murata at 0saka tell us what we've got. murata at 0sa ka university have tell us what we've got.ce that gathers bacteria, making it quicker and easier to analyse. a laser is pointed underneath the sample that is on pointed underneath the sample that isona pointed underneath the sample that is on a substrate, basically a plate thatis is on a substrate, basically a plate that is based on this device, and we can see here what the microscope is seeing. now, look closely and you will see the movement of the water that surrounds the sample. the sample can be food if we want to detect something that could cause food poisoning, or something detect something that could cause food poisoning, orsomething in blood or in urine or spittle or any sort of substance that we might analyse from the human body. the movement of water is causing a concentration of the bacteria, or indeed the virus, down towards the bottom towards that plate. so there's no need to grow anything. there's no need to look too closely because everything is concentrated ina because everything is concentrated in a small beca

and murata think that they've cracked it.cold or we've got a virus or maybe whether it's a bacterial infection? 0ften our doctors take best guesses but they don't really know. and part of the reason for that is that any sample they take, if they do, takes a few hours or maybe even a couple of days to tell us what we've got. murata at 0saka prefecture university have developed a portable device that gathers bacteria, making it quicker and easier to analyse. a laser is pointed underneath the sample that is on a substrate, basically a plate that is based on this device, and we can see here what the microscope is seeing. now, look closely and you will see the movement of the water that surrounds the sample. now, the sample can be food if we wanted to detect something for example, that could cause food poisoning, or something in blood or in urine or spittle or any sort of substance that we might analyse from the human body. that movement of water is causing a concentration of the bacteria, or indeed the virus, down to the bottom,

murata at 0saka prefecture university have created a portable device that gathers bacteria, making itlyse. a laser is pointed underneath the sample that is on a substrate, basically a plate that is based on this device, and we can see here what the microscope is seeing. now, look closely and you will see the movement of the water that surrounds the sample. the movement of water is causing a concentration of the bacteria, or indeed the virus, down towards the bottom towards that plate. so there's no need to grow anything. sony devoted its entire stand to health tech this year. including this cell analyser that tracks biomarkers which can help detect cancer and uses lasers that may be familiar to you. we are actually using the blu—ray player's technology. we are detecting the cancer by laser and then detecting the scattered light from the cells. that is exactly the same as blu—ray players. dan, what on earth is going on over here? just trying a little bit of surgery. surgery? mmm. are you a brain surgeon now? with these 3d glasses and a 3d screen there, this is one of the best resolutio

murata at 0saka prefecture university have developed a portable device that gathers bacteria, making on a substrate — basically a plate that is placed on this device — and we can see here what the microscope is seeing. now, look closely and you will see the movement of the water that surrounds the sample. that movement of water is causing a concentration of the bacteria — or indeed the virus — down to the bottom, towards that plate. so there's no need to grow anything. sony devoted its entire stand to show off health tech this year, including this cell analyser that tracks cell type and biomarkers which can help to detect cancer, and it uses lasers that may be familiar to you. we are actually using the blu—ray player's technology. we are detecting the cancer by laser and then detecting the scattered light from the cells. that is exactly the same as blu— ray players. dan, what on earth is going on over here? just trying a little bit of surgery. surgery? mmm. you're a brain surgeon now? well, with these 3d glasses and that 3d screen there, this has one of the best resolutions for any s

murata at osaka prefecture university have developed a portable device that gathers bacteria, making bottom, towards that plate. so there‘s no need to grow anything. sony devoted its entire stand to show off health tech this year, including this cell analyser that tracks cell type and biomarkers which can help to detect cancer and it uses lasers that may be familiar to you. we are actually using the blu—ray player's technology. we are detecting the cancer by laser and then detecting the scattered light from the cells. that is exactly the same as blu— ray players. dan, what on earth is going on over here? just trying a little bit of surgery. surgery? mmm. you‘re a brain surgeon now? well, with these 3d glasses and that 3d screen there, this has one of the best resolutions for any surgery. this is actually used — this camera here is actually used in surgeries. and the trick is not to look down at what you are doing inside this brain, for example. it is to keep looking up at the screen until you‘ve got the piece that you want. very good! and then, look at how small that is! that is abso

murata at 0saka prefecture university have developed a portable device that gathers bacteria, making see here what the microscope is seeing. now, look closely and you will see the movement of the water that surrounds the sample. that movement of water is causing a concentration of the bacteria, or indeed the virus, down to the bottom towards that plate. so there's no need to grow anything. sony devoted its entire stand to show off health tech this year. including this cell analyser that tracks cell type and biomarkers which can help to detect cancer and it uses lasers that may be familiar to you. we are actually using the blu—ray player's technology. we are detecting the cancer by laser and then detecting the scattered light from the cells. that is exactly the same as blu—ray players. dan, what on earth is going on over here? just trying a little bit of surgery. surgery? mmm. are you a brain surgeon now? well, with these 3d glasses and that 3d screen there, this has one of the best resolutions for any surgery. this is actually used, this camera here, is actually used in surgeries. an