[Magaca Laatiinka] Sophora Japonica L

[Isha dhirta] ee Shiinaha

[Qeexitaannada] 90%-99%

[Muuqaalka] Budada crystalline jaalaha ah

Qaybta Dhirta ee la Isticmaalay:Bud

[Qaybta qaybta] 80 Mesh

[Khasaare xagga qalajinta] ≤12.0%

[Bir culus] ≤10PPM

[Kaydinta] Ku kaydi meel qabow & qalalan, ka fogow iftiinka tooska ah iyo kulaylka.

[Nolosha shelf] 24 bilood

[ Xidhmada] Ka buuxaan durbaanno waraaqo ah iyo laba bac oo gudaha ah.

[Miisaanka saafiga ah] 25kgs/durbaan

Hordhac Kooban

Quercetin waa midabka dhirta (flavonoids). Waxaa laga helaa dhir badan iyo cuntooyin, sida khamriga cas, basasha, shaaha cagaaran, tufaax, berry, Ginkgo biloba, St. John's wort, oday Maraykan ah, iyo kuwo kale. Shaaha buckwheat wuxuu leeyahay qadar badan oo ah quercetin. Dadku waxay dawo ahaan u isticmaalaan quercetin.

Quercetin waxaa loo isticmaalaa daawaynta xaaladaha wadnaha iyo xididdada dhiigga oo ay ku jiraan " adkaanta halbowlayaasha" (atherosclerosis), kolestaroolka sare, cudurada wadnaha, iyo dhibaatooyinka wareegga. Waxa kale oo loo isticmaalaa sonkorowga, cataracts, qandhada cawska, boogaha peptic, schizophrenia, caabuq, neefta, gout, caabuqyada fayraska, daal daal joogto ah (CFS), ka hortagga kansarka, iyo daawaynta caabuqyada raaga ee qanjirka 'prostate'. Quercetin waxaa sidoo kale loo isticmaalaa in lagu kordhiyo dulqaadka iyo horumarinta waxqabadka ciyaaraha fudud.

Shaqada ugu weyn

1.Quercetin waxa laga yaabaa inay xaakada ka saarto oo xidho qufaca, waxa kale oo loo isticmaali karaa sidii asthmatic-ka.

2. Quercetin waxay leedahay firfircoonida kansarka, waxay joojisaa dhaqdhaqaaqa PI3-kinase waxayna wax yar ka joojisaa dhaqdhaqaaqa PIP Kinase, waxay yaraynaysaa korriinka unugyada kansarka iyada oo loo marayo nooca II ee estrogens.

3.Quercetin waxa laga yaabaa inay joojiso sii-deynta histamine ee basophils iyo unugyada masska.

4. Quercetin waxa laga yaabaa inay xakamayso fidinta fayrasyada qaarkood ee jidhka dhexdiisa.

5, Quercetin waxay kaa caawin kartaa yaraynta burburka unugyada.

6.Quercetin waxa kale oo laga yaabaa inay faa'iido u leedahay daawaynta dysentery, gout, iyo psoriasis

Tilmaamida Jawaabta Dhaawaca DNA-da ee Raadinta Unugyada Algorithms iyo Kala soocida Astaamaha Unugga Isticmaalka Mawduuca Sare ee Falanqaynta-Waqtiga Daahsoon. Walter Georgescu et al (2015), PLoS ONE https://dx.doi.org/10.1371/journal.pone.0129438

Dhaqan ahaan, kinetics ee dayactirka DNA ayaa lagu qiyaasay iyadoo la adeegsanayo immunocytochemistry iyadoo lagu calaamadiyay borotiinada ku lug leh jawaabta dhaawaca DNA-ga (DDR) oo leh calaamado fluorescent ah oo ku jira baaritaanka unugyada go'an. Si kastaba ha ahaatee, aqoonta faahfaahsan ee dhaqdhaqaaqa DDR ee jiilal badan oo unug ah laguma heli karo iyada oo la adeegsanayo tiro xaddidan oo waqti-dhibcood unug go'an. Halkan waxaan ku soo gudbineynaa dhaqdhaqaaqa 53BP1 shucaaca soo jiidashada foci (RIF) ee jiilal badan oo unug ah iyadoo la adeegsanayo sawir-qaadista unugyada noolaha ee unugyada naasaha naasaha ee aan-xumeyn (MCF10A) oo muujinaya histone H2B-GFP iyo borotiinka dayactirka DNA 53BP1-mCherry. Isticmaalka soo saarista tooska ah ee sifooyinka sawirka RIF iyo farsamooyinka barnaamijka tooska ah, waxaan awoodnay inaan muujinno kinetics RIF faahfaahsan 24 saacadood ka hor iyo 24 saacadood ka dib soo-gaadhista qiyaaso hoose oo sarreeya ee shucaaca ionizing. Falanqaynta nuxurka-sare ee heerka hal unug oo ka badan boqollaal unugyo ayaa noo ogolaanaya inaan si sax ah u qiyaasno qiyaasta ku-tiirsanaanta wax soo saarka borotiinka 53BP1, deegaan nukliyeerka RIF iyo dhaqdhaqaaqa RIF ka dib soo-gaadhista raajada. Isticmaalka farsamooyinka diiwaangelinta laastikada ee ku salaysan qaabka nukliyeerka ee unugyada gaarka ah, waxaan ku qeexi karnaa dhaqdhaqaaqa RIF shakhsi ahaaneed si sax ah gudaha nukleus. Waxaan ku tusineynaa in dayactirka DNA uu ku dhaco tiro xaddidan oo goobo waaweyn ah, kuwaaso RIFs yar yar ay ku sameysmaan, ku biiraan iyo/ama ku xalliyaan dhaqdhaqaaq aan toos ahayn iyadoo la raacayo sharciga fidinta caadiga ah. Samaynta fociyada waaweyn ayaa lagu muujiyay inay inta badan ku dhacayaan isku darka RIF yar halkii ay ka ahaan lahayd korriinka diiradda shakhsi ahaaneed. Waxaan ku qiyaasnay ​​cabbirrada dayactirka 7.5 ilaa 11 µm2 oo leh tirada ugu badan ee ~15 goobood halkii unug MCF10A. Shaqadani waxay sidoo kale muujinaysaa DDR kuwaas oo u gaar ah qiyaaso ka weyn 1 Gy sida kororka borotiinka 53BP1 ee degdega ah ee nukleus iyo heerarka faafinta foci kuwaas oo aad uga dhaqso badan dhaqdhaqaaqa foci ee iskeed ah. Waxaan qiyaasaynaa in isku-darka RIF uu ka tarjumayo habka hagaajinta DNA-da "cadaadissan" kaas oo laga soo qaatay xaaladaha jireed ee ka baxsan marka DSB badan ay dhacaan hal mar. Qiyaaso badan oo shucaac ah oo ionizing ah ayaa horseedaya in RIF ay ku biirto meelaha dayactirka taas oo kordhisa u dhawaanshaha DSB iyo hagaajinta xun. Natiijooyinka noocan oo kale ah ayaa markaa noqon kara mid muhiim ah si loo sharaxo ku tiirsanaanta qiyaasta sare ee dib u habeynta koromosoomyada iyo dhimashada unugga ee la qiyaasay ka dib soo-gaadhista shucaaca ionizing.

Darbiyada unugga ee microalgae waxay ka samaysan yihiin polysaccharide alginate kaas oo la kululayn karo lana cadaadi karo si loo sameeyo caag aad u sarreeya, kaas oo sidoo kale ah biodegradable. Waa kuwan tusaalooyin ka mid ah alaabooyinka laga sameeyay alaabtan.