Nutrition and the regulation of higher animals in hypoxia

Hyoixia （10.5或7. 6% O-D22） delayed gastric emptying and suppressed gastric acid secretion in conscious rats。除其他外，还有等离子体胃肠素的主要刺激物，胃肠酸保密的主要刺激物，增加了在hypoxic条件下，HCL的口头管理层被废除了hypoxia刺激性胃肠素释放，通过积极的反馈规则来衡量胃毒素对胃肠道酸保密的抑制作用。10.5%的O-D22-D2-Hypoxia-被压抑的胃酸保密措施被恢复到接近肾上腺医学正常化水平的水平。与7.6%的O型D22型D2 hypoxia相比，操作也导致了一个增加在Gastric acid output的水平上，也低于10.5%的O型D22型D2 hypoxia。类似的结果是，当获得了护肤品时，它导致了肾上腺素的扣减，并被任命为管理员。Furthermore，一种α 2受体阻滞剂， Yohimbine，几乎完全消除了抑制剂的影响。 ... More f 10. 5%and 7. 6%OイD22イD2 hypoxia on gastric and secretion。Epinephrine release is stimulated by 10. 5%OイイD22イエD2 hypoxia， and not only epinephrine but also norepinephrine releases are enhanced by 7. 6%OイD22イエD2 hypoxia。有人建议，在Gastic Wall中，α 2-肾上腺素对Vagus Cholinergic Endings的hypoxia刺激性过敏反应行为，并且，通过释放致命的乙酰胆碱素来抑制Gastic acid secreation，Epo功能是RBECs和RBECs中最大刺激的DNA合成的一种能力因素。（大多数动物体内Epo的血清浓度在正常生理条件下的10 - 30立方米/毫升以下，并在动物和超氧暴露中存放了100多个超氧血症结果）。Furthermore、RBEC和MBEC均表示两种形式的Epo-R mNRA、一种真实形式（aEpo-R）和一种intron 5插入形式（15 Epo-R）。RBEC为Epo提供了一个单一的低亲和力（860 pM）绑定网站。这些结果提出了关于将大鼠和murine 15 Epo-Rs调制Epo的功能与验证受体结合起来，将Epo作为一个膜绑定形式和一个松散形式，相应地将Epo作为一个具有竞争力的因素时，Epo被认为是Hypoxia。（2% O-D22-D2） stimulated the expression of GAPDH mRNA in all cell typed tested （MBEC4， Hep G2 CHO cells， Ba/F3 cells and rat sooth muscle cells）。Some transition metals （Coy D12+ y D1， Ni y D12+ y D1， Zn y D12+ y D1 and Mn y D12+ y D1） and DFX also upregulated the transcManagement of GAPDH gene in MBEC4，sugesting that GAPDH is regulated through a mManagement ism， in which heme protein participates。iNOS也被认为是在hypoxia中，然后cGMP被广泛地形成，并建议cGMP的行为作为一个内部信息发射器。维生素B-D212-D2被称为血液细胞的一个发展因素。We have studed how the vitamin B-D212-D2 affManagement on the Oracle of blood cell in hypoxia。Less（低）

Hyoixia (10.5 or 7.6%OィイD22ィエD2) delayed gastric emptying and suppressed gastric acid secretion in conscious rats. In addition, although the concentration of plasma gastrin, the principal stimulant of gastric acid secretion, increased under hypoxic conditions, the oral administration of HCL abolished the hypoxia-stimulated gastrin release, indicating that the inhibitory effect of hypoxia on gastric acid secretion stimulates gastrin release through positive feedback regulation.The 10.5%OィイD22ィエD2 hypoxia-suppressed gastric acid secretion was restored to nearly the level in normoxia by the adrenal medullectomy. With 7.6%OィイD22ィエD2hypoxia, the operation also caused an increase in the level of gastric acid output, although the extent was lower than that with 10.5%OィイD22ィエD2hypoxia. Similar results were obtained when reserpine, which causes an adrenaergic discharge, was administered. Furthermore, an α2-adrenoceptor blocking agent, yohimbine, almost completely removed the inhibitory effect o … More f 10.5% and 7.6% OィイD22ィエD2hypoxia on gastric and secretion. Epinephrine release is stimulated by 10.5%OィイD22ィエD2hypoxia, and not only epinephrine but also norepinephrine releases are enhanced by 7.6%OィイD22ィエD2hypoxia. It is suggested that the hypoxia-stimulated adrenergic response acts on the α2-adrenoceptor on the vagus cholinergic endings in the gastric wall, and that the deareased acetylcholine release thereby inhibits gastric acid secretion.Epo functioned as a competence factor for RBECs and maximally stimulated DNA synthesis of RBECs at the concentration of 1 U/ml (the serum concentrations of Epo in most animals are in the range 10 - 30 mU/ml under normal physiological conditions and increase more than 100-fold in hypoxemia resulting from anemia and hypoxic exposure). Furthermore, both RBECs and MBECs expressed two form Epo-R mNRA, the authentic form (aEpo-R) and the intron 5-inserted form (15 Epo-R). RBECs had a single class of low affinity (860 pM) binding site for Epo. These results suggest that rat and murine 15Epo-Rs modulate the functions of Epo by competing the binding of Epo with the authentic receptor as a membrane-bound form and a soluble form, respectively, and that Epo acts on endothelial cells as a competent factor when excess Epo is induced by hypoxia.Hypoxia (2%OィイD22ィエD2) stimulated the expression of GAPDH mRNA in all cell typed tested (MBEC4, Hep G2 CHO cells, Ba/F3 cells and rat sooth muscle cells). Some transition metals (CoィイD12+ィエD1, NiィイD12+ィエD1, ZnィイD12+ィエD1 and MnィイD12+ィエD1) and DFX also upregulated the transcription of GAPDH gene in MBEC4, suggesting that GAPDH is regulated through a mechanism, in which heme protein participates. iNOS was also induced in hypoxia and then cGMP was extremely formed, suggesting that cGMP acts as a intracellular information transmitter.Vitamin BィイD212ィエD2 is known as a developmental factor of blood cell. We have studied how the vitamin BィイD212ィエD2 affects on the development of blood cell in hypoxia. Less