All posts tagged: Cell

University of Bristol cell technology spinout closes first round of funding

University of Bristol cell technology spinout closes first round of funding

A University of Bristol spinout company that is developing cutting edge technology which uses acoustic waves to move cells inside sterile containers without touching them has closed its first funding round. Set up by Dr Luke Cox, Dr Amanda Franklin, Dr James Armstrong and Professors Bruce Drinkwater and Anthony Croxford, Impulsonics is a spinout company which developed out of the Ultrasonics & NDT Group at the University of Bristol. Despite advances in biotechnology, cell culture automation remains a highly manual field. By utilizing acoustic manipulation, the Impulsonics team are developing a unique biotech platform which will help automate a number of the processes for scientists which are currently time-consuming and expensive. Impulsonics’ technology will enable a massive reduction in complexity of key processes for researchers studying cells, and in turn will enable low cost, highly efficient systems for critical pain points such as cell passaging (the highly repetitive process where cells which have filled their current container must be moved to a new one). This will enable a transformation of lab-scale cell culture techniques into …

Crawley’s Bramble Energy completes £1.8m hydrogen fuel cell project

Crawley’s Bramble Energy completes £1.8m hydrogen fuel cell project

Bramble Energy, a cleantech firm focused on hydrogen fuel cell technology, has completed a project aimed at accelerating the UK’s transition to an electrified automotive industry. In 2022, the company was awarded £1.8 million via the Advanced Propulsion Centre (APC)’s Scale-up Readiness Validation (SuRV) programme to develop an optimised fuel cell stack assembly with the capacity to produce up to 2,000 50 kW stacks a year. This has now been successfully achieved at Bramble Energy’s HQ and hydrogen innovation hub in Crawley, where the team have managed to simplify the fuel cell stack assembly process through the design of their trademarked Printed Circuit Board Fuel Cell (PCBFC). The successful project follows the company’s contribution last year to the Hydrogen Electric Integrated Drivetrain Initiative (HEIDI), which saw it provide fuel cell technology for a new hydrogen-powered double-decker bus. Dr Tom Mason, CEO of Bramble Energy, said: “In our efforts to help both the automotive and public transport industry find a clean, reliable and cost-effective way of powering vehicles, both the SuRV and HEIDI projects have helped …

Russia Critic Kara-Murza Wins Pulitzer for Passionate Columns Written From Prison Cell

Russia Critic Kara-Murza Wins Pulitzer for Passionate Columns Written From Prison Cell

NEW YORK (AP) — Vladimir Kara-Murza, who has written columns as a contributor for The Washington Post from his prison cell in Russia, has won the Pulitzer Prize for commentary. Kara-Murza, 42, is a Russian politician, author and historian who has been imprisoned in Russia since April 2022. He was convicted of treason last year for denouncing the war in Ukraine. He is serving 25 years, the most severe sentence given to a Kremlin critic in modern Russia. He is among a growing number of dissidents held in increasingly harsh conditions under President Vladimir Putin’s political crackdown. The prize was awarded to Kara-Murza “for passionate columns written at great personal risk from his prison cell, warning of the consequences of dissent in Vladimir Putin’s Russia and insisting on a democratic future for his country,” according to the Pulitzer announcement on Monday. Kara-Murza wasn’t available to comment on receiving the award because of his imprisonment, The Washington Post reported. His wife, Evgenia Kara-Murza, thanked the newspaper on Monday “for making sure that the voice of Vladimir …

Young People Confused By What Boomer Workers Did Without Computers And Cell Phones

Young People Confused By What Boomer Workers Did Without Computers And Cell Phones

Technology is entirely intertwined with our lives nowadays, and it’s hard for many to imagine a world without it. Computers, cell phones, tablets, and the like have become a natural part of our lives and jobs.  But what did people do in the workplace before these things? Young people are wondering. Young people have no clue what boomers did in the office before they had modern technology to work with. An X user named Trent questioned what exactly boomer office workers did before the advent of computers and cell phones. What did an office job look like before computers or cell phones? People got to the office at 9am. There was just a desk there, and a telephone. What did they even do? I know there’s an answer to this.I don’t know what it is. — StripMallGuy (@realEstateTrent) April 16, 2024 RELATED: Gen Z Worker Says His Goal Is To ‘Descend The Corporate Ladder’ To Avoid Spending His Salary On Therapy Due To Job Stress “What did an office job look like before computers or …

Many rural areas could soon lose cell service

Many rural areas could soon lose cell service

Rural and Indigenous communities are at risk of losing cell service thanks to a 2019 law intended to strip US telecom networks of Chinese-made equipment. And while local companies were promised reimbursements as part of the “rip-and-replace” program, many of them have so far seen little of the funding, if any at all. The federal push to block Chinese telephone and internet hardware has been years in the making, but gained substantial momentum during the Trump administration. In May 2019 an executive order barred American providers from purchasing telecom supplies manufactured by businesses within a “foreign adversary” nation. Industry and government officials have argued China might use products from companies like Huawei and ZTE to tap into US telecom infrastructure. Chinese company representatives have repeatedly pushed back on these claims and it remains unclear how substantiated these fears are. [Related: 8.3 million places in the US still lack broadband internet access.] As The Washington Post explained on Thursday, major network providers like Verizon and Sprint have long banned the use of Huawei and ZTE equipment. …

