IgA Nephropathy is caused by the damage of the mesangial cells which is one
kind of kidney intrinsic cells. So if patients want to treat IgA Nephropathy,
the key of the treatment is to repair the damaged mesangial cells. If they are
better treated with effective treatments, they will return to normal, but if
they can’t take effective treatment, the disease would become more serious.
With traditional treatment, twenty to forty percent of the patients may
progress into End Stage Kidney Failure. Patients who have an increased level of
creatinine in their blood at the time of their diagnosis are more likely to
develop into Chronic Kidney Failure.Can Pediatric IgA Nephropathy Cured by Own Umbilical Cord Stem Cell
It is harder to predict which of the
patients who have normal levels of creatinine at the time of diagnosis will
develop into kidney failure. In general, a poor prognosis is expected for those
patients who have high blood pressure, a loss of more than two grams of protein
a day in their urine and a significant amount of damage present in their biopsy
specimen.Is Kidney Transplant the Only Hope for IgA Nephropathy Patient
But if the patients with IgA Nephropathy take effective treatments, they will
get rid of the disease after the repair of the damaged kidneys and better care
of themselves.Micro-Chinese Medicine Osmotherapy and stem cell therapy have
great effect on treating IgA Nephropathy and they can repair the damaged kidneys
and rebuild the kidney structures. The major symptoms of IgA Nephropathy are
proteinuria and hematuria. Hematuria is the presence of blood in the urine,
either as scattered cells discernible only by microscopic analysis or chemical
tests, or visible to the eye as a darkening of the urine. Proteinuria can also
be "selective" (containing only proteins of certain molecular weights) or
"nonselective" (containing mixed-weight proteins). Generally speaking, those
patients with selective proteinuria have a better prognosis than those whose
urinary protein contains mixtures of high and low molecular weights.