1) Apical buds produce a growth hormone called auxin.

2) These bars buds themselves also produce auxin.

3) These bats buds themselves also produce auxin.

4) These buds themselves also produce auxin.

5) Also unlike auxin, cytokinins promote the growth of lateral buds , not shoot tips.

6) The levels of endogenous Auxin, Zeatin and Zeatin riboside in the middle segment of primary root were all increased obviously by DPC, which might be the key reason for lateral roots induction.

7) The exogenous auxin and cytokinin are necessary to induced differentiation and proliferation of cells of culture in vitro. 2,4-D is an important hormone of induced embryogenic calluses.

8) The result shows that auxin polar transport plays an important role in adventitious root formation.

9) The promotion of adventitious root formation by auxin was proven to be related to ethylene releasing.

10) Auxin homeostasis, polar transport and signaling affect the whole progress of leaf development.

11) The invention discloses a new auxin conjugated protein having the function of adjusting the sensitivity of the plant to auxin or adjusting plant leaf area.

12) We studied the effect of auxin derived from inflorescence on garlic bolt elongation in Allium sativum L.

13) With regard to the callus redifferentiation, not only kinetin is needed, but also the effect of auxin concentration of the induction medium is also remarkable.

14) How wood vinegar (pyroligneous liquor or pyroligneous acid) affects the pathway of signaling in which auxin and cytokinin affect the growth of arabidopsis?

15) The result showed that the successful rooting system was closely related to the concentration of macronutrient of MS medium, auxin concentration and developing state of the explant.

16) The results showed that the internodal length and plant height of alfalfa increased with the auxin content increasing, but the internode number didn′t change obviously.

17) In the identified ABPs, ABP1 is the best candidate for an auxin receptor.

18) Leaf fall The shedding of leaves , usually associated with a fall in AUXIN concentration.

19) It has been reported that ARF gene expression was not effected by auxin concentration.

20) The action of these phenolic compounds in root promotion was theorized to be in protecting the root-inducing, naturally occurring auxin– indoleacetic acid—from destruction by the enzyme,[http:///auxin.html] IAA oxidase.

21) Results Showed that ethrel tended to enhance resistance and auxin tended to decrease resistance.

22) LC2 is mainly expressed in the lamina joint during leaf development, and particularly, is induced by the phytohormones abscisic acid, gibberellic acid, auxin, and brassinosteroids.

23) There are a lot of evidences indicating that the role of actin cytoskeleton in regulating auxin polar transport, which in- duces a lateral gradient of auxin and results in plant organ curvature.

24) Whenever a plant responds to applied , i . e . , unbalanced, applications of auxin, ethylene is produced.