With the maturity of technologies such as in situ sensing and generative data enhancement, data collection will become a key link between laboratory discoveries and clinical transformation, accelerating the implementation of innovative drugs and precision delivery systems.

Data Insights

Comprehensive dataset for drug formulation and patient outcomes analysis.

Neural Network

Training models for predicting drug formulations and outcomes.

A colorful, abstract image featuring various pills and capsules in soft focus. The out-of-focus elements create a dreamy, almost surreal effect with light reflections and blurred shapes.
A colorful, abstract image featuring various pills and capsules in soft focus. The out-of-focus elements create a dreamy, almost surreal effect with light reflections and blurred shapes.
Data Cleaning

Standardizing chemical structures and handling missing values effectively.

An orange prescription pill bottle lies on its side with several blue and pink capsules scattered around it. The capsules are marked with the label 'A 4'. The bottle is plastic and white with a readable label, suggesting a medical or pharmaceutical context.
An orange prescription pill bottle lies on its side with several blue and pink capsules scattered around it. The capsules are marked with the label 'A 4'. The bottle is plastic and white with a readable label, suggesting a medical or pharmaceutical context.
Model Development

Utilizing OpenAI API for advanced machine learning applications.

Research Integration

Gathering data from pharmaceutical and clinical trial sources.

Data Insights

Transforming drug research through comprehensive data analysis and machine learning.

AI links production data, clinical feedback and design models in real time to achieve automated iteration of "design-production-verification". Based on the treatment data of patients after taking the medicine, AI automatically optimizes the release rate of the next batch of drugs.