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当前位置:首页 > 商业/管理/HR > 项目/工程管理 > 金藜麦耐盐性分析及营养评价-姜奇彦
2015164700-707JournalofPlantGeneticResourcesDOI10.13430/j.cnki.jpgr.2015.04.0042014-12-082014-13-232015-06-11URLhttp//.cnki.net/kcms/detail/11.4996.S.20150611.0946.011.html2014-Z52007FY110500/2005DKA21001。E-mailjiangqiyan@caas.cn。E-mailzhanghui06@caas.cn100081ChenopodiumquinoaWilld.。14.2%、、、B、E、、、、190.16mg/100g353.58g/100g0.44g/100gE7.66mg/100g。。SaltToleranceAnalysisandNutritionalEvaluationofGoldenQuinoaChenopodiumquinoaWilld.JIANGQi-yanNIUFeng-juanHUZhengZHANGHuiInstituteofCropSciencesChineseAcademyofAgriculturalSciencesBeijing100081AbstractGoldenquinoacollectedfromChinacoastareawasevaluatedwithitsnutritionalqualityandsalttoleranceabilityinthisstudy.Theresultsshowedthattheseedsofgoldenquinoawereconsideredasanutritionallycompletefoodwithhighproteincontent14.2%andanoutstandingcompositionofessentialaminoacids.Theproteinqualityofgoldenquinoaseedswasfarsuperiortothatofmilkandsomecommoncrops.TheseedswererichinvitaminsBEandseveralmineralsincludingCa2+Mn2+Fe3+Cu2+andZn2+.TheCa2+contentofgoldenquinoawas190.16mg/100g35foldhigherthanthatofmillet.Moreovertheyprovidedavaluablesourceofcarbo-hydratesandessentialfattyacids.Thecontentoflinoleicacidandlinolenicacidwere3.58g/100gand0.44g/100g.Theseresultsshowedthatthegoldenquinoaowedtheexcellentnutritionalqualityandnaturallyhightolerancetosaltstresswhichprovidingtheexcellentgermplasmresourcesforquinoastudyandplanting.Keywordsgoldenquinoasalttolerancephysicalandchemicalcompositionnutritionalevaluation1%Chenopodi-umquinoaWilld.1。goldenqui-noa。11981《》23、4、5、6、7、8。9-10。。L.R.Gómez-Pando111821525dS/m460%。Kancolla57dS/m75%12。Y.Hari-adi13400mmol/LNaCl。Robura、SajamaRobura100mmol/LNaCl14。150mmol/LNaCl300mmol/LNaCl15。。13.8%~16.5%16。K.H.Wright1714.8%15.7%。FAO16。16。18。D-D-fruc-toseglycemicindex。、、、16。19。10α-5.3mg/100gγ-2.6mg/100g19。。“”QuinoaAmultipurposecropforEC'sagriculturaldi-versification20-21。NASA'sControlledEcologicalLifeSupportSystem22。silenthunger23。67“2013”。、24。202-8。258。。11.11%20121006Q1。。1.21.2.1143100。9cm。1.5%、2%、2.5%、3%NaCl5mL25℃4d。5mL25℃4d。26-27。%=CK1+CK2+CK3/3×100-T1+T2+T3/3×100CK1+CK2+CK3/3×100×100CK1、CK2、CK3Ⅰ、Ⅱ、Ⅲ。T1、T2、T3Ⅰ、Ⅱ、Ⅲ。14350。∶=1∶10.6%12dS/m、0.8%15dS/m、1.0%18dS/m、1.2%21dS/mNaCl10d。1.2.2GB5009.5—2010GB/T5009.6—2003GB/Z21922—2008GB/T5009.88—2008GB5009.4—2010GB5009.3—2010GB/Z21922—2008。107161.2.3L-8900GB/T5009.124—2003。4.2molNaOH6molHCl。1.2.4WHO/FAO/UNUEAARAAratioofaminoacidRCratiocoefficientofaminoacidSRCscoreofRC28。RAA=mg/gWHO/FAOmg/g1RAAAASami-noacidscore。RC=RAARAA2SRC=100-CV×1003CVRCCV=/。SRC。