首页> 外国专利> FOERFARANDE F? 2-/3-/4-(HALOGENFENYL that the therapeutically active 4,5 of r FRAMSTAELLNING sound replaces) -1 piperazinyl/propylene/- 2,4- dihydros -3H-1, -3 ONDERIVAT of 2,4 triazole.

FOERFARANDE F? 2-/3-/4-(HALOGENFENYL that the therapeutically active 4,5 of r FRAMSTAELLNING sound replaces) -1 piperazinyl/propylene/- 2,4- dihydros -3H-1, -3 ONDERIVAT of 2,4 triazole.

机译:FOERFARANDE F? 2- / 3- / 4-(r FRAMSTAELLNING声音的治疗活性4,5取代的卤代芬烯基)-1哌嗪基/丙烯/-2,4三唑的2,4-二氢-3H-1,-3 ONDERIVAT。

摘要

This invention provides a method of magnetic resonance investigation of a sample, preferably of a human or non-human animal body, said method comprising: (i) producing a hyperpolarised solution of a high T 1 agent by dissolving in a physiologically tolerable solvent a hyperpolarised solid sample of said high T 1 agent; (ii) where the hyperpolarisation of the solid sample of said high T 1 agent in step (i) is effected by means of a polarising agent, optionally separating the whole, substantially the whole, or a portion of said polarising agent from said high T 1 agent; (iii) administering said hyperpolarised solution to said sample; (iv) exposing said sample to a second radiation of a frequency selected to excite nuclear spin transitions in selected nuclei eg the MR imaging nuclei of the high T 1 agent; (v) detecting magnetic resonance signals from said sample; and (vi) optionally, generating an image, dynamic flow data, diffusion data, perfusion data, physiological data (eg. pH, pO 2 , pCO 2 , temperature or ionic concentrations) or metabolic data from said detected signals, wherein said high T 1 agent in said hyperpolarised solution has a T 1 value (at a field strength in the range 0.01-5T and a temperature in the range 20-40°C) of at least 5 seconds.
机译:本发明提供了一种对样品,优选是人类或非人类动物体,进行磁共振检查的方法,所述方法包括:(i)通过将所述高T 1剂的超极化固体样品溶解在生理上可耐受的溶剂中来产生高T 1剂的超极化溶液;(ii)其中步骤(i)中所述高T 1试剂的固体样品的超极化是通过偏振剂进行的,任选将所述偏振剂的全部,基本上全部或一部分与所述高T分开1个代理商;(iii)对所述样品施用所述超极化溶液;(iv)将所述样品暴露于第二频率的辐射下,所述第二辐射的频率被选择为激发所选原子核例如高T 1剂的MR成像核中的核自旋跃迁;(v)从所述样品中检测磁共振信号;和(vi)任选地,从所述检测到的信号中生成图像,动态流量数据,扩散数据,灌注数据,生理数据(例如pH,pO 2,pCO 2,温度或离子浓度)或代谢数据,其中所述超极化溶液中的所述高T 1试剂具有至少5秒的T 1值(在场强在0.01-5T范围内且温度在20-40℃范围内)。

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