dr patankar will place a springlike mesh known as a flow—diverter stent into maria's brain — but it's the stent is a foreign material, and if you don't get it right in a blood vessel, it will irritate the blood flow, and it will cause thrombus, and that can block the blood vessels, and then you can get a big stroke and possibly die. so, ensuring that perfect fit is vital. each individual has extremely unique configuration of blood vessels. some people even don't have certain blood vessels. this is how unique the configurations are. so it's like a retina in your eye or fingerprint. and that's why no two people are the same. so that brings the problem with what is the best device in all those different parts of the body? because once a device is in, you can't actually get it out. well, now there's an app for that — presize by oxford heartbeat automates the stent measuring process and suggests the best stent for the job. this is one of the very first surgeries to use this new software as part of the nhs trial. maria is going to be patient numberfour. and i've been granted exclusive acces

dr patankar will place a springlike mesh known as a flow—diverter stent into maria's brain — but it'sal and, if you don't get it right in a blood vessel, it will irritate the blood flow, and it will cause thrombus, and that can block the blood vessels, and then you can get a big stroke and possibly die. so, ensuring that perfect fit is vital. each individual has extremely unique configuration of blood vessels. some people even don't have certain blood vessels. this is how unique the configurations are. so it's like a retina in your eye or fingerprint. and that's why no two people are the same. so that brings the problem with what is the best device in all those different parts of the body? because once a device is in, you can't actually get it out. well, now there's an app for that — presize by oxford heartbeat automates the stent measuring process and suggests the best stent for the job. this is one of the very first surgeries to use this new software as part of the nhs trial. maria is going to be patient numberfour. and i've been granted exclusive access to see how it goes. this one

dr patankar will place a springlike mesh known as a flow—diverter stent into maria's brain — but it's, and if you don't get it right in a blood vessel, it will irritate the blood flow, and it will cause thrombus, and that can block the blood vessels, and then you can get a big stroke and possibly die. so, ensuring that perfect fit is vital. each individual has extremely unique configuration of blood vessels. some people even don't have certain blood vessels. this is how unique the configurations are. so it's like a retina in your eye or fingerprint. and that's why no two people are the same. so that brings the problem with what is the best device in all those different parts of the body? because once a device is in, you can't actually get it out. well, now there's an app for that — presize by oxford heartbeat automates the stent measuring process and suggests the best stent for the job. this is one of the very first surgeries to use this new software as part of the nhs trial. maria is going to be patient numberfour. and i've been granted exclusive access to see how it goes. this one?

dr patankar will place a springlike mesh known as a flow—diverter stent into maria's brain — but it'sa device is in, you can't actually get it out. well, now there's an app for that — presize by oxford heartbeat automates the stent measuring process and suggests the best stent for the job. this is one of the very first surgeries to use this new software as part of the nhs trial. maria is going to be patient numberfour. and i've been granted exclusive access to see how it goes. this one? yeah. 4cm. right, ok. that's one of the biggest ones i've treated. wow. with almost 20 years' experience behind the knife, dr patankar is the chief investigator for the pilot. no one aneurysm is similar to another. they have different problems. the access will be a problem. they can have different comorbidities. some can be ruptured, some can be unruptured. some can be 4mm, some can be 4cm, you know. so you have to focus and tailor your treatment depending on the aneurysm. quarter of millimetres in the person's brain can make or break the procedure. for human minds, it's actually impossible to compute