特质生物标志物分析Service

Metabolomics studies the types and amounts of endogenous metabolites in organisms and their patterns of change in response to internal and external factors.

植物特征反映了植物对其生长环境的反应和适应，将环境，单个植物和生态系统结构，过程和功能联系起来。阐明代谢物和代谢途径对于发展高精度改善作物育种线的发展至关重要。

动物中的复杂特征是长期适应性进化的结果，是动物多样性存在的主要基础。代谢组学可用于解决复杂的动物特征，并促进评估牲畜和家禽中经济特征的育种价值，农业动物中疾病的诊断和预防，对牲畜和家禽产品的安全评估以及动物医学模型的使用。

Creative Proteomics has established a high-throughput metabolomic analysis platform to provide trait biomarker analysis services to accelerate the discovery of metabolites and novel pathways of various biochemical types and to help improve the understanding of known existing pathways.

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Agricultural animal and plant trait marker analysis services can be applied to:

农业植物

• 代谢组学定量性状基因座：通过定量性状基因座对代谢性状的自然变异分析有助于揭示控制这些变异的遗传基础，并解决代谢性状形成的遗传结构。提高高质量品种的质量和生产性能很重要。
• 代谢全基因组关联研究（MGWAS）：解释植物代谢组中不同代谢转移的自然遗传基础。
• 代谢分析作物植物中对生物胁迫的耐受性：研究与应激反应相关的代谢组，以揭示分子/代谢产物，这些分子/代谢产物协调不同的植物敏感性和/或耐药性状。
• 代谢物（或代谢网络）用于定量表征农业特征，例如产量和质量。
• 杂合性标记的分析
• Studies on root nodule symbiosis (RNS) in legumes:氮代谢分析
• 研究谷物和非葡萄糖作物中的共生氮固定

农业动物

• Characterization of differential traits in agricultural animals, molecular identification of metabolism of economically important traits
• Agricultural animal disease mechanism research
• 牲畜和家禽肉风味和动物产品安全测试

特质生物标志物代谢组分析过程

Technology Platform for Metabolomics Analysis

多个分析平台，包括GC-MS，LC-MS，UPLC-MS。

Creative Proteomics is a well-established partner in life science research and has extensive experience in metabolomics analysis. We provide solutions for trait biomarker in the direction of metabolomics analysis, accelerating the exploration of new horizons in science. If you want to know more, pleasecontact us. Looking forward to cooperating with you.