Use of micropropagation in the production of
bamboo plants plays important role. Successful acclimatization is the key
factor for efficient and large scale production. For efficient hardening,
proper understanding of leaf surface structure is necessary because microshoots
developed in vitro have different morphology than in vivo, Scanning electron
microscopy was performed to compare the ultrastructural variation in leaves of
bamboo (Dendrocalamus asper) grown in vitro and in vivo. Leaf samples were taken at four stages - in
vitro, unhardened, acclimatized and mother plant. Ultrastructural studies
revealed substantial differences in the morphology of in vitro grown plant and
mother plant but unhardened and acclimatized plants did not show much variation
from in vitro condition. Variation in the presence of stomata, trichomes, papillae
and prickle hairs was observed on abaxial and adaxial surface.
Showing posts with label in vitro. Show all posts
Showing posts with label in vitro. Show all posts
Subscribe to:
Posts (Atom)
Does Social Networking Enhance the Performance of Women Entrepreneurs in Nigeria? | Asian Journal of Economics, Finance and Management
The study is aimed at determining the impact of social networks on the performance of women entrepreneurs in Nigeria. A sample of 348 wome...
-
A NEW SINGLE NUCLEOTIDE POLYMORPHISM AND ONE – ALLELE SYSTEM FOR NLAIII-RELP IN EXON 6 OF LIVIN GENEAbstracts Livin is a member of the inhibitor apoptosis protein and overexpressed in a variety of Solid tumors and cancer cell lines, b...
-
Abstracts Beginning in 1964, observations of sunlight related phenomena in the skin of approximately 2000 subjects, mainly of European an...
-
Abstracts Among unicellular and colonial Cyanobacteria the family Merismopediaceae is characterized by having solitary cells or one layered...