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Monday, December 2, 2013

Police in the West Midlands in England today said nearly 200 kilograms worth of drugs with value possibly as great as £30 million (about US$49 million or €36 million) has been seized from a unit in the town of Brownhills. In what an officer described as “one of the largest [seizures] in the force’s 39 year history”, West Midlands Police reported recovering six big cellophane-wrapped cardboard boxes containing cannabis, cocaine, and MDMA (“ecstasy”) in a police raid operation on the Maybrook Industrial Estate in the town on Wednesday.

The seized boxes, which had been loaded onto five freight pallets, contained 120 one-kilogram bags of cannabis, 50 one-kilogram bags of MDMA, and five one-kilogram bricks of cocaine. In a press release, West Midlands Police described what happened after officers found the drugs as they were being unloaded in the operation. “When officers opened the boxes they discovered a deep layer of protective foam chips beneath which the drugs were carefully layered”, the force said. “All the drugs were wrapped in thick plastic bags taped closed with the cannabis vacuum packed to prevent its distinctive pungent aroma from drawing unwanted attention.” Police moved the drugs via forklift truck to a flatbed lorry to remove them.

Detective Sergeant Carl Russell of West Midlands Police’s Force CID said the seizure was the largest he had ever made in the 24 years he has been in West Midlands Police and one of the biggest seizures the force has made since its formation in 1974. “The impact this seizure will have on drug dealing in the region and the UK as a whole cannot be underestimated”, he said. “The drugs had almost certainly been packed to order ready for shipping within Britain but possibly even further afield. Our operation will have a national effect and we are working closely with a range of law enforcement agencies to identify those involved in this crime at whatever level.”

Expert testing on the drugs is ongoing. Estimates described as “conservative” suggest the value of the drugs amounts to £10 million (about US$16.4 million or €12 million), although they could be worth as much as £30 million, subject to purity tests, police said.

Police arrested three men at the unit on suspicion of supplying a controlled drug. The men, a 50-year-old from Brownhills, a 51-year-old from the Norton area of Stoke-on-Trent in Staffordshire, and one aged 53 from Brownhills, have been released on bail as police investigations to “hunt those responsible” continue. West Midlands Police told Wikinews no person has yet been charged in connection with the seizure. Supplying a controlled drug is an imprisonable offence in England, although length of jail sentences vary according to the class and quantity of drugs and the significance of offenders’ roles in committing the crime.

Tuesday, September 1, 2015

Nick Bos, of the University of Helsinki, studies “the amazing adaptations social insects have evolved in order to fight the extreme parasite pressure they experience”. In a recently-accepted Evolution paper Bos and colleagues describe ants appearing to self-medicate.

The team used Formica fusca, an ant species that can form thousand-strong colonies. This common black ant eats other insects, and also aphid honeydew. It often nests in tree stumps or under rocks and foraging workers can sometimes be spotted climbing trees.

Some ants were infected with Beauveria bassiana, a fungus. Infected ants chose food laced with toxic hydrogen peroxide, whereas healthy ants avoided it. Hydrogen peroxide reduced infected ant fatalities by 15%, and the ants varied their intake depending upon how high the peroxide concentration was.

In the wild, Formica fusca can encounter similar chemicals in aphids and dead ants. The Independent reported self-medicating ants a first among insects.

Bos obtained his doctorate from the University of Copenhagen. He began postdoctoral research at Helsinki in 2012. He also runs the AntyScience blog. The blog aims to help address “a gap between scientists and ‘the general public’.” The name is a pun referencing ants, its primary topic, science, and “non-scientific” jargon-free communication. He now discusses his work with Wikinews.

((Wikinews)) What first attracted you to researching ants?

Nick Bos Me and a studymate were keeping a lot of animals during our studies, from beetles, to butterflies and mantids, to ants. We had the ants in an observation nest, and I could just look at them for hours, watching them go about. This was in my third year of Biology study I think. After a while I needed to start thinking about an internship for my M.Sc. studies, and decided to write a couple of professors. I ended up going to the Centre for Social Evolution at the University of Copenhagen where I did a project on learning in Ants under supervision of Prof. Patrizia d’Ettorre. I liked it so much there I ended up doing a PhD and I’ve been working on social insects ever since.

