approximately one-third of all diabetespatients develop kidney or renal damage also known as diabetic nephropathyurinary proteome analysis isn't innovative method the earlydetection of his chronic kidney disease neighboring the identification of firstclinical signs the kidneys are highly developed organsthat are very sensitive to any problems for example in the case have diabetesand can respond appropriately they clean the blood and remove waste that leaves the body in the urine thekitten is a made up about a million filters cooled glove merrily
and canals called jubilee the process offiltration takes place in the glomeruli about 1,500 liters ofblood passed through the kidneys per day whiletoxins are removed large amount to the important substancesthe recaptured by the jubilee eventually all toxins are discharged inabout 1.5 liters the european each day when renal damage occurs the filtering process as well as thereabsorption process become more and more limited diabetes-related high blood sugar levelscause permanent damage to the filters
in addition diabetes patients oftensuffer from high blood pressure intensifying the renal damage thereduced ability to filter those becomes evident in an increasingamount important proteins such as albumin leaving the body thedetection of protein in urine is generative first indication of suchrenal damage decreasing filtration read so-called gf are is another indicator clinicalsigns such as pain or discomfort do not occur with the result that diabeticnephropathy is most of them
only detected to very late stage of thedisease and ongoing decrease infiltrationeventually leads to irreversible chronic renal failure whenthe kidneys are permanently damaged and noble tration happens transplantation or dialysis is required otherwise the body will be poisonedwithin a few days dialysis replaces the cleaning process akidneys and takes place every two days forseveral hours during this time quality of life issignificantly reduced
dialysis replaces kidney function forjust several years is only 15 percent of the performance ofhealthy kidneys can be achieved kidney transplantation is the only long-term alternative option only a fewpatients can benefit from transplantation this the number ofavailable organza limited however the transplants your ability is limited urinary proteome analysis with the onlydiagnostic method in neighboring the detection of
early renal damage with high reliabilitybefore any clinical symptoms occur up to 6,000proteins can be detected simultaneously using 273 specific protein markers there was an extraordinary accuracy indiagnosing diabetic nephropathy naples earlydetection of disease but this early-stage diabetes patients can contributeactively in successfully to manage their disease and itscomplications early therapy can prevent or delay you renal damageand allows the life
3d ov afflictions worldwide renowned physicians recommendthe application of urinary proteome analysis get your health checked for longer and healthier life your doctor may recommend dialysis aprocedure that removes waste products from your blood if your kidneys are not functioningproperly healthy kidneys filter out waste
excess fluid and electrolytes like potassium and sodium from the blood these waste products exit the bodythrough the urethra enough warm up here in if you have kidney disease your kidneysgradually lose function leading to an accumulation of harmfulwastes and excess fluid in your body increasedblood pressure and bone or blood problems dialysis can also be done to treat acutekidney failure
which occurs when your kidneys stoppedworking suddenly or to remove drugs or poisons from yourbody in one type of dialysis calledhemodialysis your doctor will use a machine called adialogue is ur to clean your blood outside your body some weeks or months before you beginhemodialysis your doctor will prepare a vascularaccess site on your body your doctor will create either anarteriovenous graft
or an arteriole venus fistula to access your bloodstream to begin he or she will numb the area with local anesthesia to construct an arteriovenous graft yoursurgeon will make a small incision in your forearm and insert a soft plastic tube called agraft to connect an artery to a vein to create an arteriovenous fistula yoursurgeon will make a small incision in
your skin and connect an artery with a vein tomake a larger vessel called a fistula once your vascular access site hashealed your doctor can start hemodialysis to begin your dialysis nurse will inserttwo needles into your av fistula or graft once the circuit is set up your bloodwill flow slowly out of your body and through the dial i sir
side the dial-in sir your blood willencounter filtering fibers and an absorbent cleaning solutioncalled dialysis eight the fibers will waste and excess fluids and electrolytesfrom your blood your clean blood will emerge from the dial eyes ur and continuethrough the tubing back into your body through the secondneed a ladder access site when you're hemodialysis session iscomplete the needles and tubing are
removed and you can go home in another typeof dialysis your doctor will use the membraneslining your abdomen called the parrot in em to clean yourblood without removing it from your body before you begin peritoneal dialysis youwill have an operation to implant a soft tube called a catheter your surgeon will insert the catheternear your belly button creating a port through which thedialysis 8 will
enter and leave your abdomen each pairto neil dialysis session is called an exchange first you will use your catheter to fillyour abdomen with dialysis 8 for a period of time determined by yourdoctor through the parrot in er membrane wasteproducts an extra fluid are continuously drawn out of your bloodinto the dialysis 8 along with the wastematerials it absorbed the dialysis a will drain out of yourabdomen into a disposable collection bag duringyour exchange