<![CDATA[MY CAM PROGRAM - Blog]]>Fri, 13 Mar 2026 05:03:59 -0500Weebly<![CDATA[Why do false positives happen?]]>Sat, 18 Oct 2025 16:38:52 GMThttps://www.mycamprogram.com/blog/why-do-false-positives-happen
Understanding the confusion behind your readings.
​You followed every rule, stayed compliant, and still—your monitor flagged a “positive.”
You feel anxious, maybe even accused. What went wrong?
Many participants assume a reading always means alcohol use. In truth, that number is just data, and like any data, it can be influenced by far more than one factor. The reality is that alcohol monitoring technology is sensitive. It’s built to detect alcohol molecules, but it doesn’t always know where those molecules came from.
​Everyday life introduces countless possibilities: a medicated cough drop, hand sanitizer, or even a health condition can create a temporary spike. Add in differences between breath and skin-based devices, and it’s easy to see why confusion and false alarms happen.
But the problem isn’t just the device. It’s the lack of clear, science-based education. Participants are told what to do, not why. Without understanding the “why,” you’re left to guess - and guessing can cost you time, money, and peace of mind.
The good news? There’s a way to separate fact from fear.
Inside the myCAMprogram, we explain exactly how these devices detect alcohol, what influences those readings, and the practical steps that keep your data accurate. You’ll learn how to document what matters and protect yourself with confidence, not panic.
Key takeaway: False positives don’t always mean failure. Sometimes, they mean missing information.
Learn what your device is really measuring at mycamprogram.com.
]]><![CDATA[When your body fools the test: Medical conditions that matter]]>Tue, 14 Oct 2025 14:28:35 GMThttps://www.mycamprogram.com/blog/when-your-body-fools-the-test-medical-conditions-that-matter
What your body might be saying (even when you haven’t had a drink).
​You’re doing everything right. You haven’t touched alcohol, but your test results say otherwise. If you live with diabetes, asthma, or other health conditions, this can feel especially unfair.
Here’s the truth: your body can sometimes mimic alcohol use.
Conditions like diabetes and fasting can lead to a buildup of ketones - natural chemicals your body makes when burning fat. Certain ketones, like acetone (which your body transforms into isopropanol), share chemical similarities with ethanol, the alcohol in drinks. Some breath and transdermal sensors can’t always tell the difference.
Similarly, people using asthma inhalers might be exposing themselves to ingredients in the inhaler that appear to the fuel cell sensor as alcohol use.
​The real danger is silence. Most monitoring programs never explain how health affects readings. Participants are left feeling helpless, when what they need is medical and forensic knowledge combined.
That’s why we built myCAMprogram.
Our modules show you how health conditions can influence results and more importantly, how to communicate that information to your supervising agency or healthcare provider. Understanding your body’s chemistry isn’t an excuse; it’s your best defense.
Key takeaway: Your body’s signals matter. Learn how to recognize when it’s your health, not alcohol, triggering the alarm.
Explore the Navigating Challenges section at mycamprogram.com.
]]><![CDATA[Residual alcohol and the wait period]]>Mon, 13 Oct 2025 19:25:35 GMThttps://www.mycamprogram.com/blog/residual-alcohol-and-the-wait-period
Aaron’s Ignition Interlock device flagged a positive breath test one morning, while he was on his way to work. He knew he hadn’t had a drink, but remembered using mouthwash right before testing. Sure enough, when he checked, the mouthwash contained alcohol.
Through the MyCAMprogram module on contamination and residual alcohol, he learned that even a small amount of alcohol left in the mouth can trigger a false positive. The program explained why testers require a 15–20 minute waiting period before blowing into a device, and how to document potential exposure events.
Now Aaron waits, uses a non-alcohol mouthwash, logs his testing times, and keeps notes on any products he uses before testing. His results have stayed clean, and he’s confident his readings reflect reality, not residue.
Key takeaway: That 15-20 minute wait isn’t just a rule - it’s protection for you. Skipping it raises the risk of false positives that can affect your freedom or your case. 
]]><![CDATA[The 20-minute rule: Why waiting before a breath test matters]]>Tue, 30 Sep 2025 15:06:15 GMThttps://www.mycamprogram.com/blog/the-20-minute-rule-why-waiting-before-a-breath-test-matters
If you’ve ever taken a breath test, you might have been told: “Don’t eat, drink, or put anything in your mouth for 15 to 20 minutes before blowing.” That’s not just a random rule — it’s critical for getting a fair result.
Here’s the reason: residual alcohol.
Products like mouthwash, cough syrup, breath spray, or even certain foods can leave alcohol, or worse, a substance that looks like alcohol to your testing device, in your mouth and throat. If you blow into a breath testing device too soon, it can mistake that leftover vapor for real alcohol in your blood.
Even if you didn’t drink, the machine might show a false positive. That’s why professional testing standards, including DUI investigations, always require a 15–20 minute wait period before testing.
What can you do?
  • Wait at least 20 minutes after eating, drinking, or using mouth products.
  • Document if you weren’t given that wait time. This could matter in court.
  • Be careful with common products like hand sanitizer, cough drops, or alcohol-based sprays.
Key takeaway: That 20-minute wait isn’t just a rule - it’s protection for you. Skipping it raises the risk of false positives that can affect your freedom or your case.
]]><![CDATA[Can Diabetes trigger false positives on alcohol monitors?]]>Mon, 29 Sep 2025 21:22:29 GMThttps://www.mycamprogram.com/blog/can-diabetes-trigger-false-positives-on-alcohol-monitors
Living with an alcohol monitor is stressful enough. If you also have diabetes, or even prediabetes, you may face another challenge: false positives.
Here’s why. When your body doesn’t process sugar properly, it produces ketones. These ketones (like acetone) can sometimes break down into chemicals that breath and skin alcohol monitors mistake for real alcohol.
​This doesn’t mean the device is “bad.” It means the science has limits. Breathalyzers that use fuel cells, and transdermal ankle monitors, can both react to ketones. In some cases, people with diabetes have seen readings that suggest they were drinking when they weren’t.
What you can do
  • Tell your lawyer or monitoring officer if you have diabetes or prediabetes.
  • Get medical records showing your diagnosis and treatment.
  • Keep a log of your blood sugar and medications.
  • Ask for retesting if you see a result that doesn’t match your reality.
Key takeaway: If you live with diabetes and are being monitored for alcohol use, you need to know that ketones can affect your results. Document everything, and don’t assume the monitor is always right.
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