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CHARACTERIZATION OF MALAYSIAN WILD BANANAS BASED ON ANTHOCYANINS JAVED, MUHAMMAD ASIF; CHAI, MAK.; OTHMAN, ROFINA YASMIN
BIOTROPIA No. 16 (2001)
Publisher : SEAMEO BIOTROP

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11598/btb.2001.0.16.164

Abstract

The male buds of 16 Musa species (Musaceae) populations were investigated by HPLC for the occurrence of anthocyanins. The investigation was based on the presence of 6 anthocyanins. The 16 Musa samples could be classified into three distinct species i.e. Musa acuminata, Musa violascens and Musa balbisiana. Musa acuminata could be divided into two subspecies : malaccensis (lowland) and tmncata (highland) according to their constituents and content of major anthocyanins. No variation was observed in the composition of the anthocyanins of Kedah type ssp. siamea and Selangor types ssp. malaccensis. The classification of M. acuminata into two subspecies based on anthocyanin data further supported the current taxonomic grouping of the species. Key words: Musa acuminata/Musa violascens/Musa balbisiana/Musaceae /HPLC /chemotaxonomy
MORPHOLOGICAL CHARACTERIZATION OF MALAYSIAN WILD BANANA MUSA ACUMINATA JAVED, MUHAMMAD ASIF; CHAI, MAK; OTHMAN, ROFINA YASMIN
BIOTROPIA No. 18 (2002)
Publisher : SEAMEO BIOTROP

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (253.366 KB) | DOI: 10.11598/btb.2002.0.18.170

Abstract

Fourteen populations of Musa acuminata  ranging from populations in  the lowlands of northern (ssp. siamea)  to central Malaysian region  (ssp. malaccensis) and highland banana  (ssp. truncata) were characterized based on chromosome number and 46 morphological characters. A large amount of variation was observed within the populations. However, only highland bananas appeared morphologically distinct. Lowland populations both from northern and central Malaysia were found to be overlapping and no distinguishing pattern was observed. The morphological characters found variable within these populations were related to developmental changes and mutations. The results obtained in this study were not revolutionary. However, the survey of a large number of characters treated with multivariate techniques further sharpened the existing groupings of the Musa acuminata subspecies. Key words: Musaceae/ Malaysia / ssp. malaccensis I ssp. truncata I ssp. siamea