Final answer:
The statement is true; genomic libraries are essential tools that can be used for the identification of recombinant proteins and also in gene therapy to address genetic diseases by providing a comprehensive collection of an organism's DNA sequences for cloning and characterizing genes.
Step-by-step explanation:
The question asks whether genomic libraries can be used to name recombinant proteins or for gene therapy. The statement is True. Genomic libraries can indeed facilitate the naming of recombinant proteins and can be a crucial resource in gene therapy applications.
A genomic library contains a large and comprehensive collection of DNA sequences from an organism, which are stored in a set of clones. These clones can be bacteria or phages engineered with recombinant DNA. Within these libraries, gene cloning can be performed to identify and mass-produce the gene of interest, which is essential for characterizing recombinant proteins.
Furthermore, genes from these libraries can be utilized in gene therapy to replace or deactivate defective genes causing disease. Consequently, by maintaining a representation of the entire genome, genomic libraries serve as a valuable tool for both protein identification and therapeutic interventions.