RCFLAAfirstlimitingaminoacid。1.2.5、、、、、、、。、GB/Z5009.91—2003、、GB/Z5009.90—2003GB/Z5009.92—2003GB/Z5009.14—2003GB/Z5009.13—2003。1.2.6EGB/T5009.82—2003B1GB5009.84—2003B2GB/T5009.85—2003。1.2.7GB/T22223—2008GC-2010。22.12~3mm1。25℃4h1。2013-20141000m27~10d114d116.2~153.2cm30.1~42.7cm10.7~15.3cm1.3~2.2cm8.4~12.72.0~2.9g2625~3720kg/hm2。1Fig.1Goldenquinoaseedsandseedgermination2Fig.2Thedifferentgrowingstagesofgoldenquinoa20743。1.5%、2%、2.5%3%NaCl81%、55%、45%、16%、3%97%1.5%53%2%100%44.4%1。0.6%、0.8%、1.0%、1.2%NaCl10d21.4cm1.2%10d3.9cm1.2%4。3Fig.3Evaluationofsalttoleranceofgoldenquinoaatthegerminationstage1Table1ThegerminationrateandrelativesaltinjuryrateofgoldenquinoaundersaltstressMaterialTraitNaCl%NaClconcentration01.522.53%815545163%-32.144.480.296.3%9753000%-45.41001001004Fig.4PlantheightofgoldenquinoaandwheatChadianhongunderdifferentsaltstress2.22018。1812.31g/100g18。14.2g/100gFAO/WHO/UNU29-32mg/g2。1、2、3FAO/WHO/UNU200729-328RAA、RC、SRC3、4。SRC100。SRC>>>>>>>。SRC77.3273.16SRC2mg/gTable2Contentsoftheessentialaminoacidinthedifferentmaterialsmg/gproteinMaterialHisILELeuLysMet+CysPhe+TyrThrTrpValGoldenquinoa26.4134.5163.7354.9340.8560.9234.156.3443.66Milk3333.0045.0094.0090.0033.00104.0041.0016.0052.00Kidneybean3432.9832.4260.4355.4229.0480.7734.487.4542.66WheatLandrace3521.0034.0069.0026.0024.0069.0034.0011.0043.00Wheatflour3620.5730.1463.4720.5429.9773.5123.9610.6332.91Rice3712.0220.7743.7218.5836.0744.8119.6710.9331.89Blacksweetcorn3829.4135.29124.7152.9427.06102.3537.6520.0056.47Prosomillef3919.6232.71110.3813.0821.2673.5930.2510.6341.703071670。、、3、、。FAO/WHO/UNU2007、2~5、/3~1029-328SRCSRC7SRC4。3RAARCTable3ComparisonofRAAandRCamongdifferentmaterialsMaterialsItemHisILELeuLysMet+CysPhe+TyrThrTrpValGoldenquinoaRAARC1.761.281.150.841.080.791.220.891.861.351.601.171.481.081.060.77*1.120.82MilkRAARC2.201.141.500.78*1.590.832.001.041.500.782.741.421.780.932.671.391.330.69KidneybeanRAARC2.201.541.080.761.020.72*1.230.861.320.932.131.491.501.051.240.871.090.77WheatLandraceRAARC1.401.091.130.881.170.910.580.45*1.090.851.821.411.481.151.831.421.100.86WheatflourRAARC1.371.141.000.831.080.890.460.38*1.361.131.931.601.040.861.771.470.840.70RiceRAARC0.800.800.690.700.740.740.410.41*1.641.651.181.180.860.861.821.830.820.82BlacksweetcornRAARC1.961.051.180.632.111.131.180.63*1.230.662.691.451.640.883.331.791.450.78ProsomilletRAARC1.311.011.090.841.871.450.290.23*0.970.751.941.501.321.021.771.371070.83**meansthefirstlimitaminoacid4SRCTable4SRCofthedifferentmaterialsMaterialsInfants2~5Preschoolchild2-5y/3~10Sch
本文标题:金藜麦耐盐性分析及营养评价-姜奇彦
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