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To achieve satisfactory signal-to-noise ratios, compounds should be present in high concentrations or localized in specific organs or organelles. Furthermore, their resonant frequencies should not be too close to that of water. Species that largely satisfy these criteria in fruit and vegetables include sugars and lipids, the distribution of lipid in pecan embryos being amongst the earliest MR images published. The (CH2)n resonance is about 3.5 ppm away from water, and patterns showing lipid distribution have been published. The earliest MR images published .for account, coffee , grape, groundnut, kiwifruit, olive, pecan, and orange peel. Apart from fruit such as olive and coconut, where lipid accumulates in the pulp( mesocarp ) of the maturing fruit, or orange peel, where oil is compartmentalized, lipids are seen to be concentrated in seeds. Single images of sugar distribution have been presented for limited number of small fruit: namely, blueberry, grape, kiwifruit and pea. The chemical shift difference between water and fruit sugars is about 1.1Hz. Because of the close proximity, there is some overlap between the large water resonance peak and the typically smaller, satellite, sugar resonance. Thus pulses which selectively excite sugar protons. The problem is compounded further by magnetic susceptibility effects which broaden both resonance peaks creating even greater overlap. Useless these effects are adequately countered the resulting sugar image will be ‘contaminated’, making it difficult to distinguish artefacts and genuine sample features. It is clearly of interest be able to investigate the distribution of sugar during maturation and ripening processes non-invasively. Attempts to achieve this objective centre around development of improved pulse sequence experiments which produce artefact-free images by selectively suppressing the interference from water to below noise level or incorporate 2D correlation spectroscopy to discriminate resonances. Such an achievement would allow determination of sugars at even lower concentrations.
取得令人满意的信号噪声比，化合物应在高浓度或本地化的具体器官或细胞。此外，其共振频率不应过于接近水。物种基本上满足这些标准的水果和蔬菜包括糖和血脂，脂肪的分布情况在山核桃胚胎中最早被磁共振成像出版。的（甲基）无共振约3.5百万分之远离水和脂肪分布格局显示已经出版。最早的MR图像公布。帐户，咖啡，葡萄，花生，猕猴桃，橄榄，胡桃和橘皮。除了水果，如橄榄油，椰子，其中脂质积聚在制浆（中果皮）的成熟的水果，或橘皮，其中石油是条块分割，血脂被认为是集中在种子。单糖分布图像已提交的数量有限的小水果，即：蓝莓，葡萄，猕猴桃和豌豆。化学位移差异饮用水和水果糖约1.1Hz 。由于接近，有一些重叠的大型水利共振峰和一般较小，卫星，糖共鸣。因此脉冲选择性刺激糖质子。问题是复杂磁化率进一步扩大双方影响谐振峰创造更大的重叠。无用的这些影响有足够的反击造成的糖形象，将是'污染' ，因此很难区分真正的艺术品和样品的特点。这显然是有兴趣可以探讨糖分布在成熟和成熟过程非侵入性。努力实现这一目标，围绕着发展的脉冲序列的实验改进生产工艺品的图像通过选择性抑制干扰水下面噪音水平或将二维相关光谱歧视共振。这样的成就将使测定糖在更低的浓度。
取得令人满意的信号噪声比，化合物应在高浓度或本地化的具体器官或细胞。此外，其共振频率不应过于接近水。物种基本上满足这些标准的水果和蔬菜包括糖和血脂，脂肪的分布情况在山核桃胚胎中最早被磁共振成像出版。的（甲基）无共振约3.5百万分之远离水和脂肪分布格局显示已经出版。最早的MR图像公布。帐户，咖啡，葡萄，花生，猕猴桃，橄榄，胡桃和橘皮。除了水果，如橄榄油，椰子，其中脂质积聚在制浆（中果皮）的成熟的水果，或橘皮，其中石油是条块分割，血脂被认为是集中在种子。单糖分布图像已提交的数量有限的小水果，即：蓝莓，葡萄，猕猴桃和豌豆。化学位移差异饮用水和水果糖约1.1Hz 。由于接近，有一些重叠的大型水利共振峰和一般较小，卫星，糖共鸣。因此脉冲选择性刺激糖质子。问题是复杂磁化率进一步扩大双方影响谐振峰创造更大的重叠。无用的这些影响有足够的反击造成的糖形象，将是'污染' ，因此很难区分真正的艺术品和样品的特点。这显然是有兴趣可以探讨糖分布在成熟和成熟过程非侵入性。努力实现这一目标，围绕着发展的脉冲序列的实验改进生产工艺品的图像通过选择性抑制干扰水下面噪音水平或将二维相关光谱歧视共振。这样的成就将使测定糖在更低的浓度。
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