‘Life-changing’ sickle cell disease treatment made available on NHS | UK News

‘Life-changing’ sickle cell disease treatment made available on NHS | UK News

A “life-changing” new treatment for people living with sickle cell disease is to be made available on the NHS.  Around 4,000 people living with the potentially fatal blood disorder could see their lives transformed by the drug Voxelotor. Hazel Attua, 33, has been taking the medication for nearly two years. The former finance worker said the chronic pain forced her to quit her career. She said: “One of the most significant changes I’ve experienced is in my energy levels. Previously, the exhaustion from sickle cell made it challenging to function, impacting my ability to work and enjoy time with loved ones. I wasn’t living the life of a 20-something by any means. “Since starting Voxelotor, my energy has soared, making a massive change to my daily routine. This has not only improved my physical well-being but also my mental health.” Sickle cell disorder causes red blood cells to take on a “sickle” shape, break and die early, which vastly reduces the amount of oxygen they can carry. It leaves those affected with chronic anaemia and …

Can the mere presences of a cell phone actually improve cognitive performance?

Can the mere presences of a cell phone actually improve cognitive performance?

Cell phones are often criticized for their disruptive impact on attention and cognition. But a recent study published in BMC Psychology has revealed a surprising effect: the presence of a cell phone actually appeared to improve reaction times in a specific cognitive task that required attentional shifts. Previous research has shown that even the mere presence of a cell phone can affect cognitive tasks by drawing attention away from the task at hand. However, the specifics of how cell phones influence attentional control, the ability to allocate cognitive resources to achieve specific mental goals, remained under-explored. Attentional control is essential for managing multiple cognitive processes simultaneously and efficiently. It’s linked to working memory, the brain’s system for temporarily holding and processing information. Studies have suggested that individuals with higher working memory capacity perform better on tasks requiring attentional control. However, there’s evidence to suggest that high working memory capacity doesn’t always translate to better control, especially in tasks that require switching attention between different visual features, like the Navon task. The Navon task requires participants …

Celebrities Quietly Paying Huge Amounts for Anti-Aging Stem Cell Therapy That May Cause Gruesome Side Effects

Celebrities Quietly Paying Huge Amounts for Anti-Aging Stem Cell Therapy That May Cause Gruesome Side Effects

Image by Getty / Futurism Age is just a number. Or, in the era of immortality-obsessed elites, it’s just the number of bizarre, supposedly youth-preserving stem cell treatments you can afford. One celebrity to recently come clean about their use of these experimental treatments is British actor and comedian John Cleese. In an interview with Saga Magazine, the 84-year-old revealed that for the past two decades, he’s been spending around £17,000 — the equivalent of about $21,000 — a year on a private stem cell therapy to stave off aging. Sure, the Monty Python co-creator is looking pretty good for his age. But experts warn that not only are the purported benefits of these therapies unproven, they may even be outright damaging to our bodies, possibly leading to gruesome outcomes like cancer. The private clinics that provide these treatments, they warn, operate in “regulatory gray zones” in countries like the US and Switzerland — where Cleese gets his treatment — preying on the public’s lack of understanding on the science behind the technology. “These clinics …

John Cleese is spending thousands on stem cell therapy – is it really the secret to anti-ageing?

John Cleese is spending thousands on stem cell therapy – is it really the secret to anti-ageing?

Stay ahead of the curve with our weekly guide to the latest trends, fashion, relationships and more Stay ahead of the curve with our weekly guide to the latest trends, fashion, relationships and more John Cleese reckons he has found the secret to slowing down the clock – and it’ll set you back a mere £17,000 each year. The procedure in question is stem cell therapy, a treatment that the Monty Python star undergoes every 12 to 18 months. “These cells travel around the body and when they discover a place that needs repair, they’ll then change into the cells that you want for that repair, so they might become cartilage cells or liver cells,” he explained to Saga magazine. “So I think that’s why I don’t look bad for 84.” Of course, he specifies, only “the highest-quality stem cells” from Switzerland will do the job. He also told the magazine that he is “surprisingly poor” despite his long and successful comedy career, to which I can only sigh: John, being an advocate for Swiss …

John Cleese says he’s been spending costly amount on stem cell therapy to ‘buy a few extra years’

John Cleese says he’s been spending costly amount on stem cell therapy to ‘buy a few extra years’

For free real time breaking news alerts sent straight to your inbox sign up to our breaking news emails Sign up to our free breaking news emails John Cleese has revealed he has been spending £17,000 every 12 months for the past 20 years on stem cell therapy in an attempt to combat the effects of ageing. The Monty Python star and co-creator, who also opened up about being “surprisingly poor” despite his five-decade career, said he doesn’t “look bad” for his age after getting stem cells from Switzerland. Stem cells can act as a repair system for the body and are sometimes used in regenerative therapies for long-term conditions like Crohn’s disease. The potential benefits of stem cells as an anti-ageing remedy include cell rejuvenation, reduced risk of age-related diseases and improved organ function. In an interview with Saga Magazine, the comedian said: “These cells travel around the body and when they discover a place that needs repair, they’ll then change into the cells that you want for repair, so they might become cartilage …