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auxin is the term actually used to describe any chemical substance that promotes elongation and coleoptiles
auxin is synthesized at the tip and translocated down in the vascular tissue
auxin is also the key to the
auxin is transported from cell to cell in an apical to basal fashion in the shoot
auxin is also produced as a minor breakdown product of tryptophan
auxin is uniformly distributed
auxin is a collective name for several similar compounds
auxin is released
auxin is synthesized or how the balance of conjugated to free auxin is controlled
auxin is a major regulator of adventitious rooting
auxin is synthesized
auxin is a key regulator of diverse processes in plant growth and
auxin is indole acetic acid
auxin is moved across plant cells by transporters called efflux carriers
auxin is central in many aspects of plant development
auxin is likely to be involved in providing positional cues required for distal meristem patterning
auxin is required to maintain cell polarity in plant tissues
auxin is produced in apical
auxin is produced in the shoot apex and moves in a polar fashion through the rest of the plant via a chemiosmotic mechanism that has become increasingly well
auxin is considered to be essentia l for rooting
auxin is indoleacetic acid
auxin is required at
auxin is produced in embryos
auxin is laterally altered so that more move back to the elongation zone on the lower surface than on the upper surface
auxin is a term that refers to compounds that
auxin is applied to the location where the tip was removed
auxin is responsible
auxin is derived from the greek word auxein which means to grow
auxin is preferentially moved in one direction in the plant
auxin is isolated and complexed to a protein molecule
auxin is required for lateral root formation
auxin is transported
auxin is involved in the regulation of a myriad of processes during the life cycle of a plant
auxin is required for numerous mitogenic and morphogenic processes during plant development; including the establishment of bilateral
auxin is what makes stems grow up and roots grow down
auxin is transported basipetally from the apical bud
auxin is different between the upper half and lower half of horizontally oriented seedlings
auxin is redistributed toward the lower side of roots
auxin is not know however current research is quickly building an understanding of
auxin is normally basipetally transported but changes its direction in response to changing vectors of gravity or light
auxin is involved in plant growth and development and is shown to play a role in the gravitropic response
auxin is essential for continued proliferation and growth of embryogenic tissue cultures of conifers
auxin is required for plant growth
auxin is synthesized at the tip and translocated down along the shady side of the shoot
auxin is one such phytohormone
auxin is developmentally regulated
auxin is fundamentally important in plant growth and development as a regulator of numerous biological processes
auxin is a general name for a group of hormones that are involved with growth responses
auxin is distributed in
auxin is made in a plant
auxin is removed
auxin is made by any meristematic cell faced with an abundance of shoot derived nutrients
auxin is required at the
auxin is destroyed by root tip enzymes
auxin is involved in a number of important processes in fruit tissues
auxin is required for growth of plant tissues in culture
auxin is labeled with radioisotope
auxin is essential for early lateral root emergence in arabidopsis
auxin is an essential plant hormone that regulate diverse processes
auxin is indoleacetic acid; other common but less frequent plant hormones include the gibberellins
auxin is involved in many aspects of plant growth and development
auxin is always transported from top to bottom in a plant?
auxin is known to be involved many aspects of plant development including gravitropic response of plants
auxin is even sold at most garden centers
auxin is a naturally occurring chemical
auxin is at a high concentration
auxin is excluded from
auxin is a small molecule that is polarly transported through plant cells
auxin is involved in developmental processes controling plant growth and morphogenesis
auxin is the general practice today it is not necessary for many trees
auxin is indole
auxin is essential for early lateral root emergence in arabidopsis seedlings
auxin is synthesized in young tissues including apical meristems and young leaves and
auxin is a key controller of plant growth and development and accomplishes this by regulating cell division
auxin is a mechanism for pattern formation in the root
auxin is synthesized in meristems and young organs
auxin is moving from
auxin is actively transported from sources of production in the shoot towards the root
auxin is more effective than externally applied rooting hormone
auxin is redistributed unequally towards the lower side of the
auxin is hormone responsible for most tropisms
auxin is one of the signals controlling root bud growth
auxin is concentration dependent
auxin is thought to be the main factor involved
auxin is involved in the elongation of stems
auxin is the active ingredient in most rooting compounds in which cuttings are dipped during vegetative propagation
auxin is derived from a greek word
auxin is destroyed by light on the side nearer to the window
auxin is a second messenger in plants
auxin is a hormone that operates through its effects on cell division and elon
auxin is produced in the tip of the shoot
auxin is a class of hormone that describes any chemical substance which promotes elongation of coleoptiles and thus elongation of the plant cell