[ China Pharmaceutical Network Technology News ] Technology has brought about earth-shaking changes in people's lives and work, and also provided direction and goals for the future development of society. In the pharmaceutical industry, technology is becoming a useful tool for medical workers, helping researchers to develop research and development space, thereby providing more advanced medicines for human beings to overcome the disease. The author lists recent applications of science and technology in the pharmaceutical industry.
Scientists develop "human body chips" to simulate drug reactions in 10 organs
In order to verify the drug response, the researchers will do experiments on animals to ensure the effectiveness of the drug. Recently, scientists from MIT have created a device called "human body chip" to replace animal experiments. It is reported that this "human body chip" is made of plastic, can accommodate a variety of human cells, let the liquid flow in it to simulate blood flow, thereby simulating the human body's circulatory system.
Currently, "human body chips" mimic drug reactions in the liver, lungs, intestines, endometrium, brain, heart, pancreas, kidneys, skin and skeletal muscle. With the help of this "human body chip", scientists have opened up a new way in drug testing, and the results are closer to humans.
3D printing technology can make the dream of healing at home
3D printing technology has been used in the fields of jewellery, footwear, industrial design, construction, engineering and construction. Today, this magical science and technology will also be widely used in the pharmaceutical industry. The author is informed that the biotechnology company FabRx in London is using additive manufacturing technology to develop 3D printed tablets called "Printlets."
In the pursuit of developing 3D printing medicine, FabRx has discovered the use of 3D printers. And because printer models use powder-based materials, biotech companies have been able to introduce pharmaceutical compounds into powders and then print them into a variety of shapes, sizes, colors, and even textures.
Artificial intelligence can shorten the development cycle of new critical drugs
Artificial intelligence is no stranger to everyone. It is actually a branch of computer science. The technology products brought by artificial intelligence will be the container of human wisdom, and its application in the pharmaceutical industry will bring huge benefits to human beings. It is reported that Microsoft is actively investing in artificial intelligence technology to promote drug design and pharmacology research, to study how drugs play a role in the human body.
In addition, the author was informed that BenevolentAI has also used some AI computer algorithms to explore new treatment options for amyotrophic lateral sclerosis (ALS), a degenerative neurological disease. In 2016, the company identified five fake drugs within a week. Without the help of artificial intelligence technology, this process can take years to complete.
DNA robots can deliver drugs precisely in the blood circulation
The DNA robots at Caltech's "Money Lab" are small and slow. It takes 5 minutes to take a step, and the step size is 6 nanometers, which is almost one millionth of a human step. The DNA of a DNA robot consists of nucleotides, which are also DNA, the composition of DNA, and the origin of its name.
At present, these DNA robots can only be used in test tubes, and it is far from being able to enter the human body to treat diseases. One of the ideas of DNA robot research has always been that individual strength is small, and unity is also powerful. In the future, Qian Hao hopes to imitate the ants who collectively perform the task, leaving the robot with signals that can be recognized by the companions, thus improving the efficiency of inaccurate roaming.
Scientists develop "human body chips" to simulate drug reactions in 10 organs
In order to verify the drug response, the researchers will do experiments on animals to ensure the effectiveness of the drug. Recently, scientists from MIT have created a device called "human body chip" to replace animal experiments. It is reported that this "human body chip" is made of plastic, can accommodate a variety of human cells, let the liquid flow in it to simulate blood flow, thereby simulating the human body's circulatory system.
Currently, "human body chips" mimic drug reactions in the liver, lungs, intestines, endometrium, brain, heart, pancreas, kidneys, skin and skeletal muscle. With the help of this "human body chip", scientists have opened up a new way in drug testing, and the results are closer to humans.
3D printing technology can make the dream of healing at home
3D printing technology has been used in the fields of jewellery, footwear, industrial design, construction, engineering and construction. Today, this magical science and technology will also be widely used in the pharmaceutical industry. The author is informed that the biotechnology company FabRx in London is using additive manufacturing technology to develop 3D printed tablets called "Printlets."
In the pursuit of developing 3D printing medicine, FabRx has discovered the use of 3D printers. And because printer models use powder-based materials, biotech companies have been able to introduce pharmaceutical compounds into powders and then print them into a variety of shapes, sizes, colors, and even textures.
Artificial intelligence can shorten the development cycle of new critical drugs
Artificial intelligence is no stranger to everyone. It is actually a branch of computer science. The technology products brought by artificial intelligence will be the container of human wisdom, and its application in the pharmaceutical industry will bring huge benefits to human beings. It is reported that Microsoft is actively investing in artificial intelligence technology to promote drug design and pharmacology research, to study how drugs play a role in the human body.
In addition, the author was informed that BenevolentAI has also used some AI computer algorithms to explore new treatment options for amyotrophic lateral sclerosis (ALS), a degenerative neurological disease. In 2016, the company identified five fake drugs within a week. Without the help of artificial intelligence technology, this process can take years to complete.
DNA robots can deliver drugs precisely in the blood circulation
The DNA robots at Caltech's "Money Lab" are small and slow. It takes 5 minutes to take a step, and the step size is 6 nanometers, which is almost one millionth of a human step. The DNA of a DNA robot consists of nucleotides, which are also DNA, the composition of DNA, and the origin of its name.
At present, these DNA robots can only be used in test tubes, and it is far from being able to enter the human body to treat diseases. One of the ideas of DNA robot research has always been that individual strength is small, and unity is also powerful. In the future, Qian Hao hopes to imitate the ants who collectively perform the task, leaving the robot with signals that can be recognized by the companions, thus improving the efficiency of inaccurate roaming.
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