Yes, it is true.
Growing genetically engineered bacteria and collecting human DNA/proteins that they produce.
nitrogen-fixing bacteria
maybe they wants to study a specific human growth hormone, the seientist will need a large supply to work with.
Scientists have used the technique of transferring human cell DNA into bacterial cells to create synthetic biology applications, such as genetically modified bacteria that can produce human proteins or pharmaceuticals. This process allows for the production of insulin, vaccines, and other therapeutic compounds in a more efficient and scalable manner. Additionally, it aids in research and understanding of human diseases by utilizing bacteria as models for studying human cellular processes.
Nitrogen-fixing bacteria convert atmospheric nitrogen into ammonia, which plants can absorb and use to make proteins, amino acids, and DNA. This process is essential for nitrogen to be accessible to living organisms in a usable form.
DNA contains the information used to make proteins.
Growing genetically engineered bacteria and collecting human DNA/proteins that they produce.
nitrogen-fixing bacteria
A transgenic organisms has one or more genes from another organism inserted into its genome.Transgenic bacteria with the gene for human insulin make human insulin that is used to treat people with Diabetes.
nitrogen fixing bacteria and lighting bolts in the sky.
maybe they wants to study a specific human growth hormone, the seientist will need a large supply to work with.
RNA
Bacteria has been used to make cheese.
Bacteria has been used to make cheese.
True in the 'manufacture' of Human Insulin - 'Humulin" genetically engineered bacteria are used to produce drugs and other chemicals that benefit humans.
nitrogen fixing bacteria and lighting bolts in the sky.
Proteins.