Professors tested the ChatGPT-4
OpenAI’s GPT-4 language model has truly shocked scientists. It turns out that GPT-4 has remarkable potential not only in language processing but also in biological structure modeling. A study by Rutgers University revealed that GPT-4 can model biological molecules such as simple amino acids and protein structures with high precision. But interestingly, no one knows how AI gained this ability.
The OpenAI GPT-4 AI model’s high-level capability has been discovered: Modeled basic protein structures with high precision
In the study, GPT-4 was asked to create three-dimensional structure models of 20 different standard amino acids. The results were quite impressive. GPT-4 accurately predicted atomic composition, bond length and angles. However, some errors occurred when it came to ring structures and stereo-chemical configurations.
In another experiment, GPT-4 was tasked with modeling α-helix structure, a common protein structural element. Mathematical calculations were performed using the Wolfram plugin, and the model was found to be highly consistent with experimental data.
Companies will now create their own artificial intelligence assistants!
Now companies will build their own AI assistant!
OpenAI will allow small companies to customize artificial intelligence with the GPT-4o model. You will be able to create an assistant by uploading your data
Furthermore, GPT-4 analyzed how the antiviral drug Nirmatrelvir binds with the major protease of SARS-CoV-2. The model accurately identified the amino acids involved in the binding and precisely determined the distances between atoms in the interaction.
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