Gene regulation modulates gene expression in cells and responds to environmental changes through mechanisms such as gene editing, overexpression, and molecular interactions. It involves regulation at multiple levels, including gene, transcription, and translation, playing a key role in processes like cell differentiation and development.
With advancements in technologies like CRISPR/Cas9, scientists can gain deeper insights into gene functions. Viral vectors such as lentivirus and adenovirus provide efficient solutions for gene delivery, widely used in gene therapy and research. Optimized viral vectors can precisely target specific cell types, improving the success rate of experiments and supporting long-term studies on gene function and drug responses. Meanwhile, products like sgRNA and Cas nucleases support precise gene editing, and molecular interaction analysis helps reveal the interactions between genes and proteins.
Tsingke, leveraging advanced R&D equipment and the advantages of the synthesis supply chain, drives down the cost of DNA synthesis through “Tsingke Gene Factory”. Tsingke Biotech focuses on cutting-edge life science technologies and is dedicated to providing efficient gene research tools for research institutions, hospitals, and biopharmaceutical companies, advancing scientific discoveries and pharmaceutical development.
