Urine Tests For Diabetes: Glucose Levels And Ketones
The human body primarily runs on glucose. When your body is low on glucose, or if you have diabetes and don’t have enough insulin to help your cells absorb the glucose, your body starts breaking down fats for energy. Ketones (chemically known as ketone bodies) are byproducts of the breakdown of fatty acids. The breakdown of fat for fuel and the creation of ketones is a normal process for everyone. In a person without diabetes, insulin, glucagon, and other hormones prevent ketone levels in the blood from getting too high. However, people with diabetes are at risk for ketone buildup in their blood. If left untreated, people with type 1 diabetes are at risk for developing a condition called diabetic ketoacidosis (DKA). While rare, it’s possible for people with type 2 diabetes to experience DKA in certain circumstances as well. If you have diabetes, you need to be especially aware of the symptoms that having too many ketones in your body can cause. These include: If you don’t get treatment, the symptoms can progress to: a fruity breath odor stomach pain trouble breathing You should always seek immediate medical attention if your ketone levels are high. Testing your blood or urine to measure your ketone levels can all be done at home. At-home testing kits are available for both types of tests, although urine testing continues to be more common. Urine tests are available without a prescription at most drugstores, or you can buy them online. You should test your urine or blood for ketones when any of the following occurs: Your blood sugar is higher than 240 mg/dL. You feel sick or nauseated, regardless of your blood sugar reading. To perform a urine test, you urinate into a clean container and dip the test strip into the urine. For a child who isn’t potty-trained, a pa Continue reading >>
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Ketones Urine Test
Ketone bodies - urine; Urine ketones; Ketoacidosis - urine ketones test; Diabetic ketoacidosis - urine ketones test A ketone urine test measures the amount of ketones in the urine. How the Test is Performed Urine ketones are usually measured as a "spot test." This is available in a test kit that you can buy at a drug store. The kit contains dipsticks coated with chemicals that react with ketone bodies. A dipstick is dipped in the urine sample. A color change indicates the presence of ketones. This article describes the ketone urine test that involves sending collected urine to a lab. A clean-catch urine sample is needed. The clean-catch method is used to prevent germs from the penis or vagina from getting into a urine sample. To collect your urine, the health care provider may give you a special clean-catch kit that contains a cleansing solution and sterile wipes. Follow instructions exactly so that the results are accurate. How to Prepare for the Test You may have to follow a special diet. Your provider may tell you to temporarily stop taking certain medicines that may affect the test. Why the Test is Performed Ketone testing is most often done if you have type 1 diabetes and: Your blood sugar is higher than 240 mg/dL Nausea or vomiting occur Pain in the abdomen Ketone testing may also be done: You have an illness such as pneumonia, heart attack, or stroke Nausea or vomiting that does not go away You are pregnant Normal Results A negative test result is normal. Normal value ranges may vary slightly among different laboratories. Some labs use different measurements or test different samples. Talk to your provider about the meaning of your specific test results. What Abnormal Results Mean An abnormal result means you have ketones in your urine. The results are usually li Continue reading >>
Diabetes Urine Tests
Urine tests may be done in people with diabetes to evaluate severe hyperglycemia (severe high blood sugar) by looking for ketones in the urine. Ketones are a metabolic product produced when fat is metabolized. Ketones increase when there is insufficient insulin to use glucose for energy. Urine tests are also done to look for the presence of protein in the urine, which is a sign of kidney damage. Urine glucose measurements are less reliable than blood glucose measurements and are not used to diagnose diabetes or evaluate treatment for diabetes. They may be used for screening purposes. Testing for ketones is most common in people with type 1 diabetes. Type 1 Diabetes: What Are The Symptoms? This test detects the presence of ketones, which are byproducts of metabolism that form in the presence of severe hyperglycemia (elevated blood sugar). Ketones are