((Wikinews)) What methods and equipment were used for this investigation?

NB This is a fun one. I try to work on a very low budget, and like to build most of the experimental setups myself (we actually have equipment in the lab nicknamed the ‘Nickinator’, ‘i-Nick’ and the ‘Nicktendo64’). There’s not that much money in fundamental science at the moment, so I try to cut the costs wherever possible. We collected wild colonies of Formica fusca by searching through old tree-trunks in old logging sites in southern Finland. We then housed the ants in nests I made using Y-tong [aerated concrete]. It’s very soft stone that you can easily carve. We carved out little squares for the ants to live in (covered with old CD covers to prevent them escaping!). We then drilled a tunnel to a pot (the foraging arena), where the ants got the choice between the food with medicine and the food without.

We infected the ants by preparing a solution of the fungus Beauveria bassiana. Afterwards, each ant was dipped in the solution for a couple of seconds, dried on a cloth and put in the nest. After exposing the ants to the fungus, we took pictures of each foraging arena three times per day, and counted how many ants were present on each food-source.

This gave us the data that ants choose more medicine after they have been infected.

The result that healthy ants die sooner when ingesting ROS [Reactive Oxygen Species, the group of chemicals that includes hydrogen peroxide] but infected ants die less was obtained in another way (as you have to ‘force feed’ the ROS, as healthy ants, when given the choice, ignore that food-source.)

For this we basically put colonies on a diet of either food with medicine or without for a while. And afterwards either infected them or not. Then for about two weeks we count every day how many ants died. This gives us the data to do a so-called survival analysis.

We measured the ROS-concentration in the bodies of ants after they ingested the food with the medicine using a spectrophotometer. By adding certain chemicals, the ROS can be measured using the emission of light of a certain wave-length.

The detrimental effect of ROS on spores was easy to measure. We mixed different concentrations of ROS with the spores, plated them out on petridishes with an agar-solution where fungus can grow on. A day after, we counted how many spores were still alive.

((Wikinews)) How reliable do you consider your results to be?

NB The results we got are very reliable. We had a lot of colonies containing a lot of ants, and wherever possible we conducted the experiment blind. This means the experimenter doesn’t know which ants belong to which treatment, so it’s impossible to influence the results with ‘observer bias’. However, of course this is proof in just one species. It is hard to extrapolate to other ants, as different species lead very different lives.

((Wikinews)) Where did the ants and fungus you used come from? How common are they in the wild?

NB For ants, see above about the collection.

This species of fungus does appear in Finland, but we chose to use a different strain from Denmark (with thanks to Prof. J. Eilenberg and the laboratory technician Louise Lee Munch Larsen from the University of Copenhagen). Animals can adapt to local strains (‘local adaptation’), and just to make sure we thought it would be good to use a strain of fungus that the ants definitely did not evolve specific resistances against. This means that the reaction of the ants (to self-medicate) is very likely to be a general response, and not just against their local fungal enemies.

((Wikinews)) Are there any ethical considerations around exposing ants to toxins and parasites?

NB Legally, no. Insects do not have any ‘rights’ as such regarding ethics. That said, we do take measures to not make them ‘suffer unnecessarily’. For example, dissections are done when the ants are anesthetized (either by CO2 or Ice), and when ants need to be killed, we do it in alcohol, which kills the ants in a matter of seconds. So while the ants do not have ‘rights’ as such, we still try to handle them with as much respect as possible (even though the experiment involves infecting them with a deadly fungus).

But even though the 12,000 ants in our study sounds like a lot (and it is), this is negligible in the ‘grand scheme of things’. It has been calculated that in the Netherlands alone, nearly a trillion insects die against just the licence-plates of cars every six months. I don’t own a car, so that means I’m excused right? 😉

((Wikinews)) This is the first evidence for self-medicating insects. How widespread do you think this phenomenon could be in reality?

