Patients are increasingly using the web for understanding medical information, making health decisions, and validating physicians' advice. However, most of this content is tailored to an expert audience, due to which people with inadequate health literacy often find it difficult to access, comprehend, and act upon this information. Medical text simplification aims to alleviate this problem by computationally simplifying medical text. Most text simplification methods employ neural seq-to-seq models for this task. However, training such models requires a corpus of aligned complex and simple sentences. Creating such a dataset manually is effort intensive, while creating it automatically is prone to alignment errors. To overcome these challenges, we propose a denoising autoencoder based neural model for this task which leverages the simplistic writing style of medical social media text. Experiments on four datasets show that our method significantly outperforms the best known medical text simplification models across multiple automated and human evaluation metrics. Our model achieves an improvement of up to 16.52% over the existing best performing model on SARI which is the primary metric to evaluate text simplification models.

Science journalism is the art of conveying a detailed scientific research paper in a form that non-scientists can understand and appreciate while ensuring that its underlying information is conveyed accurately. It plays a crucial role in making scientific content suitable for consumption by the public at large. In this work, we introduce the problem of automating some parts of the science journalism workflow by automatically generating the 'title' of a blog version of a scientific paper. We have built a corpus of $87,328$ pairs of research papers and their corresponding blogs from two science news aggregators and have used it to buildSci ence-Blogger - a pipeline-based architecture consisting of a two-stage mechanism to generate the blog titles. Evaluation using standard metrics indicate viability of the proposed system.