可检查结果显示，易产生能调节食欲和压力的少量脑分子神经肽Y的人，大脑对消极刺激的反应和身体对生理疼痛的反应都比较强烈。
People who produce lower amounts of the brain molecule neuropeptide Y (NPY) had "measurably stronger brain responses to negative stimuli and psychological responses to physical pain," the study said.
这些积极分子还指出，鱼会感觉到疼痛，鱼在从大海到超市的途中承受了极大的痛苦。
The activists also point out that fish feel pain and fish suffer horribly on their way from the sea to the supermarket.
结论：本研究中鉴别的基因尤其是疼痛信号和炎症相关基因可能是腰神经病分子治疗的潜在靶点。
Conclusion. The genes identified in this study, especially those involved in pain signaling and inflammation, serve as potential targets for molecular-based therapy for lumbar radiculopathy.
“这种蛋白有可能成为一个突破性的治疗疼痛的物质，以前也没有研究感受疼痛的神经元”研究作者，博士，UNC细胞和分子生理学助理教授MarkJ。
"This protein has the potential to be a groundbreaking treatment for pain and has previously not been studied in pain-sensing neurons, " said lead study author Mark J.
疼痛是常见的临床症状之一，目前钠通道被公认为镇痛药物研究的分子靶位。
Pain is one of the common clinical symptom, previous studies have implicated sodium channels as a key constituent in pain signaling.
疼痛是常见的临床症状之一，目前钠通道被公认为镇痛药物研究的分子靶位。
Pain is one of the common clinical symptom, previous studies have implicated sodium channels as a key constituent in pain signaling.
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