neomento is a virtual reality medical device designed to support exposure therapy by enabling therapists to create realistic, customizable environments tailored to individual patient needs. By simulating scenarios such as crowded public spaces or specific phobia-inducing situations, patients can confront and manage their anxieties within a controlled setting. This approach facilitates the treatment of various mental health conditions, including anxiety disorders, PTSD, and social phobias. The platform's adaptability allows clinicians to provide safe yet impactful exposure experiences, enhancing therapeutic outcomes. (neomento.de)

VirtuCueR is a virtual reality application aimed at preventing relapse in individuals recovering from alcohol dependence. It immerses patients in lifelike scenarios, such as bars or social gatherings where alcohol is present, to expose them to real-world cues that often trigger cravings. Within these controlled VR environments, patients can practice coping strategies and build resilience against triggers under the guidance of a therapist. This proactive approach enhances the efficacy of addiction treatment programs by bridging the gap between clinical settings and real-life situations. (virtucuer.de)

SMITH is a C#-based simulation model developed to study the initiation and progression of cancer, with a particular focus on spatial constraints within tumor environments. By incorporating a confinement mechanism, SMITH accurately simulates tumor growth dynamics, accounting for factors such as cell proliferation, mutation accumulation, and spatial limitations. The model is capable of efficiently handling simulations involving up to one billion cells, providing researchers with a powerful tool to explore tumor development at a granular level. (bitbucket.org)

CNSistent is a Python-based analytical tool designed for processing and interpreting copy number variation (CNV) data derived from genomic studies. It offers functionalities for analyzing CNV profiles, including data normalization, segmentation, and visualization, facilitating the identification of genomic alterations associated with various diseases, particularly cancer. CNSistent supports data from multiple sources and formats, ensuring broad applicability across different research projects. Its user-friendly interface and comprehensive documentation make it accessible to both bioinformaticians and researchers with limited programming experience. (readthedocs.io)

TREMPPI (Toolkit for Reverse Engineering of Molecular Pathways via Parameter Identification) is a software tool designed for researchers in systems and synthetic biology. It facilitates the reconstruction and analysis of gene regulatory networks by enabling the reverse engineering of molecular pathways based on experimental data. TREMPPI supports the modeling of complex biological systems, allowing scientists to simulate and predict the behavior of genetic circuits under various conditions. Its user-friendly interface and robust computational algorithms make it an essential resource for understanding gene interactions and regulatory mechanisms. (tremppi.fi.muni.cz)

A set of interactive media, art, and games project across different frameworks, platforms, languages, and devices (including self-made hardware). The project is a collection of various works, including interactive installations, games, and multimedia art pieces. It showcases the versatility and creativity of the author in exploring different mediums and technologies to create engaging experiences. (jac.adamstreck.eu)