Dave Vivek Priy, Kaul Deepak
Central Lab, R and D Center, Gangwon-do 200-883, South Korea.
World J Biol Chem. 2013 May 26;4(2):16-7. doi: 10.4331/wjbc.v4.i2.16.
The philosophy of heart and brain are very ancient in our literature where the things good for the heart are not suggested good for the brain and vice-versa. Modern medicine is characterized by a high degree of specialization and the heart-brain connection that could be targeted to treat these complex cardiovascular/brain disorders. The idea that adverse diet/genome interactions can cause disease is not new. In the recent era the science of nutritional genomics have increased our understanding of diet-health-gene interactions and have provided a number of benefits for individuals, groups and societies. Since dietary chemicals are regularly ingested and participate indirectly and directly in regulating gene expression, it follows that a subset of genes regulated by diet must be involved in disease initiation, progression, and severity. In this regards Liver X Receptor (LXR)-α, a key transcription factors, associated with the several chronic pathological situation including coronary heart disease and neurodegenerative diseases have recently been found to be regulated by the dietary components. The crucial findings at molecular biology unit, Post Graduate Institute of Medical Education and Research (PGIMER), Chandigarh, INDIA have not only forced us to explore nutritional genomics as a holistic systems approach to understand the relationship between diet and health, but also to look into the disease preventing and health promoting foods that match our lifestyles, cultures and genetics. After all, we are what we eat.
在我们的文献中,关于心脏和大脑的理念非常古老,其中对心脏有益的事物并不被认为对大脑有益,反之亦然。现代医学的特点是高度专业化,而心脏与大脑的联系可作为治疗这些复杂心血管/脑部疾病的靶点。不良饮食/基因组相互作用会导致疾病这一观点并不新鲜。在最近这个时代,营养基因组学这门科学增进了我们对饮食-健康-基因相互作用的理解,并为个人、群体和社会带来了诸多益处。由于饮食中的化学物质会被定期摄入,并直接或间接地参与调节基因表达,因此,受饮食调节的一部分基因必定与疾病的发生、发展和严重程度有关。在这方面,肝脏X受体(LXR)-α作为一种关键转录因子,最近被发现与包括冠心病和神经退行性疾病在内的多种慢性病理状况相关,且受饮食成分的调节。印度昌迪加尔医学教育与研究研究生院(PGIMER)分子生物学部门的关键研究结果,不仅促使我们将营养基因组学作为一种整体系统方法来理解饮食与健康之间的关系,还促使我们去探究与我们的生活方式、文化和基因相匹配的防病和促进健康的食物。毕竟,吃什么就会成为什么样的人。