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KFT Test Cost & Labs
View all the labs for KFT Test and updated prices by clicking on the links as it may vary.
|Find KFT Test Labs, Cost & Book Appointment||Discounted price starting from|
|KFT Test Price in Delhi||₹ 400|
|KFT Test Price in Gurgaon||₹ 400|
|KFT Test Price in Noida||₹ 495|
|KFT Test Price in Mumbai||₹ 584|
|KFT Test Price in Pune||₹ 584|
|KFT Test Price in Bangalore||₹400|
|KFT Test Price in Hyderabad||₹ 525|
|KFT Test Price in Chennai||₹ 584|
|KFT Test Price in Kolkata||₹ 584|
|KFT Test Price in Sonipat||₹ 300|
|KFT Test Price in Raipur||₹ 734|
|KFT Test Price in Ghaziabad||₹ 455|
|KFT Test Price in Chandigarh||₹ 734|
|KFT Test Price in Other Indian Cities||₹ 400|
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Frequently Asked Questions About KFT Test
What are Kidneys?
We all know that some organs in the human body are necessary for our survival: we need our heart, our lungs, our brain, our kidneys…
KIDNEYS? Absolutely. Even though on Valentine’s Day you will not find a Kidney on the cover of the card or greetings, the kidneys are as important as the heart. We all need at least one kidney to survive!
Kidneys may be small but they are one of the most important organs in our body and have a big responsibility in maintaining our overall health. It is located on each side of the spine.
The size of the kidney is equivalent to our fists. The kidney functions to extract all the unwanted wastes and toxins from our body. Failure of kidneys can be very dangerous as all the toxins would start accumulating in our body which can be life-threatening as eventually, it will affect other organs as well.
What role does Kidney play in the human body?
The Kidneys are in the shape of beans and are placed in the upper abdominal cavity; they are on opposite side of each other of the spinal column. The right Kidney is a little lower than the left kidney so as to accommodate the liver.
Apart from its most primary function of removing toxins and wastes from our body, the kidneys are Multifunctional. Some of the major roles of the kidney are mentioned below:
- Remove waste and other fluids: We abuse our bodies’ every day by consuming various types of food and drinks in a day which puts a lot of pressure to our body, there are many of these things that the body does not require. The kidneys act as a filter to our body they help to extract all the unwanted toxins, excess salts, and urea and if the kidneys fail to do so then all the toxins start accumulating in our body which in turn damages the kidneys.
- Water level balancing: As the kidneys play a vital role in the chemical breakdown of urine, whenever there is a change in the body’s water level the kidneys start reacting, for example when there is a decrease in the water level intake of our body the kidneys start leaving water in our bodies rather than excreting it.
- Blood pressure regulation: Kidneys maintain blood pressure by regulating the volume of blood in the body. The kidneys maintain the proper levels of electrolytes (such as sodium and potassium) in the body. When electrolyte levels are high, the volume of the blood increases when the body starts retaining more water than required thus resulting in higher blood pressure. The blood pressure is maintained by kidneys by indirectly controlling the amount of blood in the body.
- Red blood cell regulation: A distress call is sent out to the kidneys when the kidneys do not get enough oxygen. A hormone called “erythropoietin” is stimulated in the bone marrow to produce more oxygen-carrying red blood cells.
- Acid regulation: As cells metabolize, they produce acids. Kidneys also help in controlling the ph levels in our body. Foods we eat can either increase the acid in our body or neutralize it. For the body is to function properly, we need to keep a healthy balance of these chemicals. The kidneys too.
- Keeps bones healthy: Our body and bones need vitamin D to absorb calcium and phosphorus. The kidneys also make an active form of vitamin D. In order to keep a healthy balance our body needs to function properly, cells metabolize and produce acids even foods that we eat can increase the acid in our bodies or neutralize it. The kidneys help to regulate these chemicals.
What is Kidney Failure?
