Weed Detox Calculator

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Weed Detox Calculator

Estimate THC Detection Times Accurately

Weed Detox Calculator Inputs

Once a week 2-3 times a week Daily (low amount) Daily (moderate amount) Daily (heavy amount) Chronic/Multiple times daily How often do you typically consume cannabis?
How long have you been consuming cannabis at this frequency? Please enter a valid number of months (e.g., 0.5 for two weeks).
Slow Average Fast Your body's metabolic rate affects THC processing.
THC is fat-soluble; higher body fat can increase detection times. Enter between 5% and 60%.
Urine Test Blood Test Saliva Test Hair Test Different tests have varying detection windows.

Detox Time Estimate

Estimated Detection Window (Days)

Key Factors

THC Level Adjustment
Metabolism & Fat Modifier
Test Type Base Range
Formula: Detection Window = (Base Range from Test Type) * (Frequency Factor * Duration Factor) * Metabolism & Fat Modifier

Detection Window vs. Frequency

Estimated maximum THC detection days based on consumption frequency.

Typical THC Detection Windows

Test Type Occasional Use (1-2x/week) Moderate Use (3-4x/week) Heavy Use (Daily+)
Urine 1-7 Days 7-21 Days 30+ Days
Blood Up to 1 Day 1-2 Days 2-7+ Days
Saliva Up to 3 Days 3-5 Days 5-10+ Days
Hair ~7 Days (from last use) ~14-30 Days 30-90+ Days
General guidelines for THC detection periods across different testing methods.

What is a Weed Detox Calculator?

A weed detox calculator is a specialized tool designed to help individuals estimate the timeframe within which THC (tetrahydrocannabinol), the primary psychoactive compound in cannabis, may be detectable in their body after they stop consuming marijuana. This estimation is crucial for individuals facing drug tests for employment, legal reasons, or personal health monitoring. Understanding these detection windows can significantly alleviate anxiety and aid in planning. The calculator considers various factors that influence how quickly THC and its metabolites are eliminated from the system. It's important to remember that this is an estimation tool, and actual detection times can vary.

Who Should Use It?

  • Individuals awaiting employment drug screenings.
  • Those involved in legal proceedings requiring drug testing.
  • Athletes subject to sports doping control.
  • Anyone seeking to understand their personal timeline for THC elimination.
  • Individuals interested in managing their cannabis consumption and its potential detection.

Common Misconceptions about Weed Detox:

  • Myth: Detox drinks or kits guarantee a negative test. Reality: Their effectiveness is often unproven and can sometimes be detected by sophisticated tests.
  • Myth: A single marijuana use is undetectable after a few days. Reality: Depending on the test type and individual factors, THC can be detectable for much longer, especially in chronic users.
  • Myth: You can speed up THC elimination significantly with quick fixes. Reality: THC elimination is a biological process that takes time; drastic acceleration is difficult and often based on misinformation.
  • Myth: All drug tests for cannabis detect THC itself. Reality: Most tests, particularly urine tests, detect THC metabolites (like THC-COOH), which are stored in fat cells and released slowly.

Weed Detox Calculator Formula and Mathematical Explanation

The weed detox calculator employs a simplified model to estimate THC detection windows. It acknowledges that THC elimination is complex, influenced by numerous biological and external factors. The core logic combines standard detection ranges for different drug tests with modifiers based on the user's consumption habits and physiological characteristics.

The general formula can be represented as:

Estimated Detection Window = (Base Range from Test Type) * (Frequency & Duration Factor) * (Metabolism & Body Fat Modifier)

Variable Explanations:

