Bridging the Gap: Unraveling Neurovascular Communication in the Retina
Explore the intricate interactions between ipRGCs and IP-TNT networks in retinal function through innovative hypotheses, experimental approaches, and preliminary findings. Discover how these insights pave the way for understanding vascular communication in retinal health.
Create Your Own Variations
Sign in to customize this poster and create unique variations. Adjust text, colors, and style to match your needs perfectly.
Prompt
Create a professional scientific research poster with a three-column design about "Investigating Neurovascular Communication in Retinal Function". The poster should have a clean, academic layout with a header section containing a central graphical abstract showing a retina cross-section with color-coded ipRGCs/C24 RGCs (cyan and magenta) and IP-TNT networks (red). The poster should follow the detailed structure with three columns: Research Gap & Hypotheses (left), Experimental Approach (middle), and Preliminary Data & Results (right). Include placeholder areas for scientific figures, diagrams, and data visualizations as described in the layout. Use a color scheme with cyan for ipRGCs, magenta for C24 RGCs, and red for IP-TNTs. Include white bounding boxes with black text for labels, and maintain appropriate spacing between elements. The footer should include a key takeaway infographic with icons and a QR code area.
