This article deals with markers for rootability of cuttings and markers for the successive phases in adventitious root formation. Since rootability depends on the ontogenetic, developmental and physiological state of the cuttings, markers for these states may be used as markers for rootability. For example, morphological characteristics that indicate the adult state, also indicate low rootability. For the phases in adventitious root formation, physiological parameters are reliable markers, in particular transient sensitivity to plant growth regulators applied as a pulse. The reliability of biochemical markers, in particular changes in peroxidase activity, is disputed. Molecular markers may be obtained from very sensitive screening technique...
Successful development of adventitious roots (AR) in cuttings imposes an important limitation to the...
Adventitious rooting is an essential step in the vegetative propagation of economically important ho...
peer reviewedA peak of specific peroxidase activity (increase in enzyme activity followed by decreas...
This article deals with markers for rootability of cuttings and markers for the successive phases in...
De novo formation of adventitious root meristems involves complex changes in the plant developmental...
Adventitious root formation is a key step in vegetative propagation of woody or horticul-tural speci...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
The molecular mechanisms underlying de novo root organogenesis have been under intense study for the...
Natural auxins and synthetic analogs are the most powerful exogenous stimulators of adventitious roo...
Adventitious rooting, whereby roots form from non-root tissues, is critical to the forestry and hort...
We examined whether peroxidase activity in cutting bases and leaves and starch content in cutting ba...
A reliable in vitro rooting system was established for further studies on biochemical and molecular ...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
<p>Adventitious root (AR) formation is indispensable in vegetative propagation and is widely used. A...
Successful development of adventitious roots (AR) in cuttings imposes an important limitation to the...
Adventitious rooting is an essential step in the vegetative propagation of economically important ho...
peer reviewedA peak of specific peroxidase activity (increase in enzyme activity followed by decreas...
This article deals with markers for rootability of cuttings and markers for the successive phases in...
De novo formation of adventitious root meristems involves complex changes in the plant developmental...
Adventitious root formation is a key step in vegetative propagation of woody or horticul-tural speci...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
The molecular mechanisms underlying de novo root organogenesis have been under intense study for the...
Natural auxins and synthetic analogs are the most powerful exogenous stimulators of adventitious roo...
Adventitious rooting, whereby roots form from non-root tissues, is critical to the forestry and hort...
We examined whether peroxidase activity in cutting bases and leaves and starch content in cutting ba...
A reliable in vitro rooting system was established for further studies on biochemical and molecular ...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
Adventitious roots (ARs) are formed de novo during post-embryonic development from non-root tissues,...
<p>Adventitious root (AR) formation is indispensable in vegetative propagation and is widely used. A...
Successful development of adventitious roots (AR) in cuttings imposes an important limitation to the...
Adventitious rooting is an essential step in the vegetative propagation of economically important ho...
peer reviewedA peak of specific peroxidase activity (increase in enzyme activity followed by decreas...