A close-up view through a microscope revealing intertwined strands and dark, round shapes against a light brown background. The image contains intricate patterns and textures, typical of a microscopic biological sample.
A close-up view through a microscope revealing intertwined strands and dark, round shapes against a light brown background. The image contains intricate patterns and textures, typical of a microscopic biological sample.

Diffusion

Modeling ligand diffusion through stochastic processes for biological insights.

A digital screen displaying analytical data with line graphs, histograms, and numerical values. The data is presented in a user-friendly interface with different shades of blue used to distinguish various elements.
A digital screen displaying analytical data with line graphs, histograms, and numerical values. The data is presented in a user-friendly interface with different shades of blue used to distinguish various elements.
A medical monitor displays various vital signs and readings, including an ECG line showing heart activity, numbers indicating SPO2 levels, and blood pressure. The screen is prominently labeled with 'DEMO', and the monitor is manufactured by Mindray.
A medical monitor displays various vital signs and readings, including an ECG line showing heart activity, numbers indicating SPO2 levels, and blood pressure. The screen is prominently labeled with 'DEMO', and the monitor is manufactured by Mindray.
The image depicts a microscopic view of a cellular structure with numerous circular blue elements scattered throughout a textured, grayscale background. The scene resembles a cross-section of complex organic material with various bubble-like formations.
The image depicts a microscopic view of a cellular structure with numerous circular blue elements scattered throughout a textured, grayscale background. The scene resembles a cross-section of complex organic material with various bubble-like formations.

Biological Signaling

Modeling ligand diffusion with advanced stochastic processes and algorithms.

A high-tech laboratory environment featuring multiple digital screens displaying complex graphical data, including a large DNA helix. The room contains advanced laboratory equipment on a sleek table and a chair draped with a white lab coat. Soft lighting and a futuristic aesthetic contribute to the overall ambiance.
A high-tech laboratory environment featuring multiple digital screens displaying complex graphical data, including a large DNA helix. The room contains advanced laboratory equipment on a sleek table and a chair draped with a white lab coat. Soft lighting and a futuristic aesthetic contribute to the overall ambiance.
Bio-LSTM Models

Integrating timing and biophysical neurons for enhanced plausibility.

Microscopic view of several elliptical, blue structures with bright pink dots in the center, surrounded by a greenish background. The appearance suggests cell structures under a fluorescence microscope.
Microscopic view of several elliptical, blue structures with bright pink dots in the center, surrounded by a greenish background. The appearance suggests cell structures under a fluorescence microscope.
Pathology Loss

Creating loss functions to protect apoptosis pathways effectively.

An intricate microscopic image of a cell with bright green fibrous structures surrounding a central blue nucleus. Scattered red dots are visible throughout the cell, illustrating a detailed and vibrant internal structure against a dark background.
An intricate microscopic image of a cell with bright green fibrous structures surrounding a central blue nucleus. Scattered red dots are visible throughout the cell, illustrating a detailed and vibrant internal structure against a dark background.
A microscopic view showcasing a detailed cellular structure with varying shades of pink and purple. The circular image emphasizes the textures and patterns typical of biological samples.
A microscopic view showcasing a detailed cellular structure with varying shades of pink and purple. The circular image emphasizes the textures and patterns typical of biological samples.
Organoid Testing

Validating precision on Wnt/β-catenin pathways in organoids.

Sync Verification

Verifying spatiotemporal sync through single-cell CyTOF analysis.

Innovation

Modeling biological processes through advanced algorithms.

© 2025. All rights reserved.