Medical science helps UK athletes reach peak performance
A new hand-held medical device will help UK athletes reach the top of their game when preparing for upcoming sporting competitions. UK Sport, the UK's high performance sports agency, has reached an agreement to become the first organisation to use cutting edge technology developed by Argento Diagnostics to improve training programmes for athletes.
Elite athletes will be able to monitor various proteins which reveal details about the condition of the body known as biomarkers before, during and after training sessions. These biomarkers can give a clear indication of their physical health and the effectiveness of a particular training programme. Everyone reacts differently to training, so understanding how activities affect the body helps ensure that athletes follow the best programmes for them and avoid injury. This is particularly important for elite level athletes, where small changes in fitness can mean the difference between success and failure.
These biomarker tests are currently carried out at centralised laboratories. However the time taken to send samples to the laboratory and receive the results can limit the benefits.
Argento Diagnostics a spin out of the National Physical Laboratory, the UK's National Measurement Institute has developed a rapid diagnostic technology to solve this and other problems associated with slow clinical laboratory diagnosis. Argento's hand-held device provides a quick, full diagnosis from a single small sample (such as blood, urine or saliva), returning results within minutes. As well as providing real time data for training, the results can also quickly identify injuries or medical conditions, enabling rapid treatment before long-term damage can be done, and therefore increase chance of a quick recovery.
Argento's portable device uses nanotechnology to analyse the sample. The sample is mixed with silver nanoparticles coated with a binding unit, an antibody, against a specific biological compound, the biomarker, which is indicative of the condition being tested for. If the biomarker is present the silver nanoparticles will stick to magnetic beads with the biomarkers sandwiched in-between.
Magnets pull these compounds into the measurement zone, where the silver nanoparticles are dislodged off, drawn down to the sensor and measured. The number of nanoparticles measured by the sensor will be directly proportional to the expressed amount of biomarker. The device can therefore quickly analyse the biomarker level and, using a computer programme, summarise it in a meaningful way on an on-screen readout.
The collaboration with UK Sport, which is also co-funded by the English Institute of Sport (EIS) and the Scottish Institute of Sport (SIS), will give the UK's leading athletes access to Argento technology. Dr Scott Drawer, Head of Research and Innovation at UK Sport, said: "UK Sport supports world class athletes to increase their chance of success on the international sporting stage. The availability of this real-time monitoring will enable training to be customised not only to the individual but also to their current condition, marking a huge step forward in preparing our athletes for future success."
Dr Ken van Someren, Director of Sport Science at EIS, said: "EIS practitioners work on the frontline delivering expertise on a daily basis in training and competition. Every aspect of training and preparation plays an important role in maximising performance when it matters most. This technology helps the depth in understanding our practitioners offer but also the speed at which we are able to feedback to athletes and coaches in order to give meaningful insights during preparation."
Mike Whittingham, Director of High Performance & SIS said "At the sportscotland high performance institute we are delighted to be a key partner in this exciting project led by UK Sport and Argento. We see this as an exceptional opportunity to help shape and influence current and future thinking around training and competition loads with the ultimate aim of improving the performances of all our athletes."
Keith Page, CEO of Argento Diagnostics, said: "This technology was developed to provide quick and simple diagnosis of a board range of conditions. The deal with UK Sport will allow a dramatically increased understanding of how the human body works when being pushed to its limit and we can use that information to continue to improve physical performance. This is a great example of the UK's world-leading science expertise supporting our world-leading sportsmen and women."
The agreement marks the first commercial use for Argento's technology. The device also has the potential to save lives by providing rapid diagnosis of a wide range of medical conditions, from cardiac damage to swine flu, allowing faster delivery of treatment. It has huge implications for emergency treatment as well as veterinary, bio-defence and environmental applications. Argento are in talks with several organisations in all these areas.
Provided by National Physical Laboratory
-
From lemons to lemonade: Reaction uses carbon dioxide to make carbon-based semiconductor,
28 comments
-
Thioridazine kills cancer stem cells in human while avoiding toxic side-effects of conventional cancer treatments,
3 comments
-
SpaceX private rocket blasts off for space station (Update),
41 comments
-
Climate scientists say they have solved riddle of rising sea,
30 comments
-
Scotland passes turbine test to harness tidal power,
40 comments
-
Classical and Quantum Mechanics via Lie algebras
Apr 15, 2011
- More from Physics Forums - Independent Research
More news stories
Of mice and mental models: Neuroscientific implications of risk-optimized behavior in the mouse
(Medical Xpress) -- Regardless of an organism’s biological complexity, every encephalized animal continuously makes under-informed behavioral choices that can have serious consequences. Despite its ubiquity, ...
Skp2 activates cancer-promoting, glucose-processing Akt
HER2 and its epidermal growth factor receptor cousins mobilize a specialized protein to activate a major player in cancer development and sugar metabolism, scientists report in the May 25 issue of Cell.
17 hours ago |
not rated yet |
0
|
Cancer may require simpler genetic mutations than previously thought
Chromosomal deletions in DNA often involve just one of two gene copies inherited from either parent. But scientists haven't known how a deletion in one gene from one parent, called a "hemizygous" deletion, can contribute ...
20 hours ago |
not rated yet |
0
|
First study to suggest that the immune system may protect against Alzheimer's changes in humans
Recent work in mice suggested that the immune system is involved in removing beta-amyloid, the main Alzheimer's-causing substance in the brain. Researchers have now shown for the first time that this may apply in humans.
Medicine & Health / Alzheimer's disease & dementia
21 hours ago |
5 / 5 (3) |
0
|
Inherited DNA change explains overactive leukemia gene
A small inherited change in DNA is largely responsible for overactivating a gene linked to poor treatment response in people with acute leukemia.
21 hours ago |
not rated yet |
0
|
Landmark calculation clears the way to answering how matter is formed
(Phys.org) -- An international collaboration of scientists, including Thomas Blum, associate professor of physics, is reporting in landmark detail the decay process of a subatomic particle called a kaon ...
Dragon arrives at space station in historic 1st (Update 2)
The privately bankrolled Dragon capsule made a historic arrival at the International Space Station on Friday, triumphantly captured by astronauts wielding a giant robot arm.
Aliens don't want to eat us, says former SETI director
Alien life probably isnt interested in having us for dinner, enslaving us or laying eggs in our bellies, according to a recent statement by former SETI director Jill Tarter.
Researchers demonstrate possible primitive mechanism of chemical info self-replication
(Phys.org) -- When scientists think about the replication of information in chemistry, they usually have in mind something akin to what happens in living organisms when DNA gets copied: a double-stranded molecule ...
Oldest Jewish archaeological evidence on the Iberian Peninsula
German archaeologists of the Friedrich Schiller University Jena found one of the oldest archaeological evidence so far of Jewish Culture on the Iberian Peninsula at an excavation site in the south of Portugal, ...
MIT researchers devise new means to synchronize a group of robots (w/ Video)
(Phys.org) -- For several years, roboticists have been working out ways to get a group of robots to perform synchronized activities as demonstrated most often in dance routines. Its not just about trying ...