NB It’s not actually the first evidence for self-medication in insects. Moths and fruit flies definitely do it, and there’s evidence in honey bees and bumble-bees as well. So it seems to be quite wide-spread in the insect world. I have no doubt that as time goes on, there will be more and more cases documented. Insects (and animals in general) seem to be quite good at taking care of themselves.

((Wikinews)) How might ants locate healing substances in the wild?

NB Very good question. This is something that’s important to know. If they would only do it in the lab, the behaviour wouldn’t be very interesting. We have some guesses where they might get it from, but at the moment we don’t know yet. That said, I plan to investigate this question (among others) further [in] the next couple of years.

((Wikinews)) For your PhD you researched ants’ scent-based communications. Could healthy ants perhaps tell other ants are infected and encourage this behaviour?

NB There’s not much known about this. There’s conflicting evidence about whether sick ants actually smell different from healthy ones or not. At the moment it seems that sick ants mostly take care of the problem themselves. Sick ants stop most interaction with nestmates and especially brood, and leave the nest to die in isolation. This is probably for reducing chance of infecting nestmates, but of course it also reduces the work load of their nest-mates, as their corpse doesn’t have to be dragged out etc.

So as an answer to the question, I would find it unlikely that such a behaviour would evolve, but it’s not known yet.

((Wikinews)) Ants generally avoided the peroxide if they were healthy, but in some circumstances might they try to build resistance against infection in advance?

NB Who knows? Also not known yet unfortunately. That said, there is a very interesting study about resin collection in ants. Wood ants collect tree-resin, which has anti-microbial properties. They collect this even if not infected, and when you infect them, they don’t collect more of the resin than normal. So basically it seems like they collect it in order to keep diseases out of the nest, so they stop the disease before it can actually infect them.

((Wikinews)) Are there plans to follow this research up? Might you research other species? Other substances?

NB I first want to find out where they get it from in nature. There might be many sources of medicine (recent evidence suggests that tobacco plays a similar role for bumble bees). Dalial Freitak, who is also on this paper is currently running tests with Ph.D. student Siiri Fuchs (who is also on the paper) with other substances to see if any have the same effect as H2O2 [hydrogen peroxide].

Once the behaviour has been well described in this species of ant, I might do a comparison with other species. For example, once we find the source of the medicine in nature… would species without access to this source also have evolved the same behaviour in the lab? And if so… where would they get it from?

Also… can ants medicate their friends? 🙂

((Wikinews)) What other research are you working on right now?

NB Phew…lots! 🙂

I still have some questions left unanswered from my Ph.D. work related to how ants recognize who is a friend and who isn’t. I also started collaborating with Prof. Michael Poulsen from the University of Copenhagen on immunity in fungus-growing termites, as well as their chemical recognition abilities. Furthermore we’re working on social parasitism in wood-ants (ants have lots of animals exploiting the nest for shelter and resources, which all somehow have to get in to the fortress without getting killed).

Thursday, January 3, 2008

Pakistan President Pervez Musharraf has denied accusations the security forces or intelligence services were involved in the assassination of former prime minister and opposition leader Benazir Bhutto.

President Musharraf, who blames al-Qaida for Ms. Bhutto’s death, told reporters he had warned the former prime minister about threats to her safety from Islamic militants as she campaigned for elections. He has also said that Bhutto’s death was partly her fault.

“I did warn her again that, ‘you must understand the environment. You are coming here after so many years. This Pakistan is a different Pakistan, which you don’t understand. Please understand the environment and the threat environment that we are living in,'” he said.

Ms. Bhutto’s supporters blame the government for failing to provide her with adequate security, while others believe elements within the government were responsible for her death as she was leaving a campaign rally a week ago.

When asked about this, Mr. Musharraf responded with visible anger.

“I have been brought up in a very educated and civilized family, which believes in values, which believes in principles, which believes in character,” he said. “My family, by any imagination, is not a family, which believes in killing people, assassinating, intriguing. And that is all that I want to say.”