There are many causes of kidney failure, and early treatment of this disease may be the first step in correcting the kidney abnormality.
Few causes of kidney failure are treatable and the functions of the Kidney may return to normal. Unfortunately, kidney failure may be progressive in other situations and may be irreversible.
When the kidneys are not able to filter waste from the blood properly and sufficiently Kidney failure occurs. There are many factors that can interfere with the kidney’s health and function, some are mentioned below:
- toxic exposure to environmental pollutants
- certain acute and chronic diseases
- severe dehydration
- kidney trauma
What causes Kidney Failure?
Diabetes and High blood pressure: These are the two main causes of the chronic kidney disease, which are responsible for up to 44% of the failure causes. Diabetes mainly causes damage to many organs in the body, including the heart and Kidneys, as well as blood vessels, nerves, and eyes. Careful control of blood sugar and proper medication for high pressure can prevent the Kidney failure and maintain it as long as possible.
Sometimes the kidneys can stop functioning all of a sudden (within two days). This type of kidney failure is known as acute kidney failure. Few common causes of acute kidney failure include:
- Heart attack or heart disease.
- Illegal drug use and drug abuse.( especially painkillers, unprescribed medications)
- Not enough blood flowing to the kidneys may be due to infections.
- Urinary tract problems, like kidney stones, enlarged prostate etc.
- Autoimmune diseases
- Genetic diseases (diseases you are born with), such as polycystic kidney disease
What are the signs of Kidney Dysfunction?
There are more than 20 million adults living with kidney disease and many do not know it. There are many physical signs of kidney dysfunction, but most of the times we attribute them to other conditions. Many people with kidney disease tend not to experience symptoms until the very late stages.
Some of the major symptoms are given below:
- Feeling more tired, weakness or are having trouble concentrating.
- Feeling cold most of the time when others are not.
- You’re having trouble sleeping.
- Shortness of breath.
- You have dry and itchy skin.
- You feel the need to urinate more often.
- You see blood in your urine.
- You’re experiencing persistent puffiness around your eyes
- Your ankles and feet are swollen.
- You have a poor appetite.
- Your muscles are cramping regularly.
Who should get tests for Kidney Dysfunction?
Kidney disease usually does not show any early signs (a change in our body) or symptoms (a change in how we feel). The only way to know how our kidneys are doing is by getting them tested annually or half-yearly.
Mainly people with high blood pressure, diabetes, a family history of kidney disease and people older than age 60 should get their kidneys tested at regular intervals.
People who have the following symptoms or attributes should consider getting a Kidney function test done at regular intervals.
- High blood pressure
- Blood or protein in your urine with no known cause
- Cardiovascular disease (People with heart problems, arteries, and veins, such as coronary heart disease or stroke)
- Heart failure
- People with kidney stones
- People who have an enlarged prostate
- A family history of kidney disease
What are the tests prescribed for testing?
To test your kidney, your doctor will advise you to get the below-mentioned tests. You can get them tested individually or in a prescribed health package.
Kidney function can be tested through a basic blood test called Kidney function test (KFT) or Renal Function Test.
- A blood test checks your GFR, which tells how well your kidneys are performing and filtering. GFR stands for glomerular filtration rate.
- A urine test checks for protein and blood in the urine.
Other tests which are used for further evaluation are
- Sometimes, a CT Scan Whole Abdomen (Computerized Tomography Scan) with Contrast (for better and clearer images) is also done.
- Ultrasound of abdomen is done to check for any abnormalities in size or position of the kidneys or for obstructions such as stones or tumors.
- Endoscopic retrograde cholangiopancreatography (ERCP)
- Magnetic resonance cholangiopancreatography (MRCP)
How is Kidney Function test (KFT) done?