Variable Name Meaning Unit Typical Range / Values
Base Range from Test Type The standard detection window for a specific drug test (e.g., urine, blood, saliva, hair) under typical usage conditions. Days (or Hours for Blood/Saliva) Urine: 1-30+ days; Blood: 0-2 days; Saliva: 0-3 days; Hair: 7-90+ days
Frequency of Use How often the individual consumes cannabis. Higher frequency leads to higher THC accumulation. Categorical (mapped to factor) 1 (once a week) to 6 (chronic/multiple times daily)
Duration of Use The length of time the individual has been consuming cannabis at the specified frequency. Longer duration increases THC saturation. Months Variable (e.g., 0.1 months to several years)
Frequency & Duration Factor A combined multiplier reflecting cumulative THC load based on how often and for how long cannabis has been used. Calculated dynamically. Multiplier Varies based on inputs, generally increases with frequency/duration.
Metabolism Speed The individual's metabolic rate. Faster metabolism generally leads to quicker elimination. Multiplier 0.8 (Slow), 1.0 (Average), 1.2 (Fast)
Body Fat Percentage The proportion of body mass that is fat. THC is stored in fat tissues, influencing release rate. Higher fat percentage generally means longer detection. Percentage (%) 5% – 60%
Metabolism & Body Fat Modifier A combined multiplier that adjusts the detection window based on metabolism and body fat. Calculated dynamically. Multiplier Varies based on inputs, generally increases with body fat and decreases with faster metabolism.
Estimated Detection Window The final calculated time frame during which THC or its metabolites are expected to be detectable. Days (or Hours) Result of the calculation.

Practical Examples (Real-World Use Cases)

Let's explore a couple of scenarios using the weed detox calculator to illustrate its application:

Example 1: The Occasional User Facing a Pre-Employment Urine Test

  • Scenario: Sarah uses cannabis once a week for the past 3 months. She has a pre-employment urine drug test scheduled in 2 weeks.
  • Inputs:
    • Frequency of Use: Once a week (Factor: 1)
    • Duration of Use: 3 Months
    • Metabolism Speed: Average (Modifier: 1.0)
    • Body Fat Percentage: 22%
    • Type of Drug Test: Urine Test (Base Range: ~1-30 days)
  • Calculator Output (Illustrative):
    • Frequency & Duration Factor: ~1.5 (Calculated based on inputs)
    • Metabolism & Body Fat Modifier: ~1.1 (Calculated based on inputs)
    • Base Range: 1-30 Days
    • Estimated Detection Window: ~7-25 Days
  • Interpretation: Sarah's calculator result suggests that even with occasional use, THC could potentially be detectable in her urine for up to 25 days. Since her test is in 14 days, she might be cutting it close. She may consider abstaining immediately and exploring further detox strategies or hoping for the best.

Example 2: The Chronic User Facing a Saliva Test

  • Scenario: John uses cannabis daily (heavy amount) for over 2 years. He needs to pass a saliva test in 5 days for a parole hearing.
  • Inputs:
    • Frequency of Use: Daily (heavy amount) (Factor: ~4.5)
    • Duration of Use: 24 Months
    • Metabolism Speed: Slow (Modifier: 0.8)
    • Body Fat Percentage: 35%
    • Type of Drug Test: Saliva Test (Base Range: ~0-3 days)
  • Calculator Output (Illustrative):
    • Frequency & Duration Factor: ~5.0 (Calculated based on inputs)
    • Metabolism & Body Fat Modifier: ~1.4 (Calculated based on inputs)
    • Base Range: 0-3 Days
    • Estimated Detection Window: ~2.8 – 7+ Days (Note: Saliva tests are highly variable and short-term)
  • Interpretation: The weed detox calculator indicates a detection window that extends beyond the 5 days John has. Saliva tests are generally shorter-term but are sensitive to recent use. Given his chronic usage, passing a saliva test in just 5 days is highly unlikely. He should focus on abstaining completely and possibly using oral rinses, although effectiveness is not guaranteed. This example highlights how chronic use drastically extends potential detection.

How to Use This Weed Detox Calculator

Using the weed detox calculator is straightforward. Follow these steps to get an estimated THC detection window:

  1. Determine Your Usage Frequency: Select the option that best describes how often you consume cannabis (e.g., "Once a week," "Daily (heavy amount)").
  2. Input Duration of Use: Enter the total number of months you have been consuming cannabis at the selected frequency. Be as accurate as possible. Use decimals for fractions of a month (e.g., 0.5 for two weeks).
  3. Select Your Metabolism Speed: Choose "Slow," "Average," or "Fast" based on your general understanding of your body's processing speed (e.g., how quickly you recover from illness, process food).
  4. Enter Body Fat Percentage: Provide your approximate body fat percentage. If unsure, use an online calculator or estimate based on your build. Higher percentages generally correlate with longer detection times.
  5. Choose the Test Type: Select the type of drug test you are concerned about (Urine, Blood, Saliva, or Hair). Each test has a different baseline sensitivity and detection window.
  6. Click "Calculate Detection Time": The calculator will process your inputs and display the estimated detection window in days (or hours for blood/saliva).

