Hayadan > Computing and technology > Computing and robotics > Biological computing
Biological computing
- Avi Blizovsky
- August 7, 2023
- No comments
The field of DNA-based computing is considered one of the most promising directions in the world of information today, since a single gram of DNA may store enormous information within it, it will be possible to save a lot of energy and store a much larger volume of data
- Science site The Conversation
- June 20, 2022
- 11 תגובות
While silicon computers have changed the face of society, they are still dwarfed by the brains of most animals. For example, a cat's brain stores 1,000 times more data than an average iPad and can use that information a million times faster. The human brain, with its trillion neural connections, is capable of 15 quintillion operations per second
- Avi Blizovsky
- May 14, 2022
- No comments
The program will focus on building infrastructure and developing capabilities in areas such as bioengineering devices, bioprinting, tissue engineering, environmental microbiome, synthetic biology and more...
- Ben-Gurion University
- January 12, 2022
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Scientists from Ben-Gurion University have developed an algorithm that locates sequences in DNA, with the help of which the hereditary material can be replicated in the cell. This multidisciplinary method will enable the design of personalized innovative drugs in the future
- Dr. Moshe Nahamani
- December 9, 2021
- One response
The development of nanocomputers that will be used in precision health applications has been the dream of many scientists. Now, for the first time ever, Penn University researchers have succeeded in developing a type of nanocomputer capable of controlling the activity of a specific protein involved in cell movement and cancer development.
- The Technion
- May 27, 2021
- One response
Technion researchers have developed a synthetic biological system for pattern recognition based on bacterial communities according to the design rules of artificial neural networks
- The Hebrew University
- September 9, 2020
- No comments
A study published in Nature Nanotechnology led by Prof. Danny Porat of the Hebrew University demonstrated for the first time the conduction of a significant electric current over a long distance in DNA molecules. The discovery is currently used as a basis for the development of a detector that can sensitively and quickly detect cancer markers and even the corona virus
- Dr. Moshe Nahamani
- May 29, 2020
- No comments
- The Technion
- September 10, 2019
- No comments
- Avi Blizovsky
- July 20, 2017
- 6 תגובות
- Dr. Moshe Nahamani
- March 18, 2017
- No comments
- Dr. Moshe Nahamani
- April 19, 2016
- 2 תגובות
- Dr. Moshe Nahamani
- October 21, 2015
- No comments
- Dr. Moshe Nahamani
- May 19, 2014
- No comments
- Dr. Moshe Nahamani
- November 21, 2013
- 10 תגובות
- Galileo - The Science Magazine
- July 20, 2013
- 4 תגובות
- The Technion
- May 24, 2013
- 6 תגובות
- Weizmann Institute
- February 10, 2013
- 6 תגובות
- The Technion
- February 6, 2012
- 14 תגובות
- Avi Blizovsky
- March 9, 2011
- 3 תגובות
- Scientific American Israel
- July 26, 2010
- 7 תגובות
- Dr. Moshe Nahamani
- July 15, 2010
- 2 תגובות
- The Technion
- June 22, 2010
- 3 תגובות
- The Technion
- December 8, 2009
- 3 תגובות
- Dr. Moshe Nahamani
- September 5, 2009
- No comments