A kidney function test is a blood-based test essential for the evaluation of kidney (renal) function. To test whether your kidney is working properly, your doctor will ask you to provide some blood sample. A doctor, a nurse, or a lab technician/ Phlebotomist will collect the blood sample, most probably from your arm. Usually, these tests are done early in the morning. These tests will help the doctors see how fast creatinine (the waste product) is clearing from your body. The breakdown product of muscle tissue is known as creatinine.
The report of the Kidney function test contains the normal ranges of the parameters covered. The reports of blood and urine will help you assess if more investigations are needed. Normal values for many tests are determined by the patient’s age and gender.
Your Doctor may advise you to take other appropriate measures if there are any other causes of your abnormal kidney function tests, such as kidney stones and excessive use of painkillers.
If your tests results show any abnormality, then you will probably need regular kidney function test.
What are the parameters covered in Kidney Function Test?
Your doctor will order a set of tests to test your kidney function, that can estimate your Glomerular Filtration Rate (GFR). This tells your doctor how quickly your kidneys are clearing waste from your body. It usually includes the following:
- BUN or blood urea nitrogen – this test is to check for wastes in our blood.
- Serum Creatinine – this test examines whether creatinine is building up in your blood. A high level suggests Kidney problem.
- Glomerular Filtration Rate (GFR)- The test determines the rate by looking at factors, such as age, gender, race, height, weight.
- Electrolytes (Potassium & Sodium).
- Chloride in blood & urine.
- Creatinine clearance.
- Protein in the urine.
- Urine analysis –
What is the interpretation of the results?
- Heavy protein meal
- Severe stress (fever, myocardial infarction)
- Lack of protein (celiac disease, nephrotic syndrome)
- Severe liver disease (end-stage cirrhosis, hepatitis)
- Overhydration (psychogenic water-drinking)
- Impaired kidney function
- A lot of meat in the diet
- Very large muscle mass
- Anabolic steroid users
- not significant
- Renal failure
- An increased breakdown of nucleoprotein (burns, crush injury)
- Hemolytic anemia
- Patient receiving thiazide diuretics
- not significant
Hypernatremia (increased Sodium) –
- Diarrhea (water loss)
- Hyperadrenalism (Cushing’s syndrome)
Hyponatremia (decreased sodium) –
- Diarrhea (sodium loss)
- Intestinal fistula
- Addison’s disease (hypoadrenalism)
- Renal disease, tubular dysfunction
Hyperkalaemia (increased potassium) –
- Tissue damage or impairment of renal clearance of K+ Shock
- Uncontrolled diabetes mellitus (tissue breakdown, utilization of protein for calories)
- Adrenocortical insufficiency (Addison’s disease)
Hyperkalaemia (decreased potassium) –
- Poor food intake
- Prolonged intravenous glucose or NaCl (without K+)
- GI fistulas (mostly intestinal)
Hypochloraemia (increased chloride) –
- Hyperchloremic acidosis (loss of HCO3– due to diarrhea or renal tubular acidosis with a compensatory increase in chloride).
- Stimulation of respiratory center (drugs, hysteria, anxiety, fever, hyperventilation) causes loss of CO2 and decrease in HCO3–, with the compensatory increase in chloride.
- High altitudes (a small effect which is due to hyperventilation), causing loss of CO2 and decrease in HCO3–, with a compensatory increase in chloride
Hypochloraemia (decreased chloride) –
- Hypoventilation (CO2 retention)
- Depression of the central nervous system (CO2 retention), with increased CO2 and HCO3– and the compensatory decrease in chloride.
- Pulmonary disease (CO2 retention), with increased CO2 and HCO3– and a compensatory decrease in chloride.
- Chronic renal disease
- Diabetic ketosis
Normal Range of Kidney Function Tests:
- 0.6 to 1.2 milligrams per decilitre in adult males
- 0.5 to 1.1 milligrams per deciliter in adult females.
- 20-40 mg/dL
- 3.5-5.5 mEq/L
- 135-147 mEq/L
- 9-11 mg/dL
- 98-106 mEq/L
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