Mr. Musharraf denied a security lapse was responsible for Ms. Bhutto’s death, telling reporters she had chosen her own police superintendent in charge of her security and had 30 officers with her. In addition, he said, more than 1,000 police, including rooftop snipers, were deployed at the Rawalpindi rally where a suicide bomber blew himself up near her vehicle after gunshots were fired.

Asked about the hosing down of the blast site just hours after Ms. Bhutto’s death, Mr. Musharraf said people cleaning the area did not realize they were destroying potentially crucial evidence.

Mr. Musharraf has invited investigators from the UK to help with the government’s probe into the assassination.

But Ms. Bhutto’s supporters, including her opposition party, the Pakistan People’s Party, demand the United Nations lead an independent investigation.

The government says she was not killed by gunshots or shrapnel, but that she hit her head on the sunroof of the car. Ms. Bhutto’s supporters say she was shot.

Ms. Bhutto narrowly escaped a previous assassination attempt last October on the day she returned to Pakistan after eight years in self-imposed exile. That attack claimed the lives of more than 140 people.

Sunday, September 25, 2005

Mobile phone provider O2 (O₂) in partnership with Nokia and Arqiva began a trial of a new service that allows customers to watch broadcast TV on their mobile phone. The trial began on Thursday in Oxford. Four hundred O2 customers have been selected to participate. According to O2 the trial represents a balanced selection of the population.

Participants have been supplied with Nokia 7710 smartphones, that can receive 16 channels. The trial service currently carries BBC ONE, BBC TWO, BBC News 24, ITV 1, ITV 2, Channel 4 and 5, Eurosport, Cartoon Network, CNN, Discovery Channel, MTV, ShortsTV, Sky News, Sky Sports News and Sky Travel.

TV shows are transmitted using a technology called Digital Video Broadcasting for Handhelds (DVB-H). It requires a special receiver to be connected to the mobile phone. Nokia has said they plan to build support for the DVB-H technology into future Nokia phones. Using DVB-H the phones will get about eight hours per charge, this is because the DVB-H uses the “time slicing” technology.

Many other UK providers have offered mobile TV on cellphones, however this is the first to offer regular full length TV shows. Most other providers use the 3G video-streaming technology. “3G is perfect for two-minute video clips. But, if you’re watching a 90-minute football game, we think DVB-H is the most suitable,” said Dave Williams, O2’s chief technical officer

Customers can use an onscreen programme to select programmes they wish to watch and it will alert them when the show starts.

In South Korea many mobile phone companies already offer television on mobile phones using a system called digital mobile broadcast. In the US a recent survey by InStat, found few Americans are interested in mobile TV. Canadian company Telus also recently began to offer mobile TV services.

“By establishing relationships through activities such as this, we hope that potential challenges will be minimized and mobile TV becomes a commercial reality sooner than is currently possible,” said Dave Williams, O2’s chief technical officer

Thursday, December 18, 2008

A team of eight transplant surgeons in Cleveland Clinic in Ohio, USA, led by reconstructive surgeon Dr. Maria Siemionow, age 58, have successfully performed the first almost total face transplant in the US, and the fourth globally, on a woman so horribly disfigured due to trauma, that cost her an eye. Two weeks ago Dr. Siemionow, in a 23-hour marathon surgery, replaced 80 percent of her face, by transplanting or grafting bone, nerve, blood vessels, muscles and skin harvested from a female donor’s cadaver.

The Clinic surgeons, in Wednesday’s news conference, described the details of the transplant but upon request, the team did not publish her name, age and cause of injury nor the donor’s identity. The patient’s family desired the reason for her transplant to remain confidential. The Los Angeles Times reported that the patient “had no upper jaw, nose, cheeks or lower eyelids and was unable to eat, talk, smile, smell or breathe on her own.” The clinic’s dermatology and plastic surgery chair, Francis Papay, described the nine hours phase of the procedure: “We transferred the skin, all the facial muscles in the upper face and mid-face, the upper lip, all of the nose, most of the sinuses around the nose, the upper jaw including the teeth, the facial nerve.” Thereafter, another team spent three hours sewing the woman’s blood vessels to that of the donor’s face to restore blood circulation, making the graft a success.