Interpreting the Results:

  • Estimated Detection Window: This is the primary output. It represents the range of days (or hours) from your last cannabis use that THC metabolites might still be detectable.
  • Intermediate Values: These provide insight into how your specific inputs (frequency, duration, metabolism, body fat) are influencing the final estimate.
  • Test Type Base Range: Shows the typical detection limits for the chosen test without specific user modifications.

Decision-Making Guidance:

  • If the calculated window is longer than your available time: It is highly recommended to abstain from cannabis immediately. Consider exploring additional detox methods, but understand their effectiveness varies greatly.
  • If the calculated window is shorter than your available time: You have a higher probability of passing, but remember this is an estimate. Continued abstinence is still the safest approach.
  • Use as a Planning Tool: This calculator is best used for planning purposes, allowing you to make informed decisions about abstaining well in advance of a potential drug test.

Key Factors That Affect Weed Detox Results

The accuracy of any weed detox calculator relies on understanding the variables involved. Several key factors significantly influence how long THC remains detectable:

  1. Frequency and Intensity of Use: This is perhaps the most critical factor. Chronic, heavy users build up significant levels of THC metabolites (especially THC-COOH) in their fatty tissues. Occasional users, conversely, have much lower levels, leading to shorter detection windows. The calculator models this through the "Frequency of Use" input.
  2. Metabolism Rate: Individual metabolic rates vary. People with faster metabolisms tend to process and eliminate substances, including THC metabolites, more quickly. Conversely, a slower metabolism will prolong the detection period. This is accounted for in the "Metabolism Speed" input.
  3. Body Fat Percentage: THC is lipophilic, meaning it dissolves in fat. The more body fat an individual has, the more storage capacity there is for THC metabolites. When the body burns fat, these metabolites are released into the bloodstream and eventually eliminated. Higher body fat generally means longer detection times, especially for tests like urine screens.
  4. Type of Drug Test: Different testing methods have vastly different detection windows.
    • Urine Tests: Detect THC metabolites (THC-COOH). Can detect use from a few days up to 30-90 days or more for heavy chronic users.
    • Blood Tests: Detect active THC in the bloodstream. Primarily indicates recent impairment or use within the last 0-2 days, though metabolites might linger longer.
    • Saliva Tests: Detect active THC. Usually detect use within the last 24-72 hours, sometimes longer for heavy users. Good for detecting recent impairment.
    • Hair Follicle Tests: Detect THC metabolites incorporated into the hair shaft. Can show historical use for up to 90 days or longer, as hair grows slowly.
    The calculator uses the "Test Type" to establish a baseline range.
  5. Hydration Levels and Exercise: While debated, significant hydration and strenuous exercise *might* slightly accelerate the elimination of THC metabolites, particularly if they lead to increased fat burning. However, excessive water intake close to a urine test can dilute the sample, potentially raising suspicion or leading to a re-test.
  6. Enzyme Activity (CYP450): The human liver contains enzymes, primarily from the Cytochrome P450 family, responsible for metabolizing THC. Genetic variations in these enzymes can affect how quickly individuals break down THC. While not a direct input in most calculators, this underlies the individual variations in metabolism.
  7. Diet and Nutrition: A healthy diet rich in fiber and antioxidants may support the body's natural detoxification processes. Conversely, a diet high in processed foods and unhealthy fats might hinder efficient metabolism.
  8. Use of Detox Products: Many commercial "detox" products exist. While some might temporarily mask metabolites (e.g., by dilution or adding creatinine), their effectiveness in truly clearing THC from the system is often temporary and not scientifically guaranteed. Relying solely on these without abstinence is risky.