formed from fat that is burned by the body when there is insufficient insulin to allow glucose to be used for fuel. When ketones build up to high levels, ketoacidosis (a serious and life-threatening condition) may occur. Ketone testing can be performed both at home and in the clinical laboratory. Ketones can be detected by dipping a test strip into a sample of urine. A color change on the test strip signals the presence of ketones in the urine. Ketones occur most commonly in people with type 1 diabetes, but uncommonly, people with type 2 diabetes may test positive for ketones. The microalbumin test detects microalbumin, a type of protein, in the urine. Protein is present in the urine when there is damage to the kidneys. Since the damage to blood vessels that occurs as a complication of diabetes can lead to kidney problems, the microalbumin test is done to check for damage to the kidneys over time. Can urine tests be used to Continue reading >>
How To Detect Ketosis
How can you tell if your low-carbing efforts have been effective enough to induce ketosis? Learn how to check your ketones! The state of ketosis The state of ketosis means that the body has switched from depending on carbohydrates for energy to burning fats for fuel. This means not only dietary fats (olive oil, guacamole, deep-fried pig ears), but also all the jiggly bits around your waist — clearly a desirable state for anyone looking to shed extra weight. When the body metabolizes fat, it generates molecules called ketones (also known as ketone bodies). As you restrict carbohydrate intake and amp up the dietary fat, more fat is metabolized and a greater quantity of ketones are created. Most of the cells in your body — including those in your brain — are able to use ketones for energy, although many people experience a few days’ adjustment period, often called the low carb flu. One of the varieties of ketones generated — acetone — cannot be used by the body and is excreted as waste, mostly in the urine and the breath. Conveniently, this makes it very simple to measure whether or not you are in ketosis. Upon entering ketosis, some people report a distinct change in the smell of their breath as a result of the extra released acetone. It could be “fruity” — it’s been likened to overripe apples — or even “metallic.” If you notice this happening during your first few days of changing your diet, it could be a good sign you’re in ketosis. The unusual smell isn’t anything dangerous, but it could be annoying. Drinking plenty of water should help, or get yourself some sugar-free gum. Most people report “keto-breath” diminishing after the first few weeks. Detecting ketones in urine The more accurate way — and the one we recommend — to check f Continue reading >>
How To Know If You’re In Ketosis: A Guide To Testing Ketone Levels
Ketosis can be a powerful way to use your metabolism for fat loss, mental output, physical performance as well as many other health benefits. But how do you know if you’re actually in ketosis? As the old adage goes “test, don’t guess” when it comes to your health. In this guide, we’ll show exactly how to test your ketone levels to know if you’re in ketosis so you can make sure you’re getting all of the benefits that ketosis has to offer. There are three primary forms of ketones in your body, acetone, acetoacetate, and beta-hydroxybutryate. Each of these compounds do different things in the metabolism of ketosis and can be tested individually with differing techniques. Not all measurement is created equally, however, and some can be better than others for different purposes or times. The three different ketone bodies can be measured when they spill over into three different areas of your body: your breath, urine or blood. The good news is that all of these ketone level measurements can be done at home, by yourself. You don’t have to go to any lab or use any fancy high tech equipment. Tracking diligently, at least when you’re getting used to ketosis based diets, is important so you know how much you react to different variables like exercise, type and amount of food, and amounts of exogenous ketone supplements. Also, the optimal level of ketones for specific goals can vary per person. Knowing the amount where you thrive in the goal you want to achieve (and consistently checking if you’re hitting that amount) is the fastest way to reach your goals. Testing levels of ketones with urine strips (acetoacetate) One of the ketone bodies, acetoacetate, can be measured directly in the urine if they are in excessive levels. The way metabolic substrates get into Continue reading >>
