Comprehensive DataLab Ai Analysis Tools

Advanced image analysis for medical diagnostics

1
Select Sample Type

Choose between blood, urine, or stool sample analysis

2
Upload Image

Upload your microscopic image for analysis

3
Choose Analysis

Select the specific analysis you need

4
View Results

Get detailed analysis and download report

Upload Your Microscopic Image

Supported formats: JPG, PNG, TIFF

AI Analysis

Upload an image or video for AI-powered analysis

AI Analysis Results
Original Image
Processed Image

Analysis Options

Analysis Results

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Diagnosis

Diagnosis will appear here after analysis

Analysis Report

Parameter Value Normal Range

Microscopic Analysis Report

Comprehensive DataLab Ai Analysis Tools

Report Date: ${new Date().toLocaleDateString()}

Sample ID: ${analysisResults.sampleId || 'N/A'}

Sample Type: ${getSampleTypeName()}

Analysis Results

`; // Add sample-specific results if (analysisResults.sampleType === 'blood') { reportContent += `

Total cells: ${analysisResults.cellCount || 0}

`; if (analysisResults.infectedCells !== undefined) { reportContent += `

Malaria infected cells: ${analysisResults.infectedCells}

`; } if (analysisResults.wbcTypes) { reportContent += `

WBC Differential Count

`; for (const [type, count] of Object.entries(analysisResults.wbcTypes)) { reportContent += ` `; } reportContent += `
Cell Type Percentage Normal Range
${type} ${count}% ${getNormalRange(type)}
`; } } else if (analysisResults.sampleType === 'urine') { reportContent += `
Parameter Value Normal Range
RBC ${analysisResults.rbcCount || 0}/HPF 0-3/HPF
WBC ${analysisResults.wbcCount || 0}/HPF 0-5/HPF
Bacteria ${analysisResults.bacteriaCount || 0}/HPF 0/HPF
`; if (analysisResults.crystalTypes) { reportContent += `

Crystals Detected

`; for (const [type, present] of Object.entries(analysisResults.crystalTypes)) { reportContent += ` `; } reportContent += `
Type Present
${type} ${present ? 'Yes' : 'No'}
`; } } else if (analysisResults.sampleType === 'stool') { reportContent += `
Parameter Value Normal Range
WBC ${analysisResults.wbcCount || 0}/HPF 0-2/HPF
Parasites ${analysisResults.parasiteCount || 0} 0
Fat globules ${analysisResults.fatGlobules ? 'Present' : 'Absent'} Absent
`; if (analysisResults.parasiteTypes) { reportContent += `

Parasites Detected

`; for (const [type, present] of Object.entries(analysisResults.parasiteTypes)) { reportContent += ` `; } reportContent += `
Type Present
${type} ${present ? 'Yes' : 'No'}
`; } } // Add diagnosis const diagnosis = document.getElementById('diagnosis').textContent; reportContent += `

Diagnosis

${diagnosis}

This report was generated automatically by the Comprehensive DataLab Ai Analysis Tools.

For any questions, please consult with a medical professional.

`; reportContent += ` `; reportWindow.document.write(reportContent); reportWindow.document.close(); // Add button to print the report reportWindow.document.body.innerHTML += `
`; } function getSampleTypeName() { return { 'blood': 'Blood', 'urine': 'Urine', 'stool': 'Stool' }[analysisResults.sampleType]; } function getNormalRange(type) { const ranges = { 'Neutrophils': '40-60%', 'Lymphocytes': '20-40%', 'Monocytes': '2-8%', 'Eosinophils': '1-4%', 'Basophils': '0.5-1%', 'RBC': '0-3/HPF', 'WBC': '0-5/HPF', 'Bacteria': '0/HPF' }; return ranges[type] || 'N/A'; } function updateReportTable() { const table = document.getElementById('reportTable'); table.innerHTML = ''; if (analysisResults.sampleType === 'blood') { addTableRow( 'Total Cells', analysisResults.cellCount || 0, 'Varies by sample' ); if (analysisResults.infectedCells !== undefined) { addTableRow( 'Malaria Infected Cells', analysisResults.infectedCells, '0' ); } if (analysisResults.wbcTypes) { for (const [type, count] of Object.entries(analysisResults.wbcTypes)) { addTableRow( type, `${count}%`, getNormalRange(type) ); } } } else if (analysisResults.sampleType === 'urine') { addTableRow( 'RBC', analysisResults.rbcCount || 0, '0-3/HPF' ); addTableRow( 'WBC', analysisResults.wbcCount || 0, '0-5/HPF' ); addTableRow( 'Bacteria', analysisResults.bacteriaCount || 0, '0/HPF' ); if (analysisResults.crystalTypes) { for (const [type, present] of Object.entries(analysisResults.crystalTypes)) { addTableRow( type, present ? 'Present' : 'Absent', 'Absent' ); } } } else if (analysisResults.sampleType === 'stool') { addTableRow( 'WBC', analysisResults.wbcCount || 0, '0-2/HPF' ); addTableRow( 'Parasites', analysisResults.parasiteCount || 0, '0' ); addTableRow( 'Fat Globules', analysisResults.fatGlobules ? 'Present' : 'Absent', 'Absent' ); if (analysisResults.parasiteTypes) { for (const [type, present] of Object.entries(analysisResults.parasiteTypes)) { addTableRow( type, present ? 'Present' : 'Absent', 'Absent' ); } } } } function addTableRow(parameter, value, normalRange) { const row = document.createElement('tr'); const paramCell = document.createElement('td'); paramCell.textContent = parameter; row.appendChild(paramCell); const valueCell = document.createElement('td'); valueCell.textContent = value; // Highlight abnormal values if (parameter === 'RBC' && value > 3) valueCell.className = 'text-danger'; if (parameter === 'WBC' && value > (analysisResults.sampleType === 'stool' ? 2 : 5)) valueCell.className = 'text-danger'; if (parameter === 'Bacteria' && value > 20) valueCell.className = 'text-danger'; if (parameter === 'Parasites' && value > 0) valueCell.className = 'text-danger'; if (parameter === 'Fat Globules' && value === 'Present') valueCell.className = 'text-danger'; if (parameter === 'Malaria Infected Cells' && value > 0) valueCell.className = 'text-danger'; row.appendChild(valueCell); const rangeCell = document.createElement('td'); rangeCell.textContent = normalRange; row.appendChild(rangeCell); document.getElementById('reportTable').appendChild(row); }