A mouse knockout library for secreted and transmembrane proteins.

Area of Science:

• Genetics and Genomics
• Pharmacology
• Physiology

Background:

• Understanding gene function is crucial for biological research and drug discovery.
• Secreted and membrane proteins represent a significant class of drug targets.
• Large-scale knockout organism collections are valuable resources for functional genomics.

Purpose of the Study:

• To create and phenotypically characterize knockout mice for 472 genes encoding secreted and membrane proteins.
• To establish a comprehensive resource for studying the functions of these genes.
• To identify potential therapeutic targets by assessing phenotypic alterations.

Main Methods:

• Utilized retroviral insertion and homologous recombination to generate knockout mice.
• Disrupted 472 specific genes in the mouse genome.
• Conducted systematic phenotypic screening across multiple physiological systems.

Main Results:

• The majority of generated knockout mouse lines exhibited altered phenotypes.
• Observed alterations in embryonic development, metabolism, immune, nervous, and cardiovascular systems.
• Established a valuable resource of gene-specific mouse mutants.

Conclusions:

• Disruption of secreted and membrane protein genes frequently leads to observable phenotypes.
• This study provides a foundational resource for future research into gene function and disease.
• The generated knockout mice offer significant potential for identifying novel drug targets.