what is an auxillary bud?
830422
A bud, capable of developing into a lateral shoot, present in the angle between the stem and a leaf.
456399
Mainly plant growth is controlled by auxins, gibberellins, cytokinins, ethylene gas, abscisic acid. auxins help in growth of roots, gibberelins for shoot, cytokinins for cell elongation, cell multiplication, cell maturation, ethylene gas and abscisic acid are antagonistic and control the dropping of fruits, leaves etc
327551
u will get all the information u need on botony frm the below link\nhttp://en.wikipedia.org/wiki/Flower#Flower_anatomy
472506
No, the plumule is part of the shoot...it's the 'baby' or developing leaves. The radicle is the young/developing root
547272
We did this in a lab I studied in in college.  You have to grow the cells in a stationary location with light.  Often they will differentiate on their own, but you may heve to use a root promoting auxin to get the plantlets to take root.  Once they do, you transfer them to a suitable growing mix and voila! you have a plant.\n\nIncidentally, we pioneered some work growing Niotiana tabaccum cells in suspension by continually agigtating them.  They will not differentiate if you do this.
927317
I'm not really sure what they are looking for.  There are many different results that can occur.  It also depends on how much of the plant is cut and removed, when in the plants life cycle you make the cut, which part of the plant you cut off, etc.  I would guess that they are looking for a difference in vertical shoot growth.  If the apical (the top of the main stem) meristem is removed this will cause lots of lateral growth and branching.  This happes because the auxin hormone is no longer able to go to the apical meristem so it it activates lateral bud growth.  Another thing that might happen depending on plant type is that you might get sucker growth.  This happens when too much of the photosynthetic material is removed.  The roots then start to send up suckers which are new stems growing off of the existing root system.  This is most common in trees and will only happen in woody plants.
569077
The plastic or metal sleeves at the end of shoelaces are called "aglets" (or "aiglets"). Besides making an interesting trivia or crossword puzzle question, aglets have several functions: They prevent the lace ends from fraying, they make the laces easier to hold, and they make them easier to pass through the eyelets.\n\nThe word "aglet" (or "aiglet") comes from Old French "aguillette" (or "aiguillette"), which is the diminutive of "aguille" (or "aiguilee"), meaning "needle". This in turn comes from the original Latin word for needle: "acus".
797035
Bud - It means laugh out loud, its common chat and instant message lingo. GBU
799857
apical meristem. thats where all new growth on a plant comes from. however, if its cut off, a most plants can create a new apical meristem.
435283
http://www.trincoll.edu/prog/facman/appendix-a.1-a.7/a.6.html\n\nMAYBE THIS CAN HELP
506420
answer is (b)\ncallus is a superficial tissue developing in woody plants,usually through cambial activity,in response to wound,protecting the injured surface.Callus also refers to the undifferentiated mass of cells which is produced as a result of culture of any plant tissue under in vitro conditions. The callus is composed of meristematic cells which differetiate into new shoots and root and gives rise to new plants
1013727
Monocots= M    vs Dicots = D\nShort and sweet!!!!!\n\nM: Stems have scattered bundles in cross-section\nM: Veins are parallel in the leaf\nM: Flower parts in 3 or multiples of three\nM: Seeds have one seed leaf in development\nM. Roots are usually longer (deeper/tap like) and less branchy\n\nD: Stems have a circular bundle arrangement in XS\nD: Veins are netted in the leaf\nD: Flower parts are in 4's and 5's or their multiples\nD: Seeds have two seed leaves in development\nD; Roots are usually more branchy and spread out.
915434
Plant cells differentiate in many tissues, like leaf, xilem, phloem, root and many others. It's the same for us, an animal cell can differentiate into a liver cell, a brain cell, a skin cell....\nPlants, unlike us, have regions of undifferentiated cells, called meristems. The main meristem of the shoot is at the top, called the terminal bud. Theese cells divide and produce the elongation of the shoot, and as they become more and older they produce new shoot, leafs and stuff.\nOther meristems, axial buds, are kept right in the place where the leaf meets the shoot. When this buds start growing in the same way the terminal buds do, branches arise.\nOther regions of meristematic tissue are right between the phloem (where the sap flows) and the xilem (where the water flows) all along the shoot. This region is called the Vascular Cambium.\n\nNormally, the terminal bud secretes hormones to the sap that keep the other meristematic tissues at rest. This is to avoid a lot of branches beeing produced before the roots can cope with the water demand of a lot of leafs.\nWhen you cut the shoot, the terminal bud dissapears, so the axial buds and even the cambium start dividing and differentiating into new shoots. \nThe reason why this new growth happens near the cut is because this would be the youngest axial buds and cambium, and therefore the most active ones (or the ones that can more readily be activated).
250327
It will enhance the growth and induce flowering.It is a growth hormone
1145515
Any of several North American or eastern Asian evergreen trees or shrubs of the genus Thuja, having flattened branchlets with opposite, scalelike leaves and small cones. They are grown as ornamentals and for timber.\nAny similar plant of the genus Platycladus or Thujopsis. Also called thuja.\nAnatomy. The white nerve tissue of the cerebellum, which has a treelike outline in a median section.
520812
An appendage is external body part that protrudes from the body, or a natural prolongation or projection from a part of any organism, such as a vertebrate's limbs.\nSo are you saying you have very short arms.  I guess there are some shallow girls who would run, but hang in there.  ;>)
798855
My son was apparently born without 3rd molar buds. We usually get them pulled anyway, maybe this & our pinkie toes are the next to go in evolution!