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Genes

Recent Advances in Optogenetics and Six Major Research Directions

Recent Advances in Optogenetics and Six Major Research Directions

Optogenetics represents a cutting-edge technology that integrates optical methods with genetic engineering to enable precise control over neuronal activity in living animals. This technology allows researchers to manipulate the activity of specific types of neurons within the brain, spinal cord, and peripheral nerves, including those in freely moving animals.

CRISPR-GPT: AI-Driven Gene Editing Experimental Design and Analysis System

CRISPR-GPT: AI-Driven Gene Editing Experimental Design and Analysis System

Discover CRISPR-GPT, an AI-driven gene editing system integrating large language models with CRISPR expertise to automate experimental design, gRNA selection, delivery strategies, and data analysis. This breakthrough lowers barriers for both beginners and experts, accelerates biomedical research, and ensures ethical safeguards in gene editing.

How Can Genes Be Switched On or Off on Demand?

How Can Genes Be Switched On or Off on Demand?

Gene expression regulation is a central theme in modern molecular biology, critical for research and biopharmaceutical development. From basic transcriptional control to advanced inducible systems, researchers can now precisely switch genes on or off, modulating expression across time, space, and dosage. Integration of gene editing, omics technologies, and RNA-based regulation enables dynamic control in physiologically relevant models.