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Origin of Adventitious Roots in Cotoneaster dammeri

Botanical Gazette, 1934
1. Adventitious roots of Cotoneaster dammeri arise from only one of the two groups of parenchymatous cells in the divided bud gap. 2. Formation of the root primordium is apparently due to the resumption of activity of the parenchyma cells. 3. The cortical cells in the region of the bud axis produce a slight protuberance through which the young root ...
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Adventitious rooting

Tree Physiology, 1990
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Effects of diphenylurea derivatives on adventitious rooting

2009
Adventitious root formation is a key step in vegetative propagation of plants, one of the most efficient methods to multiply plants in vivo or in vitro. Endogenous auxin (namely indole 3 acetic acid, IAA) has been established as natural inducer of root formation, and its capacity to induce roots when exogenously applied has also been rapidly recognised.
ROLLI, Enrico, RICCI, Ada
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ADVENTITIOUS ROOTS ON PANICLES OF RICE

Journal of Heredity, 1942
JENKIN W. JONES, MERRITT N. POPE
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Strigolactones inhibit adventitious root formation [PDF]

open access: possible, 2010
Adventitious root formation from a non-root tissue facilitates clonal propagation of elite plant varieties and is therefore central to many plant industries worldwide. However many plant species cannot be propagated in this way posing significant limitations particularly on the forestry and horticulture industries.
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Role of cytokinins in adventitious root formation

2022
Arvind Arya   +4 more
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ARL1, a LOB-domain protein required for adventitious root formation in rice

Plant Journal, 2005
Huixia Shou, Shoufeng Wang, Xiaobo Yu
exaly  

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