Tweet Ketone testing is a key part of type 1 diabetes management as it helps to prevent a dangerous short term complication, ketoacidosis, from occurring. If you have type 1 diabetes, it is recommended that you have ketone testing supplies on your prescription. Ketone testing may also be useful in people with other types of diabetes that are dependent upon insulin. Why test for ketones? Ketones are produced by the body as an alternative source of energy to sugar. The body produces ketones by breaking down fats, this process is known as ketosis. Ketones may be produced as part of weight loss, however, it’s important for people with diabetes on insulin to note that ketones can be produced when the body has insufficient insulin. When the body has too little insulin, it means that cells of the body cannot take in enough sugar from the blood. To compensate for this, the body will start to break down fat to provide ketones. However, if a high level of ketones is produced, this can cause the blood to become acidic which can lead to illness and even potential danger to organs if not treated in time. This state is referred to as diabetic ketoacidosis. Where can I get ketone testing kits and sensors? The most accurate way of testing for ketones is to use a meter that measures blood ketone levels. The following blood glucose meters are able to test blood ketone levels in addition to blood glucose levels: Abbott - FreeStyle Optium Neo Menarini - GlucoMen LX Plus If you take insulin, you should be able to get these prescribed by your GP. You can also test urine for ketone levels, however, urine ketone testing is not as accurate as blood ketone testing as the levels of ketones in the urine will usually only reflect a level of up to a few hours previously. When to test for ketones? Continue reading >>
What Are Ketones And Their Tests?
A ketone test can warn you of a serious diabetes complication called diabetic ketoacidosis, or DKA. An elevated level of this substance in your blood can mean you have very high blood sugar. Too many ketones can trigger DKA, which is a medical emergency. Regular tests you take at home can spot when your ketone levels run too high. Then you can take insulin to lower your blood sugar level or get other treatments to prevent complications. What Exactly Are Ketones? Everyone has them, whether you have diabetes or not. Ketones are chemicals made in your liver. You produce them when you don't have enough of the hormone insulin in your body to turn sugar (or “glucose”) into energy. You need another source, so your body uses fat instead. Your liver turns this fat into ketones, a type of acid, and sends them into your bloodstream. Your muscles and other tissues can then use them for fuel. For a person without diabetes, this process doesn’t become an issue. But when you have diabetes, things can run out of control and you build up too many ketones in your blood. If the level goes too high, it can become life-threatening. Who Needs a Ketone Test? You might need one if you have type 1 diabetes. In this type, your immune system attacks and destroys cells in your pancreas that make insulin. Without it, your blood sugar rises. People with type 2 diabetes can also get high ketones, but it isn't as common as it is with type 1. Tests can show you when your level gets high so you can treat it before you get sick. When Should You Test? Your doctor will probably tell you to test your ketones when: Your blood sugar is higher than 250 milligrams/deciliter (mg/dl) for two days in a row You're sick or you've been injured You want to exercise and your blood sugar level is over 250 mg/dl Continue reading >>
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Getting To Know Ketones
People with diabetes, particularly those with Type 1 diabetes, have been at least vaguely aware of the word ketones for a long time. With the recent resurgence of popular interest in low-carbohydrate diets, however, just about everyone seems to be talking about ketones these days. But does anyone really know what ketones are? Are they a danger to your health (as in diabetic ketoacidosis), or a sign that you have lowered your carbohydrate intake enough to cause weight loss (as some people who follow low-carbohydrate diets believe)? What are ketones? Ketones are end-products of fat metabolism in the body. That is, they are formed when fat is burned for energy by the muscles. Chemically, they are acids known as ketone bodies, and there are three types: beta-hydroxybutyric acid, aceto-acetic acid, and acetone. But you don’t have to be a chemist to understand what role they play in the body. To get to know