The New York Times reported that “three partial face transplants have been performed since 2005, two in France and one in China, all using facial tissue from a dead donor with permission from their families.” “Only the forehead, upper eyelids, lower lip, lower teeth and jaw are hers, the rest of her face comes from a cadaver; she could not eat on her own or breathe without a hole in her windpipe. About 77 square inches of tissue were transplanted from the donor,” it further described the details of the medical marvel. The patient, however, must take lifetime immunosuppressive drugs, also called antirejection drugs, which do not guarantee success. The transplant team said that in case of failure, it would replace the part with a skin graft taken from her own body.

Dr. Bohdan Pomahac, a Brigham and Women’s Hospital surgeon praised the recent medical development. “There are patients who can benefit tremendously from this. It’s great that it happened,” he said.

Leading bioethicist Arthur Caplan of the University of Pennsylvania withheld judgment on the Cleveland transplant amid grave concerns on the post-operation results. “The biggest ethical problem is dealing with failure — if your face rejects. It would be a living hell. If your face is falling off and you can’t eat and you can’t breathe and you’re suffering in a terrible manner that can’t be reversed, you need to put on the table assistance in dying. There are patients who can benefit tremendously from this. It’s great that it happened,” he said.

Dr Alex Clarke, of the Royal Free Hospital had praised the Clinic for its contribution to medicine. “It is a real step forward for people who have severe disfigurement and this operation has been done by a team who have really prepared and worked towards this for a number of years. These transplants have proven that the technical difficulties can be overcome and psychologically the patients are doing well. They have all have reacted positively and have begun to do things they were not able to before. All the things people thought were barriers to this kind of operations have been overcome,” she said.

The first partial face transplant surgery on a living human was performed on Isabelle Dinoire on November 27 2005, when she was 38, by Professor Bernard Devauchelle, assisted by Professor Jean-Michel Dubernard in Amiens, France. Her Labrador dog mauled her in May 2005. A triangle of face tissue including the nose and mouth was taken from a brain-dead female donor and grafted onto the patient. Scientists elsewhere have performed scalp and ear transplants. However, the claim is the first for a mouth and nose transplant. Experts say the mouth and nose are the most difficult parts of the face to transplant.

In 2004, the same Cleveland Clinic, became the first institution to approve this surgery and test it on cadavers. In October 2006, surgeon Peter Butler at London‘s Royal Free Hospital in the UK was given permission by the NHS ethics board to carry out a full face transplant. His team will select four adult patients (children cannot be selected due to concerns over consent), with operations being carried out at six month intervals. In March 2008, the treatment of 30-year-old neurofibromatosis victim Pascal Coler of France ended after having received what his doctors call the worlds first successful full face transplant.

Ethical concerns, psychological impact, problems relating to immunosuppression and consequences of technical failure have prevented teams from performing face transplant operations in the past, even though it has been technically possible to carry out such procedures for years.

Mr Iain Hutchison, of Barts and the London Hospital, warned of several problems with face transplants, such as blood vessels in the donated tissue clotting and immunosuppressants failing or increasing the patient’s risk of cancer. He also pointed out ethical issues with the fact that the procedure requires a “beating heart donor”. The transplant is carried out while the donor is brain dead, but still alive by use of a ventilator.

According to Stephen Wigmore, chair of British Transplantation Society’s ethics committee, it is unknown to what extent facial expressions will function in the long term. He said that it is not certain whether a patient could be left worse off in the case of a face transplant failing.

Mr Michael Earley, a member of the Royal College of Surgeon‘s facial transplantation working party, commented that if successful, the transplant would be “a major breakthrough in facial reconstruction” and “a major step forward for the facially disfigured.”

In Wednesday’s conference, Siemionow said “we know that there are so many patients there in their homes where they are hiding from society because they are afraid to walk to the grocery stores, they are afraid to go the the street.” “Our patient was called names and was humiliated. We very much hope that for this very special group of patients there is a hope that someday they will be able to go comfortably from their houses and enjoy the things we take for granted,” she added.

