HO1 regulation via miRNA: An Enigma in lateral root development
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Title HO1 regulation via miRNA: An Enigma in lateral root development Abstract HO1 is a multifunctional enzyme, projected to play key role in the defence and developmental systems in plants. Participation of HO 1 in the root development framework has been sought to some extent, but its actual association with other aspects of this organization still remains unexplored. Auxins are the major phytohormones regulating the root development pathway, which are themselves controlled by the complex miRNA network. HO 1 also mediates the lateral root emergence through auxins. Auxins work in conjecture with both miRNA’s and HO 1 portraying a connection between the two processes. We propose lateral root development as a function of the enzyme Heme oxygenase 1 regulated via miRNA’s. This appears to be a complex network where the miRNA family regulates HO 1 expression, leading to differential accumulation of auxins, causing pattern formation.
HO1 regulation via miRNA: An Enigma in lateral root development
HO1 regulation via miRNA: An Enigma in lateral root
developmentAbstract
HO1 is a multifunctional enzyme, projected to play key role in
the defence and developmental systems in plants. Participation of
HO 1 in the root development framework has been sought to some
extent, but its actual association with other aspects of this
organization still remains unexplored. Auxins are the major
phytohormones regulating the root development pathway, which are
themselves controlled by the complex miRNA network. HO 1 also
mediates the lateral root emergence through auxins. Auxins work in
conjecture with both miRNAs and HO 1 portraying a connection
between the two processes. We propose lateral root development as a
function of the enzyme Heme oxygenase 1 regulated via miRNAs. This
appears to be a complex network where the miRNA family regulates HO
1 expression, leading to differential accumulation of auxins,
causing pattern formation.
