GA signaling to produce starch hydrolysis enzyme

GA signalling to produce starch hydeolysing enzymes. GA 1 RM easily enta Neurone cell GA A F-box 2 GA Gid 1 3 5 (GA+GidI + Della Noders GION (Della (U)n by f-box Promote (an MYB-GENE Transcription 6 degradation 8 Translationt. Permates Transcription process in 7 GA MYB mRNA GAMYB TE 8 GAMYB TF GARE amylasegere 9 Xomylase MRNA ER 10 b. Translations? secreation 11 Golginetwork 12 is -xamylase us vericularform release oframylars

Seed has large around of Phytate in proteinstorage vacate endos actomycorbina helps avimilate phosphate insoce but in sadding condition nuperasited boxa phosphate Hylate Phyfate P discarry +vely OB Pk+ trely charged ions P P Ca2+ replace H Phosphate Mq2+ highwork of aixcin onhibit root growth via ethylone promote shoot sho growth Ootes tissue of addict stems are targets of auxis action expt ooriex stele (vasular lissue) bend outwar boffer stem buffer + bend inwald arxis Eplit lengthwise Conclusion:- auxain promote growth of outer cortical layer compared to that of stell

Acid Growth Hypolbesis Auxin PMHATPASE acidify apoplast E Expensin Loosen the cellwall soybean IAA 5 6.0 240 Oats 200 Elongation 5.5 Incubation time (4m) PH 10MM IAA(b) PIF length 5.0 4'5 +IAA 40 capital -10 25 60 Time (min) development control growth (nolaa) IAAcon