Current Cacao OMICS and Future Prospects

I. M. G. Cabugsa, Joval C. Afalla, Marvin Jose F. Fernandez, Z. H. Cabugsa
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引用次数: 1

Abstract

Theobroma cacao is one of the most highly valued and consumed agriculture products in the world with Europe as the top consumer and Africa as the top producer. In recent years, there has been an observed constant increase in cacao consumption and demand in the world and this trend will continue to 2020 as the International Cacao Organization (ICCO) has forecasted. This in turn, caused massive campaign by both the current chocolate producing countries and other tropical countries where cacao can thrive to have it cultivated along with their existing crops on the field. With the high demand for cacao, the technology in cacao farming must keep with the production pace. The traditional farming will not suffice anymore as persistent problems like poor yield, pest and diseases, flood, drought and the heavy metal acquisition of the plant continues to hamper production. To address these issues in cacao production, crop scientists are looking for alternative and modern ways to provide answers and one of these prospects is the application of omics in cacao science. After the complete cacao genome sequence was published, numerous researches in cacao omics have been conducted and this has slowly dissected the molecular mechanisms of cacao in terms of disease resistance, growth and development and its molecular composition. The future of cacao omics is bright, with the chocolate industry will ultimately benefit from this advancement along with the other developing countries where cacao farming is present. 
可可组学现状与未来展望
可可是世界上价值最高、消费量最大的农产品之一,欧洲是最大的消费国,非洲是最大的生产国。近年来,全球可可消费和需求持续增长,国际可可组织(ICCO)预测,这一趋势将持续到2020年。这反过来又引起了当前巧克力生产国和其他热带国家的大规模运动,这些国家的可可可以茁壮成长,将其与现有作物一起种植。随着对可可的高需求,可可种植技术必须跟上生产步伐。由于产量低、病虫害、洪水、干旱和植物重金属获取等持续存在的问题继续阻碍生产,传统农业将不再满足需求。为了解决可可生产中的这些问题,作物科学家正在寻找替代的和现代的方法来提供答案,其中一个前景是组学在可可科学中的应用。可可全基因组序列发表后,人们开展了大量的可可组学研究,从可可的抗病、生长发育和分子组成等方面慢慢剖析了可可的分子机制。可可经济学的未来是光明的,巧克力工业将最终受益于这一进步,以及其他发展中国家的可可种植。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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