 diabetic nephropathy…
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male urinary system, pancreas, kidneys, diabetic nephropathy, kimmelstiel-wilson disease, diabetic glomerulosclerosis, diabetic kidney disease, diabetic nephropathy, complication of diabetes, have this condition, kidney, loses its ability to function properly, condition is characterized by high protein levels, in the urine, each kidney is made of more than a million units, nephrons, each nephron has a tuft of blood vessels, a glomerulus, glomerulus filters blood, forms urine, drains down into collecting ducts, ureter, earliest detectable change, in the course of diabetic nephropathy, thickening, in the glomerulus, at this stage, kidney, start allowing more albumin, protein, than normal, in the urine, detected by sensitive tests, albumin, stage, "microabuminuria", micro refers, small amounts of albumin, diabetic nephropathy progresses, increasing numbers of glomeruli, destroyed, the amounts of albumin excreted, in the urine increases, detected by ordinary urinalysis techniques, at this stage, a kidney biopsy clearly shows diabetic nephropathy, protein, appear, in the urine, 5 to 10 years, other symptoms develop, high blood pressure often accompanies diabetic nephropathy, over time, kidney's ability to function starts to decline, diabetic nephropathy, eventually lead to chronic kidney failure, disorder continues to progress toward end-stage kidney disease, 2 to 6 years, appearance of high protein, in the urine, proteinuria, diabetic nephropathy, most common cause of chronic kidney failure, end-stage kidney disease, type 1, type 2 diabetes, at risk, risk is higher, blood-glucose levels, poorly, controlled, once nephropathy develops, greatest rate of progression is seen in patients, poor control of blood pressure, diabetic nephropathy, accompanied by other diabetes complications, hypertension, retinopathy, vascular, blood vessel, early stages of nephropathy, nephropathy present, many years, high protein, in the urine, chronic kidney failure develop, throughout its early course, diabetic nephropathy has no symptoms, symptoms develop in late stages, a result of excretion of high amounts of protein, in the urine, due to renal failure, swelling, around the eyes, in the mornings, general body swelling, foamy appearance, excessive frothing, the urine, unintentional weight gain, from fluid accumulation, swelling, the legs, poor appetite, nausea, vomiting, general ill feeling, fatigue, headache, frequent hiccups, generalized itching, first laboratory abnormality, positive microalbuminuria test, very likely to develop diabetic nephropathy, most often, diagnosis is suspected, a routine urinalysis of a person, diabetes shows too much protein, in the urine, proteinuria, urinalysis, glucose, in the urine, blood glucose is poorly controlled, not be signs of other diabetic complications, high blood pressure present, develop rapidly, difficult to control, serum creatinine, bun, increase, kidney damage progresses, a kidney biopsy confirms the diagnosis, most nephrologists, not need to perform the biopsy case is straightforward, a documented progression, of proteinuria over time, presence of diabetic retinopathy on examination, the retina, the eyes, should there be any doubt, in the diagnosis, a biopsy performed to confirm the diagnosis, to study the extent, tests, protein electrophoresis, urine, creatinine, urine, 24-hour urine protein, goals of treatment, to slow the progression, of kidney damage, control related complications, main treatment, once proteinuria is established, angiotensin converting enzyme, ace, inhibitors, class of drugs reduces urine protein levels, slows the progression, of diabetic nephropathy, many studies have shown, related drugs, angiotensin receptor blockers, arbs, similar benefit, in fact, a combination best, blood-glucose levels, closely monitored, controlled, slow the progression, the disorder, in the very early, "microalbuminuria", stages, medications to manage diabetes include hypoglycemic pills, insulin injections, blood glucose must be monitored, dose of insulin adjusted, kidney failure progresses, less insulin is excreted, smaller doses needed to control glucose levels, diet modified, diet, diabetics, to help control blood-sugar levels, high blood pressure, aggressively treated, antihypertensive medications, uncontrolled high blood pressure, worsen kidney, eye, blood vessel damage, controlling high blood pressure, most effective way of slowing kidney damage from diabetic nephropathy, very important to control lipid levels, maintain a healthy weight, engage in regular physical activity, contrast dyes that contain iodine, excreted, the kidney, worsen an already reduced glomerular filtration rate, avoided, they must be used, fluids, adequate, rapid excretion, commonly used non-steroidal anti-inflammatory drugs, nsaids, ibuprofen, naproxen, cox-2 inhibitors, celebrex, injure the weakened kidney, a physician must always be consulted, using any drugs, urinary tract, infections, common, appropriate antibiotics, dialysis necessary once end-stage renal disease develops, at this stage, a, kidney transplant must be considered, another option, type 1 diabetes patients, combined kidney-pancreas transplant, diabetic nephropathy continues to get gradually worse, complications of chronic kidney failure, more likely to occur earlier, progress more rapidly, diabetes than other causes, after initiation of dialysis, after transplantation, diabetes tend to, worse than those, diabetes, complications, hypoglycemia, from decreased excretion of insulin, rapidly progressing chronic kidney failure, end-stage kidney disease, hyperkalemia, severe hypertension, complications of dialysis, complications of kidney transplant, coexistence of other diabetes complications, peritonitis, peritoneal dialysis used, increased infections, have diabetes, a routine urinalysis shows protein, develop symptoms of diabetic nephropathy, new symptoms develop, little, no urine output, blood glucose levels, controlled, closely, diabetes, controlling blood pressure, cholesterol, weight is just.
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