Frequently Asked Questions (FAQ)

How accurate is this weed detox calculator?
This weed detox calculator provides an ESTIMATE based on general scientific understanding and common detection window ranges. Individual biology, specific product potency, and testing sensitivity vary, so actual detection times can differ. It's a guideline, not a guarantee.
Does drinking lots of water help detox THC faster?
While staying hydrated is good for overall health and can help flush metabolites, drinking excessive water close to a urine test can dilute the sample. Dilution might lead to a flagged test or a request for a re-test, rather than a negative result. True detoxification is a biological process that takes time.
How long does edible THC stay detectable compared to smoking?
Edibles are processed differently, often leading to longer-lasting effects and potentially longer detection windows in the body compared to the same amount of THC consumed via smoking, due to slower absorption and metabolism. The calculator accounts for frequency and duration, which generally covers this indirectly.
Can a hair test detect marijuana use from months ago?
Yes. Hair tests typically analyze a 1.5-inch hair sample from the scalp, which can reveal drug use over approximately the past 90 days, as hair grows about 0.5 inches per month. External contamination is usually ruled out.
What are THC metabolites, and why do tests look for them?
When your body metabolizes THC, it breaks it down into various compounds called metabolites. The primary one tested for in urine is THC-COOH. Tests look for these metabolites because they remain detectable in the body for much longer periods than active THC, indicating past use rather than current impairment.
Does CBD affect THC detection times?
Generally, CBD (cannabidiol) itself does not contain THC and should not directly affect THC detection times. However, some CBD products may contain trace amounts of THC. If consumed in large quantities, theoretically, this could contribute to overall THC levels, but it's unlikely to significantly alter detection windows unless the product is mislabeled or used excessively.
Is it possible to 'flush' your system quickly?
The idea of rapidly "flushing" the system is largely a myth. THC metabolites are stored in fat cells and released gradually. While healthy habits like hydration, exercise, and a good diet support natural elimination, there's no magic bullet for instant detoxification. Time and abstinence are the most reliable factors.
What should I do if I need to pass a drug test soon and have used cannabis?
The safest approach is complete abstinence starting as soon as possible. The weed detox calculator can help you estimate your timeline. For short notice, consider strategies like home testing kits to monitor your progress. Be extremely wary of products promising guaranteed results, as they are often ineffective or risky. Consulting a legal or medical professional might be advisable depending on your situation.