ketones, it’s helpful to understand how your body burns fuel. A simple analogy is that of an automobile. For a car engine to run, the engine must burn fuel (gasoline), and when the fuel is burned, exhaust (carbon monoxide) is created. The carbon monoxide is the end-product of gasoline combustion. Your body also has an engine that must burn fuel to operate. The engine is muscle, and the fuel is fat, carbohydrate (glucose), and, in certain conditions, protein. When fat is burned, the “exhaust” is ketones, and when glucose is burned, the “exhaust” is lactic acid. Fat is more desirable as a fuel than glucose because there are more calories in a gram of fat (9 calories per gram) than there are in a gram of glucose (4 calories per gram), so you get more energy per gram of fat burned. In a sense, you could call fat a high-test fuel. But there is one catch to burning f Continue reading >>
How To Test Your Urine For Ketones
Are you on a diet where part of the goal is to be "in ketosis"? Some diets, such as the Atkins Diet, recommend testing to find out whether your body is generating ketones. The easiest and least expensive way to do this is to test your urine using Ketostix or a similar testing strip. Although it is not the most accurate method, it can be helpful for home testing, especially when you're new to a ketogenic diet. Testing can be a useful way to tell if you are eating something that is higher in carbohydrate than you realized. Since different people will be in nutritional ketosis with different amounts of carbohydrate (and sometimes protein), it can provide information to help you individualize your diet. It also provides motivation to stay in ketosis. Two Notes About Testing for Ketones Diabetics testing ketone levels to check for ketoacidosis will interpret the reading much differently than someone on a ketogenic diet who desires higher levels of ketones. A reduced-carb diet does not have to be ketogenic to be helpful. Many studies of non-ketogenic low-carb diets have been found to have many benefits. How to Use Ketone Testing Strips In order to test your urine, you will need ketone urine testing strips. There are many brands available, such as Ketostix and Chemstrip. The name "Ketostix" is often used to refer to any ketone testing strip, no matter the manufacturer. When you're ready to test, follow these steps: You can either pass the test end of the strip through your urine as you urinate (be sure to wet it entirely), or collect urine in a clean, dry container and dip the test strip in. Shake off excess drops of urine. Wait for 15 seconds or whatever time is stated on the brand of test strips you are using. Compare the color on your strip to the color array on the side of Continue reading >>
Ketones In Urine – How To Test And What Levels Are Optimal
There are likely two reasons you want to test the ketone levels in your urine: REASON 1 – you’ve got type one diabetes (or type two diabetes, in some cases) and you need to test the ketones levels in your urine to help you avoid ketoacidosis. If that’s the case, skip down to the sections on… Then, skip straight to the section on… REASON 2 – you’re on the Keto diet and you want to use urine strips to check if you’re in ketosis. If that’s the case, then don’t worry we’ll also cover: But skip the section on ketoacidosis – it doesn’t apply to you unless you’re diabetic! Note that information contained in this article (and website) is not intended to and shall not convey or recommend any medical or nutritional advice or course of action. Any diet, health, or nutritional program you undertake should be discussed with your doctor or other licensed medical professionals. All opinions expressed in this article are based solely on personal experiences and research. We are NOT licensed doctors, dietitians, or nutritionists. Testing Laboratory Microbiology - Air Quality - Mold Asbestos - Environmental - Lead emsl.com What are ketones? First things first – a quick 101 intro on what ketones actually are: Ketone bodies (or ketones) are produced by your liver during the break down of fatty acids when your body is low on glucose. Your body then uses these ketone bodies as fuel. You see, your cells can’t directly use the fatty acids in your fat stores to produce energy. And that’s because those fatty acids are unable to pass through the membrane which surrounds your cells. And if they can’t get inside? They can’t be used as fuel. So there’s an extra step to the process: First, the fatty acids travel to your liver where they’re broken down into ke Continue reading >>
Measuring Ketosis: What Are Keto Sticks And Keto Strips?
