Has the cure for kidney healing been detected?

Microscopic extracts ʹ 1,000 times as thin as hair transport a harmful enzyme into kidney fibrosis.

Fibroza is the main cause of kidney disease, which strikes some 2.6 million people in Great Britain.

Currently, there is no cure, and patients whose organs continue to fail, in the final phase of the disease, need dialis or a transplant to survive.

The new findings, led by Nottingham University researchers Trent, provide hope for a way to prevent the disease.

Scientists hope they will be able to block “anies” microscopic”, which are 100 broad nanometers and transmit transglutamines-2 (TG2).

Elizabeth Verderero, the lead author of the study, has said that this is an important achievement in treating the disease.

To play the role in fibrosis, TG2 has to find the exact location where the fibros are formed outside the cells. We know TG2 doesn't travel alone. We now have to look at how to target these “ship”, which means control or stopping them before the serious problem flows. It is also possible for us to look at TG2 in these “anije” as a way of early diagnosis of the disease. The more we know, the more likely we are to intervene”, she said.

Kidney disease costs the NHS 1.5 billion pounds annually. The organs eventually fail at about one in 50 patients, according to the NHS.

However, evidence shows that irrevocable fibros play a major role in the development of the disease.

Researchers from Sheffield University and the CNR Institute of Neurosciences in Milan are also involved in the latest project to find treatment.

They sought to find out how a familiar enzyme, causing kidney damage, was transported by cells to carry out its harmful action.

Transglutaminesis-2 (TG2) was first identified as the cause of kidney disease by Trent and Sheffield researchers in 1997, Kosovo Press broadcasts.

Scientists have used new technology to detect all TG2s associated with simulated kidney disease proteins.

They were then able to identify how TG2 leaves kidney cells in interrelated proteins such as collagen and fibronetic, leading to fibrosis.

They also discovered that harmful enzyme is transported through the exotic size of the nano.

Researchers confirmed their findings by showing the urine of 10 kidney patients. The samples showed that TG2 was being carried by the exotic.

The results, published in the Journal of the American Association of Neurology, have been welcomed by experts.

Otherwise, kidney failure is life - threatening and caused when clothing can no longer function normally because of indecision within its structure.