Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

EFFECTS OF SOFT FERRITE CERAMIC POWDERS ON GROWTH AND SECONDARY METABOLITES PRODUCTION IN TISSUE CULTURE OF SOME MEDICINAL PLANTS

Article number
502_65
Pages
395 – 400
Language
Abstract
We have investigated that a couple of soft ferrite ceramic powders having a spinal structure has shown to affect growth and secondary metabolites production of some medicinal plants cultured in vitro. The addition of the ceramic powders as state of bare to culture medium has stimulated the growth of Achyranthes japonica callus and plantlet, Hyoscyamus niger adventitious root and Platycodon grandiflorum hairy root about 65, 75, 150 and 50%, respectively.
Whereas Centella asiatica callus and plantlet, Scopolia parviflora hairy root, and Hyoscyamus albus adventitious root were not affected markedly.
Moreover, the ceramic powder has enhanced the growth of H. niger adventitious roots even under conditions to irradiate alone without any direct contact between ceramic powder and media.
Based on growth stimulation effect, the ceramic powders have enhanced the gross production of tropane alkaloid in H. niger adventitious root, and polyacetylene in P. grandiflorum hairy root about 35 and 30%, respectively.

Publication
Authors
J.C. Ahn, C.Y. Park, Y.J. Kim, B. Hwang
Keywords
Callus, Adventitious root, Hairy root, Plantlet, Secondary metabolite
Full text
Online Articles (66)
S.K. Mairapetyan | A.H. Tadevosyan | S.S. Alexanyan | B.T. Stepanyan
J. Novak | K. Zitterl-Eglseer | Ch. Franz
S.I. Pitta-Alvarez | J. Rodríguez Talou | C. Flocco | T.C. Spollansky | C. Desmarchelier | A.M. Giulietti
P.E. Massera | S.I. Pitta-Alvarez | J. Rodriguez Talou | A.M. Giulietti
H. Shan-An | S. Shi | L. Wan-Gou
R. Franke | R. Schenk | U. Bauermann
G. Zumelzú | C. Darré | R.J. Novo | R.E. Bracamonte
L. Doni Filho | J.J. Crachineski | M.V.R. Milléo | C. Corrêa Jr
A. Nikolova | K. Kozhuharova | V.D. Zheljazkov | L.E. Craker
R.A. Malizia | J.S. Molli | D.A. Cardell | R.J.A. Grau | G. Zumelzú
F. Pank | J. Franke | R. Quilitzsch | J. Langbehn | W. Junghanns | J. Novak | M. Hoffmann | Ch. Franz | A. Kegel
E.A. Jeliazkova | V.D. Zheljazkov | L.E. Craker | B. Yankov | T. Georgieva
S. Das | S. Das | S. Pal | A. Mujib | S.S. Sahoo | S. Dey | N.R. Ponde | S. Das Gupta
A.M.S. Pereira | B.W. Bertoni | P.S. Pereira | A.H. Januário | S.C. França | R.M.M. Cerdeira | V.L. Lanchote | R.H.C. Queiroz
J.H. Seon | C.H. Cui | K.Y. Paek | C.S. Yang | W.Y. Gao | C.H. Park | S.N. Sung
R.L. de Castro | I.B.I. de Barros
J.H. Seon | K.Y. Paek | W.Y. Gao | C.H. Park | N.S. Sung
C. Bravo | G. Yormann | B. Llorente
A.M.S. Pereira | S.C. França | F.L.A. Câmara
S.C. França | I.B. Duarte | A.M.S. Pereira | D. Carvalho | M.E.C. Queiroz
P.M. de Magalhães | B. Pereira | A. Sartoratto | J. de Oliveira | N. Debrunner