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What is the difference between herbal and synthetic medicine?
herbal medicine uses herbal leaf while synthetic uses drugs
What are some examples of synthetic medicines?
synthetic medicine is as opposed to herbal or other remedies, it means man made. the reason synthetic medicine became so popular was because it could be made consistantly, with the same product every time, where as with herbal remedies can vary.
Is synthetic man made or natural?
Synthetic is man made.
Where is synthetic hair made from?
Synthetic hair is made from acrylic or plastic.
What is the difference between synthetic oil and non synthetic oil?
Synthetic oil is a chemically made substitute made from petroleum components as opposed to non synthetic which is made from crude oil.
Are nano-particles man made or synthetic?
it is synthetic (man made and sythetic are the same thing "synthetic" is just a fancy word for man made)
What is synthetic paper?
synthetic paper is paper that is made from man made materials and not from trees
What was the world's first transplant of a completely synthetic organ?
The world's first transplant of a completely synthetic organ occurred in January 2021 when a team of surgeons at NYU Langone Health successfully implanted a lab-grown, synthetic trachea into a patient. This groundbreaking procedure involved using a 3D-printed scaffold made from a biocompatible material, which was then populated with the patient's own cells to promote healing and integration. This achievement marked a significant advancement in regenerative medicine and the potential for synthetic organs to address organ shortages in transplant medicine.
What is synthetic hydraulic fluid made of?
synthetic hydraulic fluid made for phosphate-ester base
Which fibers are synthetic?
The fibers which are made by man are the synthetic fibers.
Is slime a natural or synthetic polymer?
it is a synthetic polymer. depends on how you made it
What is the significance man made DNA?
Man-made DNA, or synthetic DNA, holds significant importance in various fields, including biotechnology, medicine, and genetics. It enables researchers to design and create new genes, leading to advancements in gene therapy, synthetic biology, and the development of personalized medicine. Additionally, synthetic DNA can be used to produce proteins, enzymes, and even entire organisms with specific traits, potentially addressing challenges such as food security and disease resistance. Overall, it represents a powerful tool for innovation and understanding biological processes.
