023,3?孚中國(guó)新蛋?資源分析報(bào)告2023對(duì)常???菌的描述?下?案例分析。松茸和?肝菌以其美味和濃郁的味道?聞名；71。*除了含有鮮味肽外，??菌中還富含濃?肽，能夠增強(qiáng)其Jiang,Chunping,etal."Areviewontheediblemushroomasasourceofspecial?avor:Flavorcategories,in?uencingfactors,andchallenges."FoodFrontiers(2023).Fang,Donglu,etal."Micro?oraandumamialterationsofdi?erentpackagingmaterialpreservedmushroom(Flammulina?liformis)duringcoldstorage."FoodResearchInternational羅曉莉,張沙沙,曹晶晶,張微思.云南3種?質(zhì)??菌營(yíng)養(yǎng)成分分析與蛋?質(zhì)營(yíng)養(yǎng)價(jià)值評(píng)價(jià)[J].?品?業(yè)科技,2021,42(14):328-333.ZhangY,VenkitasamyC,etal.Recentdevelopmentsonumamiingredientsofediblemushrooms-Areview[J].TrendsinFoodScienceandTechnology,2013,33(2):78-92.?孚中國(guó)新蛋?資源分析報(bào)告2023質(zhì)地:??菌天然的嚼勁性質(zhì)地使它們?常適合作為植物?的原料。??菌富含膳?纖維，有助于改善產(chǎn)品質(zhì)Andres-Hernando,Ana,etal."Umami-inducedobesityandmetabolicsyndromeismediatedbynucleotidedegradationanduricacidgeneration."Naturemetabolism3.9(2021):Das,A.K.,Nanda,P.K.,Dandapat,P.,Bandyopadhyay,S.,Gullón,P.,Sivaraman,G.K.,McCleingredientsfordevelopmentofhealthierandmoresustainablemusclefoods:A?exitarianapproach.Molecules,26,2463./10.3390/molecules26092463P.,Sharma,B.,Kumar,R.,&Kumar,A.(2012).Optimizationofthelevelofwheatgluteninanaloguemeatnuggets.IndianJournalofVeterinaryResearch(The),21(1),54?59.White,Julian,ScottA.Weinstein,LucDeHaro,RegisBédry,AndreasSchaper,BarryH.Rumack,andThomasZilker.“MushroomPoisoning:AProposedNewClinicalClassi?cation.”Toxicon157(January2019):53?65./10.1016/j.toxicon.2018.11.007.He,Mao-Qiang,etal."Potentialbene?tsandharms:Areviewofpoisonousmushroomsintheworld."FungalBiologyReviews42(2022):56-68.?孚中國(guó)新蛋?資源分析報(bào)告2023*細(xì)胞毒性蘑菇此類蘑菇主要攻擊肝臟和腎臟，含有會(huì)導(dǎo)致肝腎損傷的鵝膏蕈堿、氨基??烯酸和奧?等毒素(amanitin,aminohexadienoicacid,andorellanine)94。奧?毒素為絲膜菌屬真菌，是腎臟毒劑，在攝?后1-2周內(nèi)會(huì)*神經(jīng)毒性蘑菇傘菌?種92，會(huì)產(chǎn)出裸蓋菇素、蕈毒堿和異惡唑等毒素(psilocybins,muscarines,andisoxazoles)。?些盤*肌?毒性(橫紋肌溶解)蘑菇蘑和棕灰?蘑。如亞稀褶?菇中的紅菇素和環(huán)丙-2-烯羥酸(russuphelinsandcycloprop-2-enecarboxylicacid)，以及油?蘑中的皂苷內(nèi)酯(saponaceolide)等毒性物質(zhì)已經(jīng)被報(bào)道為毒劑。*代謝/內(nèi)分泌紊亂及相關(guān)毒性的蘑菇在??蘑菇后飲?酒精引發(fā)的雙硫侖反應(yīng)。相關(guān)物種主要屬于?傘屬Karlson-Stiber,Christine,andHansPersson.“CytotoxicFungi—anOverview.”Toxicon42,no.4(September2003):339?49./10.1016/s0041-0101(03)00238-1.?孚中國(guó)新蛋?資源分析報(bào)告2023基酸?例超過66%，超過了冬?夏草、枸杞、?斛和?參等傳統(tǒng)中藥材。腺苷:腺苷能為??管系統(tǒng)、代謝調(diào)節(jié)、抗腫瘤以及?臟病和?絞痛的管理提供各種益處70。益?元:菌菇中發(fā)現(xiàn)的益?元可以獨(dú)?作?于消化刺激腸道蠕動(dòng)。此外，某些菌菇多糖可以被?孚中國(guó)新蛋?資源分析報(bào)告2023(Lentinulaedodes)(Agaricusbisporus)（Pleurotusgeesterani）(Pleurotuseryngi)氨基酸評(píng)分77.45蛋?質(zhì)含量蛋?質(zhì)含量10-20%25-40%菌絲??速率0.3-0.45cm/d0.22cm/d1.19-1.22cm/d970.56-1.2cm/d98?菇多糖(Lentinan)，降低?體具有抗癌、降?