Ketosis is a metabolic state where the liver breaks down fat to produce ketones. Ketones, on a ketogenic diet, are the primary fuel source for the body. If you’re new to the ketogenic diet and you still have questions, consider reading our Comprehensive Beginner’s Guide to Keto > There are three main ways to measure the ketones in your body, all of which have their advantages and disadvantages. The most common ways to measure are: Blood Ketone Meter. Very accurate but the strips are extremely expensive. Breath Ketone Meters. More accurate than the urine strips, but can sometimes vary in accuracy. Cheaper than blood strips in the long-run. Urine Stricks. This will answer the question “Am I in ketosis?” but will not provide an accurate measure of blood ketones. Scroll down to read a more in-depth analysis of each, and what we recommend for you. Measuring Ketones with Urine Sticks Urine sticks will always be the cheapest and easiest way to measure ketosis. For beginners, this should cover everything you need – there is no point in getting more complex blood strips so early on when you are still trying to understand the nuances of a ketogenic diet. Ultimately, keto sticks are very easy to use – you hold the sticks in your urine stream for a few seconds, and within 10-15 seconds you should notice a color change in the strip (if you are in ketosis). The color of the stick typically is measured in red: light pink being low in ketone production and dark purple being high in ketone production. While keto sticks can be ideal for a general answer to the question “Am I in ketosis?”, they aren’t precise with their accuracy. They measure the acetoacetate in your urine, which is an unused ketone by the body. As you get deeper into ketosis and your body adapts, your b Continue reading >>
Quantitative Measurement Of Ketone Bodies In Urine Using Reflectometry.
Abstract BACKGROUND: Recently, automated urine test strip readers became available that can report quantitative data. We explored the possibility of measuring all ketone bodies (acetone, acetoacetate, 3-hydroxybutyrate) in urine with these test strips. Monitoring urinary ketone concentrations could offer the advantages of measuring higher values (due to the low renal thresholds) and being less sensitive to fluctuations. METHODS: We evaluated URISYS 2400 (Roche) quantitative reflectance data for the ketone reflectance field and compared it with biochemical data from urine samples. Using an easy sample pre-treatment with 3-hydroxybutyrate dehydrogenase, we were able to assay 3-hydroxybutyrate as well, which normally does not react on urine test strips. RESULTS: Within- and between-run reproducibility of the reflectance signal for high- and low-concentration urine pools was 11.0-3.6% and 11.0-5.8% for aceto-acetate, 8.2-9.2% and 10.4-16.1% for acetone, and 5.1-3.0% and 5.6-3.5% for 3-hydroxybutyrate, respectively. The lower limit of detection for acetoacetate was 0.13 mmol/L (CV=3.6%). Fair agreement was obtained between test strip data for ketones andcolorimetrically determined acetoacetate values (r=0.90). CONCLUSIONS: In urine test strip analysis, quantitative ketone reflectance data allow a simple and fast analysis, offering affordable screening for the detection of ketone body production in diabetes, especially in emergency settings. Continue reading >>
A Detailed Guide On How To Test Your Ketone Levels
I have to be honest with you. I’ve been making some critical mistakes. I was assuming that I was in ketosis for months but I’m now finding out that isn’t the case. Not even close. I’ve finally hunkered down and have been measuring my ketones the right way and the results have been pretty surprising. I was eating too much protein, and too little fat. I was eating too frequently. I was eating too few calories. I never would have known this without testing. Time for you to learn from the mistakes I made and test the right way. Ketosis can be a powerful nutrition approach to use switch your metabolism to prioritize for fat loss, mental output, physical performance, and much more. The main problem? Many people just assume that if they are “low carb” they are in ketosis, but think again. How do you know if you’re actually in ketosis? As I love to say, “test, don’t guess” when it comes to your health. (Still trying to get “track, don’t slack” to catch on…) I’ll outline in this article the three ways to test your ketone levels and which you should be doing when. HOW TO TEST YOUR KETONE LEVELS: THREE