Research Gallery

Exploring biofilm dynamics through innovative experimental design and validation.

A petri dish containing various colonies of bacteria and fungi, showcasing diverse shapes, sizes, and colors. The colonies are growing on a nutrient agar medium with a grid pattern beneath them. Some colonies are circular and smooth, while others have fringed or filamentous edges. The dish is viewed from above, displaying a layer of translucent medium and different colony morphologies.
A petri dish containing various colonies of bacteria and fungi, showcasing diverse shapes, sizes, and colors. The colonies are growing on a nutrient agar medium with a grid pattern beneath them. Some colonies are circular and smooth, while others have fringed or filamentous edges. The dish is viewed from above, displaying a layer of translucent medium and different colony morphologies.
A gloved hand holds a petri dish containing various colonies of bacteria or mold. The colonies are of different shapes and sizes, predominantly displaying brown and beige colors, with a cloudy and somewhat dark appearance in certain areas.
A gloved hand holds a petri dish containing various colonies of bacteria or mold. The colonies are of different shapes and sizes, predominantly displaying brown and beige colors, with a cloudy and somewhat dark appearance in certain areas.
A laboratory setting featuring a water purification system with the brand name Rephile displayed on it. The setup includes a control unit with a digital display screen and an attached dispenser with a control panel. The background shows lab shelves and equipment, indicating a clean, sterile environment.
A laboratory setting featuring a water purification system with the brand name Rephile displayed on it. The setup includes a control unit with a digital display screen and an attached dispenser with a control panel. The background shows lab shelves and equipment, indicating a clean, sterile environment.
Various colonies of bacteria and fungi, including bright yellow and blue growths, are visible on an agar dish. The colonies appear in different sizes and textures, highlighting diverse morphological characteristics. There's a cluster of dense yellow formations amidst scattered blue specks, and a grayish, fuzzy circle to the right.
Various colonies of bacteria and fungi, including bright yellow and blue growths, are visible on an agar dish. The colonies appear in different sizes and textures, highlighting diverse morphological characteristics. There's a cluster of dense yellow formations amidst scattered blue specks, and a grayish, fuzzy circle to the right.
A petri dish containing red bacterial colonies on an agar surface. The colonies form scattered clusters and lines across the dish, highlighting varying growth patterns against a dark background.
A petri dish containing red bacterial colonies on an agar surface. The colonies form scattered clusters and lines across the dish, highlighting varying growth patterns against a dark background.
The image consists of a close-up view of a textured surface with varying shades of green and white. It appears to be a mix of organic and possibly algae-like substance with bubbles and wet areas visible across the surface.
The image consists of a close-up view of a textured surface with varying shades of green and white. It appears to be a mix of organic and possibly algae-like substance with bubbles and wet areas visible across the surface.
Research

Innovative strategies for biofilm formation analysis.

© 2025. All rights reserved.