循环中的生长激素释放肽主要由胃黏膜产生。
Growth hormone-releasing peptide in circulation mainly reduced by gastric membrane.
生长激素释放肽是一种引起生长激素释放的多肽。
Ghrelin is polypeptide resulting in releasing of growth hormone.
当胃是空的时，该状态促进生长激素释放肽，该激素告知大脑我们饿了。
When the stomach is empty, it triggers the ghrelin hormone that notifies the brain that we are hungry.
神经三重奏“保证当生长激素释放肽“开始发话”后大脑只有听得份。”
That's a neural triple play that guarantees that when ghrelin talks, the brain will listen.
所有上述时刻，让感觉强烈起来的是一种叫“生长激素释放肽”的物质。
At all these moments, what's fueling the feeling is a substance called ghrelin.
五年前，大家都在关注生长激素释放肽，它由消化道产生并能有助于调节饥饿感。
Five years ago, all eyes were on the hormone ghrelin, which is produced in the gut and which helps regulate hunger.
合成的生长激素释放肽具有很强的促生长激素释放作用，还有许多其它生物活性。
Synthetic growth hormone releasing peptides possess strong growth hormone-releasing effects and effusive peripheral activities.
所有研究都证明生长激素释放肽驱动胃口的作用，不论是真地需要吃还仅仅是想吃。
All this research confirmed ghrelin's role in driving appetite, both when we really need to eat and when we merely expect to.
目的：初步探讨超重及单纯性肥胖者血清生长激素释放肽变化及与生长激素、瘦素相关性。
AIM: To investigate the changes of growth hormone releasing peptide and its correlation with growth hormone and leptin in people with overweight and simple obesity.
如果说为什么我们还没有驯服食欲，理由之一也许在于生长激素释放肽、瘦素和少数一些其它肠化学物质只是胃口控制机制中的几个重要方面。
If we haven't yet figured out how to tame our need to eat, one reason may be that ghrelin, leptin and the handful of other gut chemicals are only the big dogs of the appetite-control system.
生长抑素是生长激素释放的抑制因子，是一种神经活性肽，广泛分布于中枢神经系统和周围组织，包括眼组织。
Somatostatin released by growth hormone is an inhibiting factor and active nervous peptide, and it is mainly distributed in center nerve system, peripheral tissue and ocular tissue.
生长抑素是生长激素释放的抑制因子，是一种神经活性肽，广泛分布于中枢神经系统和周围组织，包括眼组织。
Somatostatin released by growth hormone is an inhibiting factor and active nervous peptide, and it is mainly distributed in center nerve system, peripheral tissue and ocular tissue.
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