DIFFERENT WAYS There are three testing methods because there are three forms of ketones in your body: acetate, acetoacetate, and beta-hydroxybutryate. Each of these ketone bodies do slightly different things and are in different forms, so they can be tested individually with different methods. The three different area these ketones exist in your body are your breath, urine or blood. The good news is that all of these ketone level measurements can be done at home, by yourself. You don’t need to go to a lab or use any fancy high-tech gadgetry. Tracking consistently, at least when you’re getting used to a ketogenic diet, is important so you know how mu Continue reading >>
Blood Versus Urine Ketone Monitoring In A Pediatric Cohort Of Patients With Type 1 Diabetes: A Crossover Study
Go to: Type 1 diabetes (T1D) incidence is consistently rising, especially in children below the age of 5 [Lipman et al. 2013]. Among the acute complications related to the disease, diabetic ketoacidosis (DKA) is the most important and is associated with a mortality rate of 0.15–0.30% [Rosenbloom, 2010], mostly (57–87%) due to cerebral edema [Wolfsdorf et al. 2006]. Other causes of death with DKA include hypokalemia (risk of cardiac arrhythmias), hypophosphatemia, hypoglycemia, peripheral venous thrombosis, acute renal failure, sepsis, or aspiration pneumonia [Rosenbloom, 2010; Wolfsdorf et al. 2009]. Estimation of the annual incidence of DKA in patients with T1D outside of partial remission phase varies between 1.5 to 8 episodes per 100 patients [Rewers et al. 2002]. Risk factors for DKA include poor diabetes control or compliance with insulin injections, sick days and errors in manipulation (e.g. insulin pump therapy) [Rosenbloom, 2010]. As DKA is physiologically always preceded by the production of ketone bodies (i.e. acetoacetate and 3β-hydroxybutyrate), strategies aiming at reducing the occurrence of ketosis events may have a direct impact on the global reduction of DKA incidence. Besides DKA, diagnosis of ketosis may influence diabetes outcome as suggested by investigations showing the activation by ketones of oxidative stress via mitogen-activated protein kinase pathways, with possible implications in vascular disease and atherosclerosis [Kanikarla-Marie and Jain, 2016]. Ketone testing traditionally depends on urine collection, which might prove difficult to implement in young children. An alternative has been developed for testing ketones in capillary blood, and recent meters now allow accurate monitoring, especially below values of 5 mmol/L of 3β-hydroxybu Continue reading >>
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Ketone Measurements— Which Method Is Best?
Early recognition and rapid induction of treatment are critical to reducing morbidity and mortality in diabetic cats that become ketoacidotic.Urine dipstick is the standard means for detecting ketone bodies in diabetic cats.The plasma ketone dip test (PKDT) using the urine dipstick colorimetric method was introduced in 2003. In this study, the results of the urine ketone dipstick test (UKDT) and PKDT in cats with possible ketosis or diabetic ketoacidosis (DKA) were compared, with plasma beta-hydroxybutyrate (beta-OHB) measurements used as the gold standard.On the basis of clinical examination findings, beta-OHB measurements, and blood gas analysis, 54 cats with diabetes mellitus were classified into 1 of 3 groups: nonketotic cats (n= 3), ketotic cats (n = 40), or ketoacidotic cats (n = 11). Paired urine and blood samples were collected, and urine and plasma were both tested on urine ketone reagent strips to determine acetoacetate concentrations. Although a good correlation was found between blood and urine ketone measurements, the results differed significantly—measurements of the PKDT were on average higher than results of the UKDT.The best cutoff values for detecting ketoacidosis was 1+ (≥ 1.5 mmol/L) for urine and 2+ (≥ 4 mmol/L) for plasma.Using these cutoff values yielded the following sensitivities and specificities: 82% and 95% for urine and 100% and 88% for plasma, suggesting that PKDT is a useful tool for ruling out DKA.Because of its higher sensitivity, the PKDT performs better than the UKDT in identifying cats with impending or established ketoacidosis. COMMENTARY: It is very interesting that so many cats were found to be positive for beta-OHB even though they did not have metabolic acidosis.As highlighted by the authors, hospitalization is typically re Continue reading >>