No - the main goal of genetic engineering - is to eliminate weaknesses in the subject organism. Example 1 - Creating a strain of wheat that is resistant to disease
False A+ls - Awesomeness399 :P
No - the main goal of genetic engineering - is to eliminate weaknesses in the subject organism. Example 1 - Creating a strain of wheat that is resistant to disease False A+ls - Awesomeness399 :P
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Hybridization is crossing two varieties of the same or similar species through pollination or other natural methods to create a new variety. Genetic engineering is the process of artifically inserting a gene from one species into another species to create a new trait, such as inserting a bacteria gene into corn to create resistance to a pesticide. So, though some consider them to be the same, they are not. Hybridization is a completely different process than genetic engineering.
The branch of science that deals with the design, construction, and operation of robots is called robotics. It encompasses various fields, including engineering, computer science, and artificial intelligence, to create machines that can perform tasks autonomously or semi-autonomously. Robotics combines principles from mechanical engineering, electrical engineering, and software development to create functional robotic systems.
Sample answer: Engineered traits such as herbicide resistance could transfer to weeds and create "superweeds."
No - the main goal of genetic engineering - is to eliminate weaknesses in the subject organism. Example 1 - Creating a strain of wheat that is resistant to disease False A+ls - Awesomeness399 :P
The branch of science where scientists change genes is called genetic engineering or genetic manipulation. This field involves altering the DNA of an organism to create desired traits or outcomes.
Genetic engineering may enable scientists to create micro-organisms, animals and plants. These are commonly referred to as clones of the originals.
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Genetic engineering is possible because all organisms share a similar genetic code with DNA as the universal genetic material. This allows scientists to transfer genes between different species or manipulate existing genes to create desired traits. This shared genetic code provides a foundation for genetic engineering to function effectively across various organisms.
In genetic engineering, splicing involves cutting and combining DNA from different sources to create a new genetic sequence. This process allows scientists to insert specific genes into an organism's DNA, altering its traits or functions.
Hybridization is crossing two varieties of the same or similar species through pollination or other natural methods to create a new variety. Genetic engineering is the process of artifically inserting a gene from one species into another species to create a new trait, such as inserting a bacteria gene into corn to create resistance to a pesticide. So, though some consider them to be the same, they are not. Hybridization is a completely different process than genetic engineering.
Science discovers natural phenomena that engineering can use to create the many technologies that we depend on every day.
Not with current technology. What the future holds is hard to say for sure.
The other name for recombinant DNA is genetic engineering or gene splicing. It refers to the process of combining DNA molecules from different sources to create a new sequence with desired traits.
The branch of science that deals with the design, construction, and operation of robots is called robotics. It encompasses various fields, including engineering, computer science, and artificial intelligence, to create machines that can perform tasks autonomously or semi-autonomously. Robotics combines principles from mechanical engineering, electrical engineering, and software development to create functional robotic systems.
No, it is not possible to create a mermaid as they are mythical creatures that do not exist in reality. Science can manipulate genetic material to a certain extent but cannot create entirely new species that do not have a basis in biological reality.