A Highly Accurate Adverse Drug Reactions (ADR) Detection from Medical Forum Comments Using Long Short-Term Memory Networks

Anjali Basagodu  Veeresh; Ravikumar Guralamata Krishnegowda; Shashikala Salekoppalu Venkataramu

doi:10.18502/fbt.v11i4.16508

Anjali Basagodu Veeresh Research Scholar Computer Science & Engineering Department, BGS Institute of Technology ACU, BG Nagar, Karnataka, India
Ravikumar Guralamata Krishnegowda Research Scholar Computer Science & Engineering Department, BGS Institute of Technology ACU, BG Nagar, Karnataka, India
Shashikala Salekoppalu Venkataramu Research Scholar Computer Science & Engineering Department, BGS Institute of Technology ACU, BG Nagar, Karnataka, India

DOI: https://doi.org/10.18502/fbt.v11i4.16508

Keywords: Adverse Drug Reactions; Medical Information; Long Short-Term Memory; American Standard Code for Information Interchange; Sensitivity Evaluation.

Abstract

Purpose: Adverse Drug Reactions (ADR) classification is useful in modern medical diagnostics and related applications. ADR is an example of how medical information is frequently accessible on social media platforms for healthcare, where people can share their experiences with treatments on desktop computers and mobile devices. Many researchers are interested in gathering valuable medical data from social media for the ADR system training and classification process.

Materials and Methods: This research explores the effects of three aspects on recognizing ADR mentions in social media for the medical field and proposes a deep neural network of Long Short-Term Memory (LSTM) neural networks to do so. The comments are collected from various social media platforms to implement the ADR system with proper training and testing processes. The texts from the dataset are initially preprocessed by using a data filtering and clustering process to remove the input data's redundant information to increase the training process's quality. Characteristic features, such as semantic features and text statistics, are extracted from the input text using the American Standard Code for Information Interchange (ASCII) array. Further, the features are converted and fed to LSTM networks for training and validation.

Results and Conclusion: This work is evaluated using two datasets, CODEC, and ADR Corpus datasets are used to evaluate the performance of the proposed ADR technique via multiple angles. Via extensive experiments, this work achieved 99.79 accuracy, 98.37 sensitivity, 97.63 specificity, 99.72 precision, 98.39 recall, 97.62 F1-score for the CODEC dataset, 98.16 for accuracy, 99.19 for sensitivity, 98.49 for specificity, 99.49 for precision, 96.72 for recall, and 93.16 for F1-score for ADR corpus, respectively.