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Frequency and Duration Factor: A simplified way to model cumulative THC // This logic is illustrative. Real-world accumulation is complex. // We'll use a logarithmic scale for duration and a multiplier for frequency. var durationMultiplier = Math.log(durationMonths + 1) / Math.log(12 + 1); // Scales duration effect up to a year, then plateaus slightly if (durationMonths > 12) durationMultiplier = 1 + (durationMonths – 12) / 24; // Modest increase for longer durations var freqDurFactor = frequencyFactor * (1 + durationMultiplier * 0.5); // Combine frequency and duration // 2. Metabolism and Body Fat Modifier // Lower metabolism and higher body fat increase detection time. var fatModifier = 1 + (bodyFatPercent – 25) / 100 * 0.8; // Base adjustment around 25% body fat var metabolismBodyFatModifier = fatModifier / metabolismMultiplier; // 3. Calculate Estimated Detection Window // Combine factors. Ensure results are within plausible ranges for each test type. var estimatedMinDays, estimatedMaxDays; if (testType === 'urine') { // Urine: Base 1-30 days. Scale up significantly with factors. estimatedMinDays = minBaseRange * freqDurFactor * metabolismBodyFatModifier; estimatedMaxDays = maxBaseRange * freqDurFactor * metabolismBodyFatModifier * 1.2; // Add a bit more buffer for max estimatedMinDays = Math.max(1, Math.min(estimatedMinDays, 90)); // Cap at 90 days estimatedMaxDays = Math.max(estimatedMinDays + 1, Math.min(estimatedMaxDays, 120)); // Cap at 120 days } else if (testType === 'blood') { // Blood: Base 0-2 days. Less affected by chronic use, more by recent. estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.2) * (1 / metabolismMultiplier); // Small increase for chronic, factor in metabolism estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 0.3) * (1 / metabolismMultiplier) * 1.5; // Slightly higher max estimatedMinDays = Math.max(0, Math.min(estimatedMinDays, 7)); // Cap at 7 days estimatedMaxDays = Math.max(estimatedMinDays + 0.5, Math.min(estimatedMaxDays, 10)); // Cap at 10 days } else if (testType === 'saliva') { // Saliva: Base 0-3 days. Sensitive to recent use. estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.3) * (1 / metabolismMultiplier); estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 0.4) * (1 / metabolismMultiplier) * 1.3; estimatedMinDays = Math.max(0, Math.min(estimatedMinDays, 10)); // Cap at 10 days estimatedMaxDays = Math.max(estimatedMinDays + 1, Math.min(estimatedMaxDays, 15)); // Cap at 15 days } else if (testType === 'hair') { // Hair: Base 7-90 days. Directly related to chronic use. estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.8) * metabolismBodyFatModifier; estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 1.0) * metabolismBodyFatModifier * 1.1; estimatedMinDays = Math.max(7, Math.min(estimatedMinDays, 180)); // Cap at 180 days estimatedMaxDays = Math.max(estimatedMinDays + 7, Math.min(estimatedMaxDays, 270)); // Cap at 270 days } // Format results var mainResultText; if (estimatedMinDays === estimatedMaxDays || isNaN(estimatedMaxDays)) { mainResultText = estimatedMinDays.toFixed(1); } else { mainResultText = estimatedMinDays.toFixed(1) + " – " + estimatedMaxDays.toFixed(1); } if (testType === 'blood' || testType === 'saliva') { mainResultText += " Hours"; mainResultText = mainResultText.replace(/ Days/g, ""); // Adjust unit } else { mainResultText += " Days"; } mainResult.textContent = mainResultText; thcLevelFactorDisplay.textContent = freqDurFactor.toFixed(2); metabolismFactorDisplay.textContent = metabolismBodyFatModifier.toFixed(2); baseRangeDisplay.textContent = baseRangeAttr.replace('-', ' to '); updateChart(); } function updateChart() { var frequencySelect = getElement('frequency'); var testTypeSelect = getElement('testType'); var testType = testTypeSelect.value; var baseRangeAttr = testTypeSelect.options[testTypeSelect.selectedIndex].getAttribute('data-base-range'); var baseRangeValues = baseRangeAttr.split('-').map(parseFloat); var minBaseRange = baseRangeValues[0]; var maxBaseRange = baseRangeValues[1]; var dataSeries1 = []; // Max detection days var dataSeries2 = []; // Min detection days var labels = []; // Simulate for different frequencies, keeping duration, metabolism, body fat constant for chart visualization var currentDuration = parseFloat(getElement('duration').value); var currentMetabolism = parseFloat(getElement('metabolism').value); var currentBodyFat = parseFloat(getElement('bodyFat').value); var frequencies = [ { name: "Once/wk", factor: 1 }, { name: "2-3x/wk", factor: 2 }, { name: "Daily (Low)", factor: 3 }, { name: "Daily (Med)", factor: 4 }, { name: "Daily (High)", factor: 5 }, { name: "Chronic", factor: 6 } ]; frequencies.forEach(function(freq) { labels.push(freq.name); var freqDurFactor = freq.factor * (1 + Math.log(currentDuration + 1) / Math.log(12 + 1) * 0.5); var metabolismBodyFatModifier = (1 + (currentBodyFat – 25) / 100 * 0.8) / currentMetabolism; var estimatedMinDays, estimatedMaxDays; if (testType === 'urine') { estimatedMinDays = minBaseRange * freqDurFactor * metabolismBodyFatModifier; estimatedMaxDays = maxBaseRange * freqDurFactor * metabolismBodyFatModifier * 1.2; estimatedMinDays = Math.max(1, Math.min(estimatedMinDays, 90)); estimatedMaxDays = Math.max(estimatedMinDays + 1, Math.min(estimatedMaxDays, 120)); } else if (testType === 'blood') { estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.2) * (1 / currentMetabolism); estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 0.3) * (1 / currentMetabolism) * 1.5; estimatedMinDays = Math.max(0, Math.min(estimatedMinDays, 7)); estimatedMaxDays = Math.max(estimatedMinDays + 0.5, Math.min(estimatedMaxDays, 10)); } else if (testType === 'saliva') { estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.3) * (1 / currentMetabolism); estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 0.4) * (1 / currentMetabolism) * 1.3; estimatedMinDays = Math.max(0, Math.min(estimatedMinDays, 10)); estimatedMaxDays = Math.max(estimatedMinDays + 1, Math.min(estimatedMaxDays, 15)); } else if (testType === 'hair') { estimatedMinDays = minBaseRange * (1 + freqDurFactor * 0.8) * metabolismBodyFatModifier; estimatedMaxDays = maxBaseRange * (1 + freqDurFactor * 1.0) * metabolismBodyFatModifier * 1.1; estimatedMinDays = Math.max(7, Math.min(estimatedMinDays, 180)); estimatedMaxDays = Math.max(estimatedMinDays + 7, Math.min(estimatedMaxDays, 270)); } dataSeries1.push(estimatedMaxDays); // Max estimate dataSeries2.push(estimatedMinDays); // Min estimate }); if (myChart) { myChart.data.labels = labels; myChart.data.datasets[0].data = dataSeries1; myChart.data.datasets[1].data = dataSeries2; myChart.update(); } else { var canvas = getElement('detectionChart'); if (canvas) { ctx = canvas.getContext('2d'); myChart = new Chart(ctx, { type: 'bar', // Using bar for better comparison of ranges data: { labels: labels, datasets: [{ label: 'Max Detection (Days)', data: dataSeries1, backgroundColor: 'rgba(0, 74, 153, 0.6)', borderColor: 'rgba(0, 74, 153, 1)', borderWidth: 1 }, { label: 'Min Detection (Days)', data: dataSeries2, backgroundColor: 'rgba(40, 167, 69, 0.6)', borderColor: 'rgba(40, 167, 69, 1)', borderWidth: 1 }] }, options: { responsive: true, maintainAspectRatio: false, scales: { y: { beginAtZero: true, title: { display: true, text: 'Estimated Days' } }, x: { title: { display: true, text: 'Frequency of Use' } } }, plugins: { tooltip: { callbacks: { label: function(context) { var label = context.dataset.label || "; if (label) { label += ': '; } if (context.parsed.y !== null) { label += context.parsed.y.toFixed(1); } return label; } } } } } }); } } } function resetCalculator() { getElement('frequency').value = '1'; getElement('duration').value = '1'; getElement('metabolism').value = '1'; getElement('bodyFat').value = '25'; getElement('testType').value = 'urine'; // Clear error states var inputs = document.querySelectorAll('.loan-calc-container input, .loan-calc-container select'); inputs.forEach(function(input) { var parent = input.closest('.input-group'); parent.classList.remove('error'); var errorElement = parent.querySelector('.error-message'); if (errorElement) { errorElement.style.display = 'none'; } }); calculateDetox(); } function copyResults() { var mainResultValue = getElement('mainResultValue').textContent; var frequency = getElement('frequency').options[getElement('frequency').selectedIndex].text; var duration = getElement('duration').value; var metabolism = getElement('metabolism').options[getElement('metabolism').selectedIndex].text; var bodyFat = getElement('bodyFat').value; var testType = getElement('testType').options[getElement('testType').selectedIndex].text; var summary = "Weed Detox Calculation Results:\n"; summary += "———————————-\n"; summary += "Estimated Detection Window: " + mainResultValue + "\n"; summary += "———————————-\n"; summary += "Inputs Used:\n"; summary += "- Frequency: " + frequency + "\n"; summary += "- Duration: " + duration + " months\n"; summary += "- Metabolism: " + metabolism + "\n"; summary += "- Body Fat: " + bodyFat + "%\n"; summary += "- Test Type: " + testType + "\n"; // Use a temporary textarea for copying var textarea = document.createElement('textarea'); textarea.value = summary; textarea.style.position = 'fixed'; textarea.style.opacity = '0'; document.body.appendChild(textarea); textarea.focus(); textarea.select(); try { var successful = document.execCommand('copy'); var msg = successful ? 'Results copied!' : 'Copy failed!'; console.log(msg); // Optionally show a temporary confirmation message var copyButton = document.querySelector('.results-container .success'); var originalText = copyButton.textContent; copyButton.textContent = msg; setTimeout(function() { copyButton.textContent = originalText; }, 1500); } catch (err) { console.log('Unable to copy results.'); } document.body.removeChild(textarea); } // Initialize on load document.addEventListener('DOMContentLoaded', function() { calculateDetox(); // Initial calculation on load // Add event listeners for FAQ toggling var faqQuestions = document.querySelectorAll('.faq-list .faq-question'); faqQuestions.forEach(function(question) { question.addEventListener('click', function() { var parent = this.parentElement; parent.classList.toggle('open'); }); }); });

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