Originally developed for pharmaceutical sales and medical communications, i-Details help healthcare professionals navigate clinical information, product data, studies, and supporting materials through structured digital presentations.
MSlide² follows a similar objective while introducing a different content model built around Structured Content Exploration.
Rather than treating content as a sequence of slides delivered through a dedicated platform, MSlide² organizes information into a navigable publication where users can explore content through visual navigation, multimedia, and direct access to specific topics.
The result is a flexible publishing framework that combines the familiarity of i-Detail presentations with the discoverability and distribution capabilities of the modern web.
An i-Detail is a digital presentation commonly used by pharmaceutical companies, healthcare organizations, and medical sales teams.
Typical i-Detail content includes:
Product information
Clinical studies
Safety information
Treatment pathways
Mechanism of action content
Patient support information
Medical references
The objective is to help healthcare professionals access structured information in a format that is easier to navigate than printed leave-behinds or static PDF documents.
Traditional i-Detail platforms were created to solve several challenges.
They help organize large amounts of medical information, support multimedia communication, improve consistency across sales teams, and provide more engaging alternatives to printed materials.
For many organizations, iDetails became the standard format for presenting healthcare information digitally.
Most i-Details follow a presentation-oriented structure.
Users move from slide to slide through a predefined sequence while navigating menus and content branches.
MSlide² introduces a different approach.
Instead of treating content as a presentation, information becomes part of a Structured Content Exploration Framework.
Users can move directly between topics, studies, chapters, references, and supporting materials while maintaining awareness of the broader content structure.
The focus shifts from presentation delivery to information exploration.
Medical and scientific information is often highly structured.
Clinical studies, product data, treatment information, safety details, and supporting references naturally form content hierarchies.
MSlide² helps organize this information through:
Visual Navigation System
Structured publication hierarchies
Long-form content experiences
Rich media support
Direct access to content sections
This allows healthcare professionals to explore information without losing context.
Modern medical communication increasingly relies on multimedia.
MSlide² supports:
Images
Video
Interactive media
Embedded content
Study visualizations
Educational media
This allows organizations to move beyond static slides while maintaining structured navigation.
One of the unique capabilities of MSlide² is Structured Content Distribution.
Traditional iDetails are often distributed as complete presentations.
MSlide² allows distribution at multiple levels:
Publication Distribution
Section Distribution
Slide Distribution
Fragment Distribution
A healthcare professional can access an entire presentation, a therapeutic area section, a specific study, or even a particular data point while preserving access to the broader publication.
This creates a more flexible model for sharing medical information.
MSlide² is particularly effective when:
Medical information is highly structured
Multimedia communication is important
Content needs to be explored rather than presented sequentially
Large collections of information require visual navigation
Teams need browser-based distribution
Content benefits from direct linking to specific sections or topics
Traditional iDetails transformed printed sales materials into digital presentations.
MSlide² extends that evolution by combining Structured Content Exploration, visual navigation, multimedia support, and modern distribution capabilities within a single publishing framework.
The result is a flexible alternative for organizations that need to communicate complex medical information through structured digital experiences.
