Colorimetric Multi-Biomarker Sensing to Enable Critical Neonatal Monitoring

We designed a noninvasive, wearable and miniaturized paper sensor patch capturing critical body functions via colorimetric analysis of body fluids.The data provided here contains:- Sensor Characterization Raw Data: Experimental images and dataframes with the pixel color distributions for every variable (ph, temperature, sodium, glucose).- Sensor Skeleton Images: Images of the Sensor skeletons for data augmentation.- AI model prediction results dataframes: Dataframes of the AI model predictions for different levels of noise.- Results Pilot Experiment: Dataframes with results for pilot experiment.- Pilot experiment saliva sweat raw sensor images: Images and experimental color distributions of the sensors for pilot experiment. Preprint Manuscript:Wireless Colorimetric Multi-Biomarker Sensing to Enable Critical Neonatal Monitoring.Authors:Alejandra Castelblanco, Elisabetta Ruggeri, Giusy Matzeu, Motaharehsadat Heydarian, Kai Foerster, Ahmed Bahnasy, Andreas Flemmer, Julia A. Schnabel, Benjamin Schubert, Fiorenzo G. Omenetto, Anne HilgendorffmedRxiv 2025.09.21.25336258; doi: https://doi.org/10.1101/2025.09.21.25336258我们研制了一款无创、可穿戴且微型化的纸质传感器贴片，可通过对体液进行比色分析以获取关键人体生理功能数据。本数据集包含以下内容： - 传感器表征原始数据：涵盖各检测变量（pH值、温度、钠离子、葡萄糖）的像素颜色分布实验图像与数据框。 - 传感器骨架图像：用于数据增强的传感器骨架结构图像。 - AI模型预测结果数据框：针对不同噪声水平的AI模型预测结果数据框。 - 预实验结果：预实验所得结果数据框。 - 预实验唾液、汗液传感器原始图像：预实验中对应唾液与汗液检测的传感器原始图像及实验颜色分布数据。 预印本论文：《无线比色多生物标志物传感技术用于新生儿关键监护》 作者：Alejandra Castelblanco、Elisabetta Ruggeri、Giusy Matzeu、Motaharehsadat Heydarian、Kai Foerster、Ahmed Bahnasy、Andreas Flemmer、Julia A. Schnabel、Benjamin Schubert、Fiorenzo G. Omenetto、Anne Hilgendorff medRxiv 2025.09.21.25336258；DOI：https://doi.org/10.1101/2025.09.21.25336258