脂、降素(ghrelin)有控制饑餓感Wei,Junhui,YuanXue,LiFeng,RuoxiZhang,XiaojingWang,HongjieLei,andHuaideXu.“PhysicochemicalandFunctionalPropertiesofPleurotusEryngiiProteinIsolateandAlbumin.”FoodScience39,no.18(2018):54?60./10.7506/spkx1002-6630-201818009.陳國(guó)?,秦延春,盧??等.不同培養(yǎng)料對(duì)秀珍菇??發(fā)育及主要營(yíng)養(yǎng)成分的影響[J].??菌2018,40(06):33-34+49.?星星,李素玲,許晶等.栽培基質(zhì)對(duì)杏鮑菇菌絲??和?實(shí)體產(chǎn)量的影響[J].?西農(nóng)業(yè)科學(xué)201543(11孫恬;姚松君;劉鳳松;?真;張楠;敬璞.我國(guó)四?產(chǎn)區(qū)?菇的營(yíng)養(yǎng)成分?較.ModernFoodScience&Technology,2021,Vol37,Issue12,p9710.13982/j.mfst.1673-9078.2021.12.0146Kleftaki,Stamatia-Angeliki,StamatiaSimati,CharalampiaAmerikanou,AristeaGioxari,CharaTzavara,GeorgiosI.Zervakis,NickKalogeropoulos,AlexanderKokkinos,andAndrianaC.Kaliora.“PleurotusEryngiiImprovesPostprandialGlycaemia,HungerandFullnessPerception,andEnhancesGhrelinSuppressioninPeoplewithMetabolicallyUnhealthyObesity.”PharmacologicalResearch175(January2022):105979./10.1016/j.phrs.2021.105979.?孚中國(guó)新蛋?資源分析報(bào)告2023(Hypsizygustesulatus)(Morchelaesculenta)(Cyclocybeaegerita)(Hericiumerinaceus)?物活性成分:多糖、甾孫丹丹,和煥?,王剛等.不同品系真姬菇?實(shí)體營(yíng)養(yǎng)成分和活性成分?較[J].?品研究與開發(fā),2019,?孚中國(guó)新蛋?資源分析報(bào)告2023?孚中國(guó)新蛋?資源分析報(bào)告2023圓酵?(Candidautilis)制作的湯類產(chǎn)品。釀酒業(yè)的副產(chǎn)品圓酵?和釀酒酵?都是常?的膳?補(bǔ)系統(tǒng)是釀酒酵?(Sacharomycescerevisiae)，其次是畢?酵?(Komagataelapastoris)。中國(guó)“新?品原料”的批準(zhǔn)。所需的蛋?質(zhì)。這項(xiàng)技術(shù)在?物技術(shù)領(lǐng)域已經(jīng)使?了??年。它以前被稱為“重組蛋??產(chǎn)”，多?于疫苗和藥物，例如胰島素107。著名案例ImpossibleBurger中的???紅蛋?就是由酵?精密發(fā)酵制Ukaegbu-Obi,K.M.SingleCellProtein:AResorttoGlobalProteinChallengeandWasteManagement.J.Microbiol.Microb.Technol.2016,1,5.劉宇?,曹穎,常?業(yè)等.畢?酵?細(xì)胞???程化改造與應(yīng)?[J/OL].?物?程學(xué)報(bào):1-20[2023-08-01].“2022年中國(guó)酵??業(yè)分析，?業(yè)仍有較?需求空間.”華經(jīng)情報(bào)?-華經(jīng)產(chǎn)業(yè)研究院-專注?中華區(qū)產(chǎn)業(yè)經(jīng)濟(jì)情報(bào)與研究.AccessedApril8,2024./channel/trend/846620.html.WoodP,ThorrezL,HocquetteJF,TroyD,GagaouaM."Cellularagriculture":currentgapsbetweenfactsandclaimsregarding"cell-basedmeat".AnimFront.2023Apr15;13(2):68-74.doi:10.1093/af/vfac092.PMID:37073Whatissoyleghemoglobin,orheme??impossiblefoods.AccessedMarch15,2024./hc/en-us/articles/360019100553-What-is-soy-leghemoglobin-or-heme-.?孚中國(guó)新蛋?資源分析報(bào)告2023酵?發(fā)酵還需要各種必需營(yíng)養(yǎng)素、礦物質(zhì)和維?素。?產(chǎn)過程中達(dá)的?泛研究為?物質(zhì)發(fā)酵與精密發(fā)酵的結(jié)合鋪平了道路。?孚中國(guó)新蛋?資源分析報(bào)告2023品、功能化妝品、藥物、?物能源、廢?廢?凈化甚??品及?命?持系統(tǒng)(Lifesupport螺旋藻、鹽?杜?藻、湖泊紅球藻(原名??紅球藻)、蛋?核?球Algatech和澳?利亞的TAAUAustralia等外國(guó)企業(yè)。國(guó)內(nèi)的領(lǐng)頭企業(yè)有云南綠A?物?程有限公司、福清市新?要?產(chǎn)國(guó)。這些螺旋藻??主要?產(chǎn)螺旋藻粉并出?到?本、西M.L.Amorim,J.Soares,J.S.dosR.Coimbra,M.deO.Leite,L.F.T.Albino,M.A.Martins.Microalgaeproteins:production,separation,isolation,quanti?cation,andapplicationinfoodandfeed.Crit.Rev.FoodSci.Nutr.,61(2021),pp.1呂旭,孫仁旺,張紅兵.