[Igama lesiLatini] Sophora Japonica L

[Umthombo weZityalo] ovela eTshayina

[Iinkcukacha] 90%-99%

[Imbonakalo] Umgubo wekristale otyheli

Inxalenye yesityalo esetyenzisiweyo:Bud

[Ubungakanani besuntswana] 80 Mesh

[Ilahleko ekomisweni] ≤12.0%

[Intsimbi enzima] ≤10PPM

[Ugcino] Gcina kwindawo epholileyo neyomileyo, gcina kude nokukhanya okuthe ngqo kunye nobushushu.

[Ubomi beShelufu] Iinyanga ezingama-24

[Ipakethi] Ipakishwe ngamadubhu ephepha kunye neengxowa ezimbini zeplastiki ngaphakathi.

[Ubunzima obukhoyo] 25kgs/igubu

Intshayelelo emfutshane

I-Quercetin yi-pigment yesityalo (i-flavonoid). Ifumaneka kwizityalo ezininzi kunye nokutya, njengewayini ebomvu, itswele, itiye eluhlaza, ii-apile, amajikijolo, iGinkgo biloba, iSt. John's wort, umdala waseMelika kunye nabanye. Iti ye-Buckwheat inomlinganiselo omkhulu we-quercetin. Abantu basebenzisa iquercetin njengeyeza.

I-Quercetin isetyenziselwa ukunyanga iimeko zentliziyo kunye nemithambo yegazi kuquka "ukuqina kwemithambo yegazi" (i-atherosclerosis), i-cholesterol ephezulu, isifo senhliziyo, kunye neengxaki zokujikeleza. Ikwasetyenziselwa isifo seswekile, urhatyazo, ihay fever, peptic ulcer, schizophrenia, ukudumba, isifuba, igawuthi, usulelo lwentsholongwane, isifo esingapheliyo sokudinwa (CFS), ukuthintela umhlaza, kunye nokunyanga izifo ezingapheliyo zeprotate. I-Quercetin isetyenziselwa ukwandisa ukunyamezela kunye nokuphucula ukusebenza kwezemidlalo.

Umsebenzi ongundoqo

I-1.I-Quercetin inokukhupha i-phlegm kwaye ibambe ukukhwehlela, ingasetyenziselwa njenge-anti-asthmatic.

2. I-Quercetin inomsebenzi we-anticancer, inqanda umsebenzi we-PI3-kinase kwaye inqanda kancane umsebenzi we-PIP Kinase, inciphisa ukukhula kweseli yomhlaza ngokusebenzisa uhlobo lwe-II ye-estrogen receptors.

I-3.I-Quercetin inokuthintela ukukhululwa kwe-histamine kwii-basophils kunye neeseli ze-mast.

4. I-Quercetin inokulawula ukusasazeka kweentsholongwane ezithile emzimbeni.

I-5, i-Quercetin inokunceda ukunciphisa ukutshatyalaliswa kwezicubu.

6.I-Quercetin inokuba luncedo kunyango lwe-dysentery, gout, kunye ne-psoriasis

Ukubonakaliswa kwe-DNA yokuPhendula komonakalo nge-Cell Tracking Algorithms kunye ne-Cell features Classification usebenzisa i-High-Content Time-Lapse Analysis. UWalter Georgescu et al (2015), PLoS ONE https://dx.doi.org/10.1371/journal.pone.0129438

Ngokwesiko, i-kinetics yokulungiswa kwe-DNA iqikelelwe kusetyenziswa i-immunocytochemistry ngokubhala iiprotheyini ezibandakanyekayo kwimpendulo yomonakalo we-DNA (DDR) kunye namanqaku e-fluorescent kwi-cell assay esisigxina. Nangona kunjalo, ulwazi oluthe kratya lwe-DDR dynamics kwizizukulwana ezininzi zeeseli alunakufumaneka kusetyenziswa inani eliqingqiweyo lamanqaku exesha elimisiweyo. Apha sinikela ingxelo nge-dynamics ye-53BP1 i-radiation induced foci (RIF) kwizizukulwana ezininzi zeeseli zisebenzisa i-imaging yeseli ephilayo yeeseli ze-mammary epithelial ezingenabungozi (MCF10A) ezibonisa i-histone H2B-GFP kunye ne-DNA yokulungisa iprotheni 53BP1-mCherry. Ukusebenzisa ukutsalwa okuzenzekelayo kweempawu zokucinga ze-RIF kunye nobuchule beprogram ye-linear, siye sakwazi ukubonisa iinkcukacha ze-RIF kinetics kwiiyure ezingama-24 ngaphambi kunye neeyure ezingama-24 emva kokuvezwa kwidosi ephantsi kunye ephezulu ye-ionizing radiation. Uhlalutyo oluphezulu kumgangatho weseli enye ngaphezu kwamakhulu eeseli zisivumela ukuba sichaze ngokuchanekileyo ukuxhomekeka kwedosi ye-53BP1 yokuvelisa iprotheni, i-RIF yendawo yenyukliya kunye ne-RIF yokuhamba emva kokuvezwa kwi-X-ray. Ngokusebenzisa ubuchule bokubhalisa obunwebekayo obusekwe kwipatheni yenyukliya yeeseli zomntu ngamnye, sinokuchaza intshukumo ye-RIF nganye ngokuchanekileyo ngaphakathi kwinucleus. Sibonisa ukuba ukulungiswa kwe-DNA kwenzeka kwinani elilinganiselweyo lemimandla emikhulu, ngaphakathi apho ii-RIF ezininzi ezincinci zenza, zidibanise kunye / okanye zisombulule ngokunyuka okungahleliweyo ngokulandela umthetho oqhelekileyo wokusabalalisa. Ukwenziwa kwefoci enkulu kuboniswa ukuba kwenzeka ikakhulu ngokudityaniswa kwe-RIF encinci kunokukhula kokugxila komntu ngamnye. Siqikelela ubungakanani bommandla wokulungisa we-7.5 ukuya kwi-11 µm2 kunye nenani eliphezulu le-~15 yemimandla kwi-MCF10A nganye kwiseli. Lo msebenzi uphinda ubonise i-DDR echanekileyo kwiidosi ezinkulu kune-1 Gy ezifana nokunyuka kweprotheyini ye-53BP1 ngokukhawuleza kwi-nucleus kunye ne-foci diffusion rates ekhawuleza kakhulu kunokunyakaza kwe-foci ngokuzenzekelayo. Sicinga ukuba ukudibanisa kwe-RIF kubonisa inkqubo yokulungiswa kwe-DNA "egxininisiweyo" ethathwe ngaphandle kweemeko ze-physiological xa i-DSB eninzi isenzeka kanye. Iidosi eziphezulu zemitha ye-ionizing zikhokelela ekudibaneni kwe-RIF kwimida yokulungisa nto leyo eyandisa ukusondela kwe-DSB kunye nokulungiswa kakubi. Oko kufunyanisiweyo ke ngoko kunokubaluleka ekuchazeni ukuxhomekeka kwethamo le-supralinear kuhlengahlengiso lwe-chromosomal kunye nokufa kweeseli kulinganiswe emva kokuvezwa kwimitha ye-ionizing.

Iindonga zeeseli ze-microalgae zenziwe nge-polysaccharide alginate enokuthi ifudunyezwe kwaye icinezele ukwenza iplastiki ephezulu, ekwazi ukubola. Nantsi eminye imizekelo yeemveliso ezenziwe kulo mbandela.