Synthetic Biology Synthetic Biology is a multidisciplinary field that combines biology, engineering, computer science, and chemistry. Its goal is to design and construct new living organisms or biological systems for beneficial purposes, or to reprogram existing biological systems to make them more efficient or to give them new functions. Key Applications of Synthetic Biology: 1. Biomedical Applications Producing biological drugs such as insulin or antibiotics with higher efficiency. Gene therapy through designing genes that correct genetic defects. Cancer-killing cells: programming immune cells to target cancer cells (such as CAR-T therapy). 2. Agriculture and Food Developing drought-resistant or pest-resistant plants using engineered genes. Cultivating lab-grown meat from animal cells without raising livestock. Producing nutritional supplements (such as Vitamin B12 or Omega-3) from genetically modified bacteria. 3. Environment and Energy Pollution-eating organisms: such as bacteria that absorb heavy metals from water. Producing biofuels from genetically engineered microorganisms (such as algae or yeast). Recycling plastic using designed enzymes. 4. Industrial Biotechnology Manufacturing new materials such as synthetic spider silk or biodegradable plastics from biological components. Developing biosensors that detect toxins or diseases in different environments. Al-Mustaqbal University — the first university in Iraq.