iFlap: Reconstructive Flaps 2.2

iFlap presents itself as a noteworthy digital tool for clinicians specializing in reconstructive surgery. This tablet-based app encompasses a wealth of content, specifically designed to facilitate clinical problem-solving related to tissue reconstruction. With 86 distinct flap surgeries, it addresses the majority of reconstructive defects encountered in practice.

The app is built on a clinical-based algorithm that generates a curated list of suggested flap surgeries tailored to specific reconstructive challenges. Users can navigate through these options either via an indexed list or a robust search feature, enhancing the overall accessibility of the information.

Visual learning is paramount within the app, as it incorporates high-resolution illustrations alongside 2-D animations that meticulously detail anatomical considerations, dissection procedures, and the arcs of rotation pertinent to each flap surgery. Important features are conveniently highlighted in the sidebar for user-friendly reference. Additionally, many flaps are enriched with high-quality streaming videos focusing on Anatomy/Markings, Dissection Steps, and Tips & Tricks, complemented by an organized index of these video resources.

The app's interface is notably graphic, interactive, and intuitive, contributing to an engaging user experience. This design ultimately positions iFlap as a dynamic and practical resource that is both portable and user-friendly.

• 82 clinical algorithms addressing various tissue defects
• 86 flap options for reconstructive surgery
• 496 detailed illustrations showcasing anatomy, markings, and dissection processes
• 82 animations illustrating the arcs of rotation
• 23 videos on Anatomy/Markings
• 24 videos detailing Dissection Steps
• 30 videos offering Tips & Tricks
• Bookmarking capability and extensive search functions
• A 'My Notes' section for personalized documentation and reflections
• Currently optimized exclusively for tablet use
• A comprehensive feature set designed to meet clinical needs