SEATTLEAug. 28, 2020 /PRNewswire/ -- Axon (Nasdaq: AAXN), the global leader in connected law enforcement technologies today announced the approval for police forces in the United Kingdom (UK) to purchase and deploy its latest TASER Conducted Energy Device (CED). The TASER 7 is Axon's most effective less-lethal weapon to date and was built to equip officers with the power to de-escalate dangerous situations. Following the approval to deploy the TASER 7 by the UK's Home Secretary Priti Patel, police forces can begin training on the TASER 7 before the end of the year. To learn more visit: -7-launch/.
The TASER 7 is Axon's first truly connected CED with services that are completely integrated into Axon Evidence (Axon's digital evidence management solution). These capabilities include wireless device management, self-reporting and general visibility into the health of the device or a full fleet of CEDs. The TASER 7 also provides enhanced reliability by offering optimized close-quarter and stand-off cartridges.
"We're excited to watch the adoption of this innovative device across the UK," says Axon UK Country Manager, Mike Ashby-Clarke. "We built this tool with community and officer safety in mind. With high-tech features such as automated usage logs and device management, officers will be able to spend less time physically managing their CED and can instead focus on what matters - protecting the public."
The TASER 7 features dramatically improved effectiveness, including adaptive cross connect and improved spiral probe design, and is fully integrated with Axon Evidence. Other features will allow officers to:
Axon is the global leader in connected public safety technologies. We are a mission-driven company whose overarching goal is to protect life. Our vision is a world where bullets are obsolete, where social conflict is dramatically reduced, where everyone has access to a fair and effective justice system and where racial equity, diversity and inclusion is centered in all of our work. Axon is also a leading provider of body cameras for US law enforcement, providing more transparency and accountability to communities than ever before.
We work hard for those who put themselves in harm's way for all of us. More than 237,000 lives and countless dollars have been saved with the Axon network of devices, apps and people. Learn more at
www.axon.com or by calling
(800) 978-2737. Axon is a global company with headquarters in Scottsdale, Ariz., and a global software engineering hub in Seattle, Wash., as well as additional offices in Australia, Canada, Finland, Vietnam, the UK and the Netherlands.
Facebook is a trademark of Facebook, Inc., Twitter is a trademark of Twitter, Inc. Axon, Axon Evidence, Axon Body, TASER 7 and the Delta Logo are trademarks of Axon Enterprise, Inc., some of which are registered in the United Kingdom, the United States, and other countries. For more information, visit All rights reserved.
The Delta Logo, the Axon & Design Logo, Axon, TASER, Bolt with Circle Logo, and Protect Life are trademarks of Axon Enterprise, Inc., some of which are registered in the US and other countries. Click for Axon trademarks. 2024 Axon Enterprise, Inc.
The skin is the largest organ in the human body and serves, among other things, to protect against physical injury. To provide such protection, skin cells must be tightly connected to each other. However, it was long unclear exactly how such mechanical stability is achieved. Researchers at the Max Planck Institute of Biochemistry together with researchers from Stanford University (USA) have now been able to show how mechanical stress is processed at special cell anchoring points known as desmosomes. For this purpose, they developed a miniature device to measure forces across individual proteins within desmosomes. In the study published in Nature Communications, they use technology to show how mechanical forces are processed at these anchoring points. more
Chronic excessive caloric intake leads to the deposition of fat droplets in the liver. This condition, known as fatty liver, can cause permanent damage to the organ. Researchers at the Max Planck Institute of Biochemistry (MPIB) in Martinsried have now investigated the effects of this fat overflow on liver proteins. They showed that fatty liver is associated with changes in the location and activity of numerous cellular proteins. The study, which was published in the journal Developmental Cell, shows the effect of lipid deposition on fundamental cellular processes in the liver. more
Our brain is a complex network with innumerable connections between cells. Neuronal cells have long thin extensions, so-called axons, which are branched to increase the number of interactions. Researchers at the Max Planck Institute of Biochemistry (MPIB) have collaborated with researchers from Portugal and France to study cellular branching processes. They demonstrated a novel mechanism that induces branching of microtubules, an intracellular support system. The newly discovered dynamics of microtubules has a key role in neuronal development. The results were recently published in the journal Nature Cell Biology. more
3a8082e126