| 1. | Determination of hydrocortisone in feeds high - performance liquid dhromatography
饲料中氢化可的松的测定高效液相色谱法 |
| 2. | The inhibitory effect of hydrocortisone on the chemotactic migration of human leukocytes
氢化可的松对人白细胞趣化移动的抑制 |
| 3. | Method for the determiation of hydrocortisone residues in milk and milk products for export
出口乳及乳制品中氢化可的松残留量检验方法 |
| 4. | Effects of electroacupuncture on lh , testosterone and testicle histology in hydrocortisone acetate modeling rats
睾酮及睾丸组织学的影响 |
| 5. | In humans , the relevant glucocorticoid is called cortisol , also known as hydrocortisone
人体内与此相关的糖皮质素称为皮质醇，又叫做氢皮质酮。 |
| 6. | The different role of hydrocortisone and dexamethasone to the secondary hyponatramia after acute cervical spinal cord injury
氢化可的松及地塞米松对颈髓损伤继发低钠血症的不同影响 |
| 7. | The first study compared the use of hydrocortisone to a placebo in people in septic shock and found no improvement in survival rates
第一个研究对比了氢化可的松与安慰剂对败血症性休克患者的治疗效果，并且证实（前者）对死亡率没有改善。 |
| 8. | Anaphylactic shock was suspected , so iv hydrocortisone and a plasma expander were given ; this normalised bp but had no effect on her other symptoms
由于怀疑为过敏性休克，给予静脉注射氢化可的松，补充血容量。血压恢复正常，但她的其他症状没有改善。 |
| 9. | Using trigonella sapagenin to synthesize 16 - dehydio piegnenolone acetate , progesterone , hydrocortisone , prosterone acetate and other steroid medical intermedia , steroid medicine for substitutive cure of women in menopause
5植物产品生产过程中的检测和质量控制技术6微生物在植物化学工程中的应用技术 |
| 10. | The extracted marrows ganoderma lucidum and semen zizyphi spinosae contained in threesss can regulate secretion of hydrocortisone in human body and reduce excitation of human body during nighttime ; in addition , ganoderma - lucidum spores and semen zizyphi jointly stimulate secretion of sleeping - inducting peptide in body . improve rate of " high efficient sleeping quality and immunity . recover and strengthen mental strength , mental strength and vigor . through sleeping . the psychlogy and physiology return to the youth level
“索莱尔”多元明胶囊中所含的灵芝和酸枣仁提取精华，能调节人体内皮质醇的分泌，降低人体在夜间的兴奋度；此外灵芝孢子粉和酸枣仁共同作用，能够在体内刺激“睡眠肽”和格里酶“的分泌，有效促进“高能睡眠”率，延长“高能睡眠”时间，从而达到全面改善睡眠质量，提高免疫力，使体力、脑力、精力得到迅速恢复和加强，通过睡眠将生理及心理状态调整到青春期水平。 |
