Synthetic Genomes and Molecular Surgery

What was the main goal of creating the Caulobacter ethensis-2.0 genome?

• To create a genome that does not code for proteins

• To replace natural genomes entirely

• To develop a synthetic genome with fewer nucleotides

• To create a new species of bacteria

What challenge did scientists face when trying to synthesize the synthetic genome?

• Lack of funding

• Natural genome patterns made synthesis difficult

• Insufficient laboratory equipment

• Inability to find suitable bacteria

How did the new team improve the efficiency of genome creation compared to previous efforts?

• By using more scientists

• By using a computer algorithm to rewrite the genome

• By increasing the budget

• By copying the natural genome exactly

What percentage of the new synthetic genome was functional?

• 100%

• 25%

• 50%

• 81.5%

What potential uses do scientists see for synthetic bacteria?

• Eliminating genetic diseases

• Replacing all natural bacteria

• Producing pharmaceuticals

• Creating new species

What is a major concern regarding the creation of synthetic genomes?

• Potential misuse leading to harmful pathogens

• Lack of interest from the scientific community

• Difficulty in obtaining necessary materials

• High cost of production

What does the new 'molecular surgery' technique use to reshape living tissue?

• Lasers and chemicals

• Electric current and 3D-printed molds

• Scalpels and sutures

• Ultrasound waves

What is the main advantage of the 'molecular surgery' technique?

• It can be performed by non-professionals

• It is faster than traditional surgery

• It leaves no scars and has zero recovery time

• It is less expensive

What is a potential application of the 'molecular surgery' technique?

• Improving digestion

• Curing cancer

• Correcting a deviated septum

• Treating heart disease

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