Hyun B H, Wakasugi N, Nose M, Saito T, Tomita T
Bio-Potency Evaluation Program, Korea Institute of Science & Technology, Taejon.
Lab Anim Sci. 1991 Oct;41(5):442-6.
A mutant strain of mice manifesting high proteinuria, wasting syndrome, and kidney glomerular defect was established from the F5 offspring of an interstrain cross of CBA/Nga and RFM/Nga mice. Affected mice had high levels of proteinuria after 40 days of age. The body weight of about 22.6% of affected mice decreased rapidly and they died between 3 and 5 months of age. We learned that this abnormality is controlled by two pairs of autosomal recessive genes; the mutant strain of mice is designated FGS/Nga. The mutant strain has been characterized by high proteinuria and renal lesions with focal sclerosis of glomeruli and tubular atrophy with interstitial nephritis in the kidney resembling the human disease. The FGS/Nga mouse strain is a potential animal model for studying kidney glomerular defect in humans.
通过CBA/Nga和RFM/Nga小鼠品系间杂交的F5代后代建立了一种表现出高蛋白尿、消瘦综合征和肾小球缺陷的小鼠突变株。受影响的小鼠在40日龄后出现高水平蛋白尿。约22.6%的受影响小鼠体重迅速下降,并在3至5月龄时死亡。我们了解到这种异常由两对常染色体隐性基因控制;该小鼠突变株被命名为FGS/Nga。该突变株的特征是高蛋白尿和肾脏病变,表现为肾小球局灶性硬化以及肾脏肾小管萎缩伴间质性肾炎,类似于人类疾病。FGS/Nga小鼠品系是研究人类肾小球缺陷的潜在动物模型。