Abstract
The function of the brain is to integrate information and make behavioral decisions accordingly. The understanding of brain function is an important part of neuroscience, and it also provides inspiration for artificial intelligence. However, how information is represented and encoded in the brain, and how it is read by other downstream tissue links, these questions have not yet been clarified. To explore the regulation of information expression by molecular biology during the in vitro development of human fetal brain neurons. These cytokines all promote the expression of neural cells at the transcriptional level, laying the foundation for analyzing the molecular mechanism of their biological effects.
 The function of the brain is to integrate information and make behavioral decisions accordingly. The understanding of brain function is an important part of neuroscience, and it also provides inspiration for artificial intelligence. However, how information is represented and encoded in the brain, and how it is read by other downstream tissue links, these questions have not yet been clarified. To explore the regulation of information expression by molecular biology during the in vitro development of human fetal brain neurons. These cytokines all promote the expression of neural cells at the transcriptional level, laying the foundation for analyzing the molecular mechanism of their biological effects.
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