Innovative Protein Structure Prediction Solutions

At ju8y, we specialize in advanced protein structure prediction through deep learning and dynamic simulations, ensuring accuracy and biological relevance in our innovative research methodologies.

A complex structure composed of numerous connected spheres and rods, forming a three-dimensional geometric shape. The arrangement resembles a molecular or atomic model, with a mix of dark and light elements creating a striking contrast.
A complex structure composed of numerous connected spheres and rods, forming a three-dimensional geometric shape. The arrangement resembles a molecular or atomic model, with a mix of dark and light elements creating a striking contrast.
Transformative insights into protein structures.
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ProteinFoldNet

Innovative model for protein structure prediction and analysis.

An abstract 3D knot-like structure composed of interwoven black cords against a dark background. The structure features rounded, overlapping, petal-shaped forms with hints of purple and pink.
An abstract 3D knot-like structure composed of interwoven black cords against a dark background. The structure features rounded, overlapping, petal-shaped forms with hints of purple and pink.
Core Model

Integrating sequence analysis and structure prediction methodologies.

A highly detailed and magnified 3D rendering of a virus particle. The surface is spherical and covered in red spike proteins protruding from a grey core, with small orange and yellow elements scattered across.
A highly detailed and magnified 3D rendering of a virus particle. The surface is spherical and covered in red spike proteins protruding from a grey core, with small orange and yellow elements scattered across.
Deep Learning

Advanced algorithms for folding pathway and energy assessment.

A close-up of an abstract textured surface featuring irregular patterns resembling neural networks or biological structures. The surface appears metallic with reflective qualities and intricate grooves.
A close-up of an abstract textured surface featuring irregular patterns resembling neural networks or biological structures. The surface appears metallic with reflective qualities and intricate grooves.
A close-up view of a stylized DNA helix with a digital and futuristic design, featuring intricate patterns and hexagonal shapes within the strands. The image has a monochromatic blue color scheme, emphasizing a modern, scientific aesthetic.
A close-up view of a stylized DNA helix with a digital and futuristic design, featuring intricate patterns and hexagonal shapes within the strands. The image has a monochromatic blue color scheme, emphasizing a modern, scientific aesthetic.
Experimental Validation

Testing prediction effects on various protein types.

System Evaluation

Analyzing accuracy, efficiency, and biological relevance of predictions.

Protein Structure

Innovative tools for protein prediction and dynamic simulation analysis.

A complex, abstract shape with smooth, flowing curves and folds in a vibrant blue color against a dark background. The structure resembles an organic form with layered, wave-like textures.
A complex, abstract shape with smooth, flowing curves and folds in a vibrant blue color against a dark background. The structure resembles an organic form with layered, wave-like textures.
A complex, three-dimensional geometric structure resembling a twisted or knotted shape sits on a gradient surface. The surface appears smooth and reflective, illuminated by soft bluish and orange lighting, highlighting the contours and grid pattern of the structure.
A complex, three-dimensional geometric structure resembling a twisted or knotted shape sits on a gradient surface. The surface appears smooth and reflective, illuminated by soft bluish and orange lighting, highlighting the contours and grid pattern of the structure.
A close-up view of a spherical structure with tiny, branching elements protruding from its surface, against a soft gradient background of warm colors.
A close-up view of a spherical structure with tiny, branching elements protruding from its surface, against a soft gradient background of warm colors.
A complex geometric structure with spiky protrusions emerges against a black background. The spikes are multicolored, predominantly featuring shades of blue, purple, and teal. The structure has an organic and symmetrical appearance, resembling a sea urchin or an abstract starburst.
A complex geometric structure with spiky protrusions emerges against a black background. The spikes are multicolored, predominantly featuring shades of blue, purple, and teal. The structure has an organic and symmetrical appearance, resembling a sea urchin or an abstract starburst.
Research

Innovative protein structure prediction and analysis tools.

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