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Articles

CHARACTERIZATION OF RIPENING-SPECIFIC MADS-BOX GENES FROM BANANA

Article number

738_66

Pages

515 – 520

Language

English

Abstract

The study of developmental control of banana ripening has been initiated by cloning two MADS-box cDNA fragments (MaMADS1, MaMADS2) from ripening banana.
The genes showed 66% homology to each other and 49 and 54% homology to LeRIN, respectively.
Their homology to C-terminus is only 18 and 33%, respectively. MaMADS1 and MaMADS2 genes are different from several MADS-box genes isolated recently from various banana cultivars.
None of the banana genes isolated so far exhibited high homology in their C-terminus to LeRIN. Typical climacteric ethylene production rate was observed nine days after harvest in the banana fruit.
It preceded completion of yellow color development and a reduction in firmness. MaMADS1 and MaMADS2 exhibited high expression in ripe pulp.
However, MaMADS1 was also expressed in other banana plant organs.
Our results suggest that although MaMADS1 and MaMADS2 are phylogenetically distant from LeRIN, they may function in banana fruit ripening.

Publication

International Symposium on Biotechnology of Temperate Fruit Crops and Tropical Species

Authors

H. Friedman, E.T. Ocampo, T. Elitzur, E. Pesis, J.J. Giovannoni, J. Vrebalov

Keywords

RIN, ethylene, postharvest, Musa

Full text

https://doi.org/10.17660/ActaHortic.2007.738.66

Online Articles (105)

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19. AGROBACTERIUM-MEDIATED TRANSFORMATION IN CITRUS USING A NEW GFP VECTOR

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25. IDENTIFICATION OF ZYGOTIC AND NUCELLAR SEEDLINGS FROM CITRUS ROOTSTOCK CANDIDATES USING RAPD

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Y. Kanayama | R. Moriguchi | M. Deguchi | K. Kanahama | S. Yamaki

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M. Costa | C. Miguel | M.M. Oliveira

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P. Negri | E. Galassi | S. Tartarini | E. Magnanini

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84. EFFICIENT TRANSFORMATION OF COMMERCIAL APRICOT CULTIVARS AND REGENERATION OF TRANSFORMED PLANTS

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M. Ravelonandro | J. Kundu | P. Briard | M. Monsion | R. Scorza

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J. Salava | J. Polák | B. Krška | D.A. Lalli | A.G. Abbott

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C. Silva | A.M. Sanchez | M.M. Oliveira

90. TRANSFORMATION OF CHERRY: PRUNUS CERASUS L. ‘MONTMORENCY’ AND PRUNUS CERASUS × P. CANESCEN ‘GISELA 6’ MEDIATED BY AGROBACTERIUM TUMEFACIENS AND A TWO-STEP SELECTION SYSTEM

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C. Srinivasan | R. Scorza

92. SOMATIC EMBRYOGENESIS AND PLANT REGENERATION FROM IMMATURE COTYLEDONS OF PRUNUS MUME ‘NANKO’

93. SEROLOGICAL AND MOLECULAR VARIABILITY OF PLUM POX VIRUS IN TRANSGENIC AND CONVENTIONAL PLUMS

94. EXPLOITATION OF STRUCTURAL AND FUNCTIONAL GENOMICS DATABASES FOR GENE IDENTIFICATION IN PEACH

95. GENETIC IMPROVEMENT OF ASEXUALLY PROPAGATED PLANTS

D. Infante | M. Osorio | S. Molina | G. Gonzalez

96. GENETIC DIVERSITY OF VENEZUELAN CASSAVA COLLECTION

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T.W. Zimmerman | K. Williams | L. Joseph | J. Wiltshire | J.A. Kowalski

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99. TRANSGENIC ROOTSTOCK PROTEIN TRANSMISSION IN GRAPEVINES

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H. Huang | J. Lu | W. Hunter

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J. Lu | H. Huang | Z. Ren | F. Bradeley | W. Hunter

103. ESTABLISHMENT OF EFFICIENT SOMATIC EMBRYOGENESIS AND REGENERATION IN MUSCADINE GRAPE (VITIS ROTUNDIFOLIA)

J. Lu | X. Xu | Y. Jittayasothorn

104. THE EFFECTS OF SALICYLIC ACID ON DISTRIBUTION OF ¹⁴C-ASSIMILATION AND PHOTOSYNTHESIS IN YOUNG GRAPE PLANTS UNDER HEAT STRESS

L.J. Wang | S.H. Li

105. ISOLATION AND CULTURE OF GRAPE PROTOPLASTS FROM EMBRYOGENIC SUSPENSION CULTURES AND LEAVES OF VITIS VINIFERA AND VITIS ROTUNDIFOLIA

X. Xu | J. Lu | D. Dalling | Y. Jittayasothorn | J.W. Grosser