There has been widespread use of plant tissue culture in micropropagation of plants of
forestry, horticultural and medicinal importance. The success of mass propagation and its …

Micropropagation of important forestry, horticultural and medicinal plants have made
revolutionary changes in terms of research and commercialization. However, there are a …

Some obstacles are associated with in vitro propagation of date palm, such as explant tissue
browning, slow callus growth and development, low organogenesis and multiplication …

The environmental effects and bioavailability of nanoparticulate iron (Fe) to plants are
currently unknown. Here, plant bioavailability of synthesized hematite Fe nanoparticles was …

The efficacy of coir as a supportive base and as an alternative to standard, costly agar-
gelled media, was explored as a means for propagating Cymbidium pendulum (Roxb.) Sw …

Agar substrates for in vitro culture are well adapted to plant micropropagation, but not to
plant rooting and acclimatization. Conversely, paper‐pulp‐based substrates appear as …

Seven botanical starches; cassava, sweet potato, Irish potato, maize, rice, wheat and
sorghum were characterized to determine physicochemical properties influencing gel …

Schleichera oleosa (Lour.) Oken is a preferred tree-host of kusmi form of lac insect, Kerria
lacca, which produces superior quality lac resin of commercial interest. Very low success …

Agar is a complex mixture of gel-forming polysaccharides. Gelling agents are very often
used to provide proper support for plants grown in semisolid culture media. And agar is the …

In vitro shoot multiplication responses of Amelanchier canadensis 'Rainbow Pillar'were
studied on media solidifi ed with different gelling agents. The media were gelled either with …