The main products are food processing equipment, wood processing equipment, agricultural equipment, packaging machinery, etc. Our equipment has been widely praised in the domestic and foreign markets.
2021-9-23 Korosec and Forde have designed and built the first entirely synthetic molecular motor and measured its performance under laboratory conditions. They call their motor “the lawnmower”. “We believe the lawnmower is the first example of an autonomous protein-based synthetic motor purpose-built using nonmotor protein components,” they say.
View More
2021-9-23 Molecular “Lawnmower” is The First Autonomous Protein-Based Synthetic Motor. Molecular motors are the workhorses of life. They open and shut valves in cell walls, force muscle tissue to contract and transport cargo. Every living cell is literally crawling with them. Cellular biologists have long been fascinated by these devices.
View More
2021-9-23 Molecular “Lawnmower” is The First Autonomous Protein-Based Synthetic Motor. showrunner September 23, 2021. Molecular motors are the workhorses of life. They open and shut valves in cell walls, force muscle tissue to contract and transport cargo. Every living cell is literally crawling with them. Cellular biologists have long been ...
View More
Molecular motors are the workhorses of life. They open and shut valves in cell walls, force muscle tissue to contract and transport cargo. Every living cell is literally crawling with them.Cellular biologists have long been fascinated by these devices. Indeed, they have studied how this machinery works, worked out how to operate it outside cells
View More
2021-9-23 Molecular “Lawnmower” is The First Autonomous Protein-Based Synthetic Motor. Molecular motors are the workhorses of life. They open and shut valves in cell partitions, power muscle tissue to contract and transport cargo. Each residing cell is actually crawling with them. Mobile biologists have lengthy been fascinated by these gadgets.
View More
2021-9-23 The molecular “lawn mower” is the first autonomous protein-based synthetic motor. Molecular motors are the main force of life. They open and close the valves in the cell wall, causing the muscle tissue to contract and transport the cargo. All living cells literally crawl with them. Cell biologists have long been fascinated by these devices.
View More
Molecular "Lawnmower" is The First Autonomous Protein-Based Synthetic Motor discovermagazine – Living cells are filled with powerful molecular motors. Now biophysicists have built their own for the first time. Source: Chapin S. Korosec, Nancy R. Forde. The lawnmower: an artificial protein-based burnt-bridge molecular motor.
View More
Molecular motors are protein-based machines essential for directional transport of cellular components. Inspired by biology, in this work we synthesize and characterize a protein-based microscale motor we dub the lawnmower. It is comprised of a spherical hub decorated with trypsin enzymes; its motion is directed by cleavage of a peptide lawn, which promotes motion towards fresh substrate.
View More
2021-9-22 Molecular motors are protein-based machines essential for directional transport of cellular components. Inspired by biology, in this work we synthesize and characterize a protein-based microscale motor we dub the lawnmower. It is comprised of a spherical hub decorated with trypsin enzymes; its motion is directed by cleavage of a peptide lawn, which promotes motion towards fresh substrate. We ...
View More
2021-11-3 The first synthetic molecular assemblers used topologically linked catalysts to sequentially extend a polymer (3, 4). Leigh and colleagues (5, 6) designed rotaxanes that picked amino acids off a molecular strand as they traveled along and joined them into peptides of specific sequence and length. The driving force is entropy for the travel and ...
View More
2021-9-23 The molecular “lawn mower” is the first autonomous protein-based synthetic motor. Molecular motors are the main force of life. They open and close the valves in the cell wall, causing the muscle tissue to contract and transport the cargo. All living cells literally crawl with them. Cell biologists have long been fascinated by these devices.
View More
Molecular "Lawnmower" is The First Autonomous Protein-Based Synthetic Motor discovermagazine – Living cells are filled with powerful molecular motors. Now biophysicists have built their own for the first time. Source: Chapin S. Korosec, Nancy R. Forde. The lawnmower: an artificial protein-based burnt-bridge molecular motor.
View More
2016-10-5 Stoddart himself, in 1991, created the first molecular shuttle: a ring-shaped molecule threaded onto an ‘axle’, called a rotaxane. The ring could shunt back and forth between two sites on
View More
This is the first book to combine Protein-Protein interactions with domain-domain interactions explaining the mechanism of gene fusion with appropriate hypothesis. This book provides a comprehensive overview of advanced topics in Bioinformatics. This book explains complex concepts on the subject using simple graphical illustrations.
