Black guava (Psidium guajava L.): Morphological, biochemical and molecular characterization for pulp colour

R. Senapati
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Abstract

Guava is known as “Super fruit”; it is the third richest source of Vitamin C. In this study Black guava is characterized morphologically, biochemically and on molecular basis. Result revealed that Black guava had the maximum total anthocyan in content (9.663 mg/100g) compared to white and pink pulped counterparts. Pink pulped Hisar Surkha and Lalit genotypes contained both lycopene and anthocyanin while another pink pulped genotype, Punjab Pink, had only lycopene. Further, all the eight guava genotypes irrespective of their pulp colour had total carotenoids (0.203 mg/100g - 0.730 mg/100g). Based on our results, the Black guava had unique morphological features like leaf colour, shoot colour and fruit pulp colour. The pulp colour of Black guava is due to the presence of anthocyanins. In general, the pulp colour of guava is due to combinations of more than one pigment and the final colour depends on the relative proportion of those pigments and suggests that “pigments in proportions” explains the pulp colour in guava. Anthocyanin pathway study in Black guava revealed that the primers for DFR and CHS gene of anthocyanin pathway amplified in Punjab Pink and not in case of Black guava.
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黑番石榴(Psidium guajava L.):果肉颜色的形态、生化和分子表征
番石榴被称为“超级水果”;它是维生素c第三丰富的来源。本研究对黑番石榴的形态、生化和分子基础进行了表征。结果表明,黑番石榴果肉中总花青素含量最高,为9.663 mg/100g;粉红果肉Hisar Surkha和Lalit基因型同时含有番茄红素和花青素,而另一种粉红果肉基因型Punjab Pink只含有番茄红素。此外,无论果肉颜色如何,所有8种番石榴基因型都含有总类胡萝卜素(0.203 mg/100g - 0.730 mg/100g)。结果表明,黑番石榴具有独特的叶色、茎色和果肉色等形态特征。黑番石榴果肉的颜色是由于花青素的存在。一般来说,番石榴果肉的颜色是由一种以上的色素组合而成,最终的颜色取决于这些色素的相对比例,这表明“色素比例”解释了番石榴果肉的颜色。黑番石榴花青素途径的研究表明,花青素途径的DFR和CHS基因引物在旁遮普粉中扩增,而在黑番石榴中没有扩增。
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