Academic Prototype - Not for Clinical Use

Smarter Thyroid Function Screening with AI

Analyse thyroid laboratory and clinical attributes using a simple 1D-CNN and receive instant, explainable academic screening insights.

Instant Lab Analysis 1D-CNN Screening Multi-Class Prediction Explainable Reports
TSH
2.4 mIU/L
T3
1.8 nmol/L
TT4
105 nmol/L
FTI
103

A B.Tech-friendly thyroid screening pipeline

ThyroCheck AI walks laboratory values through a documented preprocessing pipeline and a compact 1D convolutional neural network, trained on the official UCI Thyroid Disease dataset, to produce an instant, conservative screening pattern - never a diagnosis.

  • Trained on the official UCI Garavan Institute thyroid dataset
  • Three-class screening pattern with calibrated confidence
  • Simple, transparent explainability - no black-box claims
49
Model Inputs
3
Screening Classes
94.1%
CNN Test Accuracy
85.5%
Macro F1-score

Thyroid Laboratory Attributes Used

Interpretable inputs drawn directly from the trained model's feature set.

TSH
Thyroid Stimulating Hormone
T3
Triiodothyronine
TT4
Total Thyroxine
T4U
T4 Uptake Ratio
FTI
Free Thyroxine Index

How Instant Screening Works

1
Enter or upload lab values

Fill the manual form or upload a CSV batch of fictional screening records.

2
Preprocessing pipeline runs

Saved medians, encoders and scalers (fit on training data only) transform your input.

3
1D-CNN inference

The cached model produces class probabilities in milliseconds - no retraining, no waiting.

4
Conservative result

You get a screening-pattern likelihood, confidence, completeness and top contributors.

The 1D-CNN, Explained Simply

Each screening is turned into an ordered vector of 49 processed features (scaled lab values, encoded clinical flags, and measured/not-measured indicators). A small 1D convolutional network slides a short filter across this fixed ordering to learn combinations of nearby features, then pools and classifies.

Important: this is a 1D-CNN over a processed feature vector, not a time-series model - thyroid lab attributes are not treated as a sequence over time.

  • Input(n_features, 1)
  • Conv1D(16, k=3, relu)
  • BatchNormalization
  • MaxPooling1D(2)
  • Conv1D(32, k=3, relu)
  • GlobalAveragePooling1D
  • Dense(32, relu)
  • Dropout(0.3)
  • Dense(n_classes, softmax)

CNN vs Logistic Regression

Academic dataset performance - not clinical validation.

CNN accuracy: 94.1%
Logistic Regression accuracy: 95.9%

Dashboard Preview

78%
Euthyroid-like

Circular probability indicator on every result

Recent Screenings
Euthyroid-like
Hypothyroid-like
Hyperthyroid-like
Data Completeness

Every result shows how complete your submitted data was.

Academic prototype - not a medical device
Academic screening prototype only. This system does not diagnose thyroid disease and must not replace thyroid-function testing, physical examination, medical history or advice from a qualified healthcare professional. Laboratory reference ranges may vary between laboratories, populations, pregnancy stages and clinical situations.

Ready to try an academic thyroid screening?

Create a free account and run your first instant screening in under a minute.

Start Screening