View More
Phosphorylation of T306 blocks Ca(2+)/CaM binding, lowering the probability of intersubunit T287 phosphorylation, which requires CaM binding to both the substrate and catalytic subunits. dCASK is the first CaMKII-interacting protein other than CaM found to
View More
2017-2-7 molecular genetics now is far too advanced, large, and complex for ... James Funston for guidance on the first edition and Yale Altman and Richard O’Grady for ensuring the viability of the second edition. I also thank members of my laboratory and the following ... 6 Protein Structure 149 The Amino Acids 150 The Peptide Bond 153
View More
2021-11-16 Molecular Nanoscience. A selection of some recent advances on switching, assembly, autonomous motion, devices and molecular motors is listed. Highlights recently appeared among others in Chem. World, Science, Nature Chemistry, Nature
View More
Here, we describe the first logical circuit based on DNA-protein interactions with accurate threshold control, enabling autonomous, self-sustained and programmable manipulation of protein activity in vitro. Similar circuits made previously were based primarily on
View More
2021-11-3 The ribosome inspired the concept of molecular assemblers, which use energy-consuming processes to accelerate the assembly of molecular building blocks into larger structures (1, 2).The first synthetic molecular assemblers used topologically linked catalysts to sequentially extend a polymer (3, 4).Leigh and colleagues (5, 6) designed rotaxanes that picked amino acids off a molecular strand as ...
View More
2012-2-17 A clasp system based on DNA locks and DNA keys was previously used to control the opening of the lid on a DNA box ().To operate our device in response to proteins, we designed a DNA aptamer–based lock mechanism that opens in response to binding antigen keys (Fig. 1, B and C).Our lock system was inspired by aptamer beacons and structure-switching aptamers (), which typically
View More
2021-9-23 The molecular “lawn mower” is the first autonomous protein-based synthetic motor. Molecular motors are the main force of life. They open and close the valves in the cell wall, causing the muscle tissue to contract and transport the cargo. All living cells literally crawl with them. Cell biologists have long been fascinated by these devices.
View More
2020-7-10 The first successful artificial molecular motors (small-molecule or DNA-based) were non-autonomous clocked walkers that operated as Brownian ratchets. A “clocked walker” is a motor that requires external, cyclical signals (often changes in the bathing solution or light pulses) to both coordinate motor action and supply energy to the motor ...
View More
2017-2-7 molecular genetics now is far too advanced, large, and complex for ... James Funston for guidance on the first edition and Yale Altman and Richard O’Grady for ensuring the viability of the second edition. I also thank members of my laboratory and the following ... 6 Protein Structure 149 The Amino Acids 150 The Peptide Bond 153
View More
2021-8-16 Domain-aware artificial intelligence has been increasingly adopted in recent years to expedite molecular design in various applications, including drug design and discovery. Recent advances in areas such as physics-informed machine learning and reasoning, software engineering, high-end hardware development, and computing infrastructures are providing opportunities to build scalable and ...
View More
2012-2-17 A clasp system based on DNA locks and DNA keys was previously used to control the opening of the lid on a DNA box ().To operate our device in response to proteins, we designed a DNA aptamer–based lock mechanism that opens in response to binding antigen keys (Fig. 1, B and C).Our lock system was inspired by aptamer beacons and structure-switching aptamers (), which typically
View More
Molecular motors of the cell are protein-based, nanoscale machines, which use a variety of strategies to transduce chemical energy into mechanical work in the presence of a large thermal background.
View More
2016-10-5 Stoddart himself, in 1991, created the first molecular shuttle: a ring-shaped molecule threaded onto an ‘axle’, called a rotaxane. The ring could shunt back and forth between two sites on
View More
2021-11-16 Molecular Nanoscience. A selection of some recent advances on switching, assembly, autonomous motion, devices and molecular motors is listed. Highlights recently appeared among others in Chem. World, Science, Nature Chemistry, Nature
View More
2021-10-23 This review highlights recent progress in soy protein processing technologies. Using the current literature, the processing-induced structural changes in soy protein are also explored. Furthermore, the molecular structure of soy protein, particularly the crystal structures of β-conglycinin and glycinin, is comprehensively revisited.
View More
2021-6-15 The cytoskeleton matrix is composed of different types of proteins that can divide rapidly or disassemble depending on the requirement of the cells. The primary functions include providing the shape and mechanical resistance to the cell against
View More