And then it s bathed in different chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours, shown in small pink and white dots throughout the body. compare this image to a conventional scan, which shows only two of the largest concentration of tumours. it enables to see every single cancer at single cell level, because diseases like cancer, they kill at cell level. so if we don t see them, we cannot treat them. this technology enables us to see this hidden enemy. in green are the nerve endings outside the mouse s body. different chemicals show different tissue. inside the purple tube snaking around is part of its digestive system. we can even look in the tube. medical researchers try out
And then it s bathed in different chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body. compare this image to a conventional scan, which shows only two of the largest concentration of tumours. it enables to see every single cancer at single cell level. because diseases like cancer, they kill at cell level. so if we don t see them, we cannot treat them. this technology enables us to see this hidden enemy. in green are the nerve endings outside the mouse s body. different chemicals show different tissue. inside the purple tube snaking around is part of its digestive system. we can even look in the tube. medical researchers try out new drugs and treatments
Chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body. compare this image to a conventional scan, which shows only two of the largest concentration of tumours. it enables to see every single cancer at single cell level. because diseases like cancer, they kill at cell level. so if we don t see them, we cannot treat them. this technology enables us to see this hidden enemy. in green are the nerve endings outside the mouse s body. different chemicals show different tissue. inside the purple tube snaking around is part of its digestive system. we can even look in the tube.
Under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body. compare this image to a conventional scan, which shows only two of the largest concentration of tumours. it enables to see every single cancer at single cell level. because diseases like cancer, they kill at cell level. so if we don t see them, we cannot treat them. this technology enables us to see this hidden enemy. in green are the nerve endings outside the mouse s body. different chemicals show different tissue. inside the purple tube snaking around is part of its digestive system. we can even look in the tube. medical researchers try out new drugs and treatments on mice first before trying them out on people. the new scanning technique enables scientists to see things they ve never seen before. it also has the potential to improve
A new scanning technique has been developed that can see inside the body in unprecedented detail, using a transparent mouse. a chemical process used on the mouse after it has died means it is entirely see through, and has enabled the scanner to detect cancerous tumours much earlier than usual, just at the moment they are forming. the scientists say it could be revolutionary for medical research. our science correspondent pallab ghosh has the story. meet the transparent mouse. everything inside, its nerves, tissues and organs, all made invisible. it s done by removing all the fat and pigment from its body after it s killed using a chemical process. and then it s bathed in different chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body.
And then it s bathed in different chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body. compare this image to a conventional scan, which shows only two of the largest concentration of tumours. it enables to see every single cancer at single cell level. because diseases like cancer, they kill at cell level. so if we don t see them, we cannot treat them. this technology enables us to see this hidden enemy. in green are the nerve endings outside the mouse s body. different chemicals show different tissue. inside, the purple tube snaking around is part of its digestive system. we can even look in the tube.
On monday morning because of waterlogging of the roads. at many places, residents were left stranded as water overflowed from clogged drains and submerged roads. public transport and cab services were adversely affected as well. a new scanning technique has been developed that can see inside the body in unprecedented detail using a transparent mouse. the technology makes it possible to detect cancerous tumours at cellular level. pallab ghosh has the story. meet the transparent mouse. everything inside, its nerves, tissues and organs, all made invisible by a chemical process. and then it s bathed in different chemicals to reveal the parts the german developers want to study. under the microscope, they re searching for cancer tumours shown in small pink and white dots throughout the body.
This is a common disease. a6,000 this is a common disease. 16,000 new patients a year in the united kingdom. roughly fourfifths patients a year in the united kingdom. roughly four fifths will have an operation that renders them potentially disease free. currently, cancer patients who receive successful surgery are offered intravenous chemotherapy, to mop up any cancer cells that might be remaining. the new blood test or liquid biopsy looks for fragments of dna that could indicate the presence of cancer tumours in the body. it s hoped if there are none, then a patient wouldn t need chemotherapy. here s professor cunningham again. the whole point about this approach is that we can more reliably detect the patients who need the treatment and spare the patients who don t. so it s really exactly the sort of tool we ve been looking for in practice. as we ve heard, the focus here is bowel cancer patients.
This is where we culture the samples we ve printed. they re kept in incubators for several weeks, and this tray is about a week old. the tough part, which is mimicking the top of our skin, is on top. a mix of proteins and nutrient molecules is fed in and the waste is removed. all while being closely monitored. the beauty with this microscope is you can actually watch your sample through an ipad, so it s no longer looking through those small eye things. green dots for living cells, red for dead. so there s not that many dead cells here which you can see. which is a very good sign. close analysis of the end results is needed to finetune. cellink has been printing cancer tumours, so that patients could receive personalised treatments without enduring drug trials themselves. they ve also made liver models for drug screening campaigns, and are helping beauty brands become animal cruelty free, thanks