· The Emirates Stadium is a football stadium in Holloway, London, England, and the home of Arsenal Football Club. · With a capacity of 60,361, the Emirates is the third-largest football stadium in England after Wembley and Old Trafford. · Emirates Airline was the main sponsor for the stadium. Work was completed with the stadium in 2006 at a cost of £390 million. · At first in 1997 Arsenal planned to reconstruct the Highbury Stadium, but eventually decided the capacity of 48 000 would be too small. After this they chose a new location, and decided to build a new stadium. The project was ready by the year 2000. · The project included the redevelopment of Dayton Park, building a new waste station in Lough Road, the club making 1 800 new jobs for the community and building 2 300 new homes. So basically they didn't only build a stadium, but improved the community as well. · The exact distance between the North ...
Emirates Stadium Kadri Talvik Click to edit Master text styles Second level General information Third level Fourth level Fifth level · Holloway, England · Arsenal FC · Capacity: 60 361 · Emirates Airline · 22 of July 2006 · 390 million Click to edit Master text styles Second level Third level Fourth level Fifth level Stadium project Highbury Stadium reconstruction New location Redevelopment of Dayton Park New waste station in Lough Road Creating 1 800 new jobs 2 300 new homes Improvements on the railway stations Measurements North- South 245,6m East- West 199,6 Height...
RADA · NADPH ja ribuloos-5-fosfaadi tootmine teatud rakkude tsütoplasmas (maksa-, piimanäärme-, rasvkoe jt. rakud). · 3C, 4C, 5C, 6C ja 7C suhkrute pöörduvad üleminekud (koostöös glükolüüsi ensüümidega). Oksüdeeriva staadiumi summaarne võrrand NADPH - vesiniku doonor redutseerivates biosünteesi protsessides (rasvhapete ja steroidide süntees, fotosüntees) Ribuloos-5- P - nukleotiidide biosünteesi lähteühend Mitteoksüdeeriva stadiumi summarne võrrand RASVHAPETE KATABOLISM RASVHAPETE OKSÜDATSIOON EHK -OKSÜDATSIOON Keskne energiat tootev ainevahetusrada loomade, paljude protistide ja mõningate bakterite rakkudes. Protsess algab rasvhappe aktiveerimisega KoA abil raku mitokondri välismembraanil. Oksüdatsioon toimub mitokondri maatriksis, kuhu rasvhape liigub karnitiini abil. Oksüdatsiooniprotsessile on iseloomulik 4-astmeline mehhanism, mille tulemusel rasvhappe ahel
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