Efek xenia dan metaxenia pada persilangan tomat ranti dan tomat cherry

Natalia Indah Widyasmara, F. Kusmiyati, Karno Karno
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引用次数: 1

Abstract

Cherry tomato have various colour, shape and nutritious fruit. The aim of this research was to make population for genetic selection and to know about xenia and metaxenia effect on tomato crossing. The crossing was assigned in dialel crossing combination with Ranti tomato, Cherry tomato var. Grape, Red Pear and Indigo Rose as a crossing parents. The crossing combination was Ranti x Grape, Ranti x Red Pear, Ranti x Indigo Rose, Grape x Ranti, Grape x Red Pear, Grape x Indigo Rose, Indigo Rose x Grape, Indigo Rose x Ranti, Indigo Rose x Red Pear. Parameter measured were crossing ability, fruit set ability, fruit ripening age, seed number and fruit shape. The result showed that Grape x Red Pear crossing combination had the highest crossing ability and Indigo Rose x Red Pear had the highest fruit set ability. Xenia and metaxenia effects were showed in fruit ripening age, seed number and fruit shape. Genotype of Red Pear x Indigo Rose was found as superior genotype candidate for ripening age, seed number and had highest percentage of fruit shape alteration. Keywords : Hybridization, xenia, metaxenia, tomato, cherry tomato.
樱桃番茄有各种颜色,形状和营养丰富的果实。本研究的目的是为遗传选择提供群体,了解异色和异色对番茄杂交的影响。以兰提番茄、樱桃番茄、葡萄品种、红梨和靛蓝玫瑰为杂交亲本,进行双列杂交组合。杂交组合是Ranti ×葡萄,Ranti ×红梨,Ranti ×靛蓝玫瑰,葡萄× Ranti,葡萄×红梨,葡萄×靛蓝玫瑰,靛蓝玫瑰×葡萄,靛蓝玫瑰×葡萄,靛蓝玫瑰×葡萄,靛蓝玫瑰× Ranti,靛蓝玫瑰×红梨。测定了杂交能力、坐果能力、果实成熟年龄、种子数量和果实形状。结果表明,葡萄与红梨的杂交能力最强,蓝玫瑰与红梨的坐果能力最强。在果实成熟年龄、种子数量和果实形状等方面均表现出Xenia和metaxenia效应。结果表明,红梨×靛蓝玫瑰基因型在成熟年龄、种子数量和果实形状变异率方面均具有优势。关键词:杂交,xenia, mettaxenia,番茄,樱桃番茄
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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