微藻規(guī)?；囵B(yǎng)技術(shù)研究進(jìn)展[J].應(yīng)?化?,2019,48(06):1487-1??正,葛保勝,向?洲等.?物技術(shù)研究引領(lǐng)中國(guó)微藻產(chǎn)業(yè)發(fā)展的六?年:回顧與展望[J].中國(guó)科學(xué):?命科學(xué),2021,51(01):26-39.陳峰,楊帥伶,劉賓.微藻蛋?質(zhì)及其在?品中的應(yīng)?研究進(jìn)展[J].中國(guó)?品學(xué)報(bào),2?孚中國(guó)新蛋?資源分析報(bào)告2023ArthrospiraplatensisArthrospiramaximaAuxenochlorelapyrenoidosaDunalialasalinaChlamydomonasreinhardtiEuglenagracilisHaematococuslacustris(maybemistakenlyconfusedwithH.pluvialis)NannochloropsispgaditanaSchizochytriumUlkeniaNostocsphaeroidesCrypthecodiniumcohni?孚中國(guó)新蛋?資源分析報(bào)告2023李雄,王偉良,?建科.微藻規(guī)?；囵B(yǎng)技術(shù)研究進(jìn)展及產(chǎn)業(yè)化概況[J].?物產(chǎn)業(yè)技術(shù),2016(03):7-13.于殿江,施定基,何培?等.微藻規(guī)?；囵B(yǎng)研究進(jìn)展[J].微?物學(xué)報(bào),2021,61(02):333-345.WUZ，SHIX.Optimizationforhigh-densitycultivationofheterotrophicChlorellabasedonahybridneuralnetworkmodel[J].LettersinAppliedMicrobiology,2010,44(1):13-18.ZHANGZ，SUND，WUT，etal.ThesynergisticenergyandcarbonmetabolismundermixotrophiccultivationrevealsthecoordinationbetweenphotosynthesisandaerobicrespirationinChlorellazo?ngiensis[J].AlgalResearch，2017,25:109-116.閆新璐,劉倩倩,侯慶安等.微藻的功能特性及其在?品中的應(yīng)?研究進(jìn)展[J/OL].?品?業(yè)科技:1-13唐佳芮,杜宣利,張?霄等.微藻油加?技術(shù)研究進(jìn)展[J].糧?與?品?業(yè),2019,26(01):10-12.Amorim,MatheusLopes,JimmySoares,JaneSéliaCoimbra,MauriciodeLeite,LuizFernandoAlbino,andMarcioArêdesMartins.“MicroalgaeProteins:Production,Separation,Isolation,Quanti?cation,andApplicationinFoodandFeed.”CriticalReviewsinFoodScienceandNutrition61,no.12(May28,2020):1976?2002./10.1080/10408398.2020.1768046.Law,S.Q.K.,S.Mettu,M.Ashokkumar,P.J.Scales,andG.J.O.Martin.2018.Emulsifyingpropertiesofrupturedmicroalgaecells:Barrierstolipidextractionorpromisingbiosurfactants?ColloidsandSurfaces.B,Biointerfaces170:438?46.doi:10.1016/j.colsurfb.2018.06.047.GROSSMANNL，HINRICHSJ，WEISSJ.Cultivationanddownstreamprocessingofmicroalgaeandcyanobacteriatogenerateprotein-basedtechnofunctionalfoodingredients[J].CriticalReviewsinFoodScience&Nutrition，2020，60（17）:2961-2989.?孚中國(guó)新蛋?資源分析報(bào)告2023CamachoF.,MacedoA.,MalcataF.PotentialIndustrialApplicationsandCommercializationofMicroalgaeintheFunctionalFoodandFeedIndustries:AShortReview.Mar.Drugs.2019;17:312.doi:10.3390/md17060312.NiccolaiA.,VenturiM.,GalliV.,PiniN.,Rodol?L.,BiondiN.,D’OttavioM.,BatistaP.A.,RaymundoA.,GranchiL.,etal.DevelopmentofNewMicroalgae-BasedSourdough“Crostini”:FunctionalE?ectsofArthrospiraplatensis(Spirulina)Addition.Sci.Rep.2019;9:1?12.doi:10.1038/s41598-019-55840-1.SantiDelia,Antonino,GabriellaCaruso,LuciaMelcarne,GiorgiaCaruso,SalvatoreParisi,andPasqua