Nuclear Abnormalities Linked to Chromatin Regulation in Genome Sequencing Study

Quick Summary

• Microscopy and genomics are commonly used for characterizing cell functions.
• Current approaches lack mechanisms for connecting the two types of details, especially at subnuclear resolution.
• A new technology called “expansion in situ genome sequencing (ExIGS)” has been developed that addresses these gaps.

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Indian Opinion Analysis
The advancement of ExIGS represents a meaningful advancement in cellular research,combining microscopy and genomics more effectively than previous methods. For India, this innovation opens potential avenues in medical research and biotechnology, areas crucial to addressing public health challenges like genetic disorders or infectious diseases effectively. As India aims to strengthen its scientific infrastructure and global reputation in cutting-edge research, integrating such technologies into academia or industry could lead to new discoveries while enhancing international collaborations.