Patient: Liujian, Male, 47 years old, hypertension for 15 years, and
increasing enuresis nocturna for 5 years.
Medical history: The patient had uncontrolled high blood pressure for 15
years. And about years ago, enuresis nocturna increased. The test results showed
that urine protein was+, serum creatinine was 270umol/l. He took some oral
medicines for two years, but every cold just aggravate his disease condition,
and serum was increasing all the time. One month before he was hospitalized, the
test results were: BUN44mmol/l,Creatinine: 596umol/l。
Physical examination when hospitalized: BUN24.12 mmol/l,CRE717 umol/l.
Treatment: On 15 December, 2010, and 17 December, 2010, the patient received
dialysis, and on 22 December, 2010, he had Umbilical Immunotherapy
transplant. Now he had went home for about two months. The creatinine was 298
umol/L. blood potassium has returned to normal, and blood pressure has been
under control. The patient also feels better than before, he now has a better
sleep and appetite.
Expert comment: The kidney tubules and glomerulus of this kidney failure
patient have all appeared injuries, and at the same time, he has Renal
Insufficiency accompanied with decreasing regulatory function and electrolyte
disturbance. The main pathology of injuries of chronic interstitial nephritis is
as follows: multifocal or diffuse renal interstitial fibrosis, shrinkage of the
kidney tubules, thickening of basilar membrane, and glomerular ischemic atrophy
and sclerosis. Therefore, there appears the symptoms of proteinuria(Proteinuria and Kidney Disease), low urine
Specific gravity, increasing Specific gravity and damaged kidney functions
etc.
Immunotherapy are undifferentiated cells and the original cells of the human.
They have the abilities of self replication and multi-differentiation so they
can join in the renewal and repair of the tissues. They can differentiate into
the renal tubular epithelial cells, renal tubular endothelial cells, mesangial
cells, and sertoli cells, and it has great significance for the reconstruction
and regeneration of the renal tissues and functions.