In response to the medical breakthrough, a British medical group led by Royal Free Hospital’s lead surgeon Dr Peter Butler, said they will finish the world’s first full face transplant within a year. “We hope to make an announcement about a full-face operation in the next 12 months. This latest operation shows how facial transplantation can help a particular group of the most severely facially injured people. These are people who would otherwise live a terrible twilight life, shut away from public gaze,” he said.

Thursday, March 13, 2008

Members of Australia’s Health Services Union (HSU) will go on strike in Victoria next week in a dispute over stalled wage and career structure negotiations. Over 5000 physiotherapists, speech pathologists and radiation therapists will walk off the job next week, effectively closing the state’s 68 largest health services.

The strike will force the closure of intensive care units and emergency departments across the state.

It is feared the strike could continue into Easter.

National secretary of the HSU, Kathy Jackson said admissions would be crippled, while intensive care patients would have to be evacuated to New South Wales, Tasmania and South Australia as hospitals will not be able to perform tests or administer treatment.

“When an ambulance shows up you can’t admit a patient without an X-ray being available, you can’t intubate them and you can’t operate on them,” she said.

“If something goes wrong in an ICU you need to be able to X-ray, use nuclear medicine or any diagnostic procedure,” said Ms Jackson.

Ms Jackson said the HSU offered arbitration last year, but the state government refused. “They’re not interested in settling disputes, they hope that we are just going to go away.”

“We’re not going away, we’ve gone back and balloted the whole public health workforce in Victoria, those ballots were successful, 97 percent approval rating,” she said.

The HSU is urging the government to commence serious negotiations to resolve the dispute before industrial action commenced.

The government has offered the union a 3.25 per cent pay increase, in line with other public sector workers but the union has demanded more, but stopped short of specifying a figure.

Victorian Premier John Brumby said the claim would be settled according to the government’s wages policy. “The Government is always willing and wanting to sit down and negotiate with the relevant organisations . . . we have a wages policy based around an increase of 3.25 per cent and, above that, productivity offset,” he told parliament.

The union claims it is also arguing against a lack of career structure, which has caused many professionals to leave the health service. Ms Jackson said wages and career structures in Victoria were behind other states.

Victorian Opposition Leader Ted Baillieu said he was not in support of the proposed strike and called on the government to meet with unions. “There could not be a more serious threat to our health system than has been announced today.”

“We now have to do whatever is possible to stop this strike from proceeding,” he said.

The opposition leader will meet with the union at 11:30 AM today.

Victorian Hospitals Industry Association industrial relations services manager Simon Chant said hospitals were looking at the possible impact and warned that patients may have to be evacuated interstate if the strike goes ahead.

Wednesday, December 5, 2007

Once you get a chance to talk to West Palm Beach, Florida native Whitney Cunningham, who placed seventh on the eighth cycle of the popular reality TV series America’s Next Top Model, you begin to understand what host Tyra Banks meant when she described her as the “full package.”

First of all, she is confident and headstrong, which is a must on these kinds of shows, almost as much as it is to take a beautiful modelesque picture. Second, she turns that confidence into drive. She has been receiving steady work as a model since leaving the show, and still believes that her goal of being the first woman to wear a size ten dress on the cover of Vogue is in reach. Third, and probably most important to television viewers, she obliterates the age-old model stereotype that to be pretty and photograph well, one must also be vapid and without a thought. A graduate of Dartmouth College, Cunningham also dreams of becoming a writer, and is working toward dual goals: a model who can express herself like no other model before her.

Cunningham recently sat down with Wikinews reporter Mike Halterman in an impassioned interview, taking hours to field questions from the reporter as well as from fans of America’s Next Top Model. Always in high spirits, Cunningham shows that she is a distinct personality who has carved her own niche in the Top Model history books. At the same time, she exhibits a joie de vivre that is oddly reminiscent of earlier Top Model fan favorite Toccara Jones, who showed America just how to be “big, black, beautiful and loving it.” However, Cunningham is quick to remind everyone that she isn’t big at all; she is simply a regular woman.

This is the first in a series of interviews with America’s Next Top Model contestants. Interviews will be published sporadically.