being positioned in the to the diseased valve, and a new valve will be inserted inside the old calcified valve. the delivery system is being withdrawn, and the wire is being withdrawn, and what we have seen in this pictorial display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery, so were trying to become smarter about predicting who will get disease. we are trying to become smarter as to identifying the most effective means to prevent or attenuate the disease, and then smarter about following up over a longer time. we are currently in an era where we are trying to harness the promise of the human genome research project, that has now been in existence for more than a decade. with all the informatics that can be german by the giants of the industry like google for example, and information about sociology, sociology demographics, the likelihood to get diabetes on the basis of your educational background, and your likelihood of developing something like diabetes or hypertension if you live in a certain part of the city where you have less access to

. ♪ >> this is the aortic valve, very calcified and not opening well. is is a pictorial display of aortic stenosis looks like. this is a very common valve problem, especially among older persons. it is characterized by a lot of calcium and thickening. a wire is placed up the aorta and down through the valve and this system you see is actually a balloon system over the wire that is stationed in the region of the valve. the balloon is inflateed, the velvet is cracked, and the whole is increased in size in order to accept what is now being advanced up the aorta and now. this is actually a valve that has been crimped onto the catheter that is now being positioned into the diseased valve, and it will be deployed in a second here, with the balloon being inflated as a new valve will be inserted into the old, calcified stenotic valve. the wire will be withdrawn. what we have just seen in this pictorial display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. brian lamb: how long have you been able to do this? dr. pa

in a second with the balloons being inflated and a new valve will be inserted inside the old calcified valve and as you can see, you delivery system is being withdrawn and the wire will be withdrawn and what we have seen here is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. there trying to become smarter about predicting who will get disease and smarter as to identifying the most effective means to prevent the disease and smarter about following up over a long time. we are currently in an era we are trying to harness the promise of the human genome research project that has been in existence for more than a decade. with all of the giants of the industry's like google and information about sociology geography, demographics what your likelihood is to get diabetes on the basis of your educational background and what is your likelihood of developing something like diabetes or hypertension if you live in a certain part of a city where you have less access to the right hind of food or even the right kind of instructions about sodium consumption. littl

and a new valve will be inserted inside the old calcified stenotic valve. the delivery system is being withdrawn and then the wire will be withdrawn, and what we have just seen in this pictorial display is replacement of a deceased aortic vavlve in a manner that does not require open-heart surgery. so we are trying to become smarter about predicting who will get disease. we are try to become smarter as to identifying the most effective means to attenuate the disease, and then smarter about following up over a longer period of time. so, we are currently in an era where we are trying to harness the promise of the human genome. research project that has been in existence for more than a decade with all of the informatics that can be driven by the giants of the industry like google, for example, and information about sociology geography, demographics, where you live, where the railroad tracks are in your city, what your likelihood is to get diabetes on the basis of your educational background, and what is your likelihood of developing something like diabetes or

s tembings ne -- calcified stenotic valve.rial display is replacement of a diseased aortic valve in a manner that does not require open heart surgery. so we're trying to become smarter about predicting who will get disease. we're trying to become smarter as to identifying the most effective means to prevent or attenuate the disease and smarter about following up over a longer period of time. so we're currently in an era where we're trying to harness the promise of the human genome research project that's now been in existence for more than a decade with all of the informatics that can be driven by the giants of the industry, like google, for example and information about sociology demographics where you live, where the railroad tracks are in your city what's your likelihood to get diabetes on the basis of your educational background and what is your likelihood of developing something like diabetes or hypertension if you live in a certain part of the city where you have less access to the right kind of food or even the right ki

onto this catheter and it will be deployed here and a new valve will be inserted inside the old calcified valvelivery system is being hooked on and the wire will be withdrawn. what we have seen in this display is replacement of a disease aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease, smarter as to how we can identify the most effective means to prevent disease and smarter about following up over a longer. of time. we are currently in an era where we are trying to harness the promise of a human genome research project that has been in existence for more than a decade. there are giants of the industry, google for example information about sociology geography, demographics, where the railroad tracks are in your city, what is your likelihood to get diabetes on the basis of education. what is your likelihood of developing something like diabetes or hypertension if you live in a certain part of the city where you have less act as the right kind of food, or the right kind of instructions about sodium consumption

just a second with the balloon being inflated and a new valve will be inserted inside the old calcified valve. as you can see here, delivery system is being withdrawn and the wire will be withdrawn and what we've just seen in this little pictorial is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease we are trying to get smarter as to identifying the most effective means to prevent the disease and smarter about following up over a longer amount of time. we are currently in the era where we are trying to harness the promise of the human genome research project that has been in existence for more than a decade. with all of the informatics that can be driven by the giants of the industry like google, for example him and information about sociology, geography demographics, where you live, where the railroad tracks are in your city, what's your likelihood to get diabetes on the basis of your educational background and what's your likelihood of developing something like diabetes or hypert

and a new valve will be inserted inside the old calcified stenotic valve. as you can see here, the delivery system is being withdrawn and then the wire will be withdrawn. and what we have just seen in this display is replacement of a diseased aortic valve. in a manner that does not require over heart surgery. so we are trying to become smarter about predicting who will get disease. we are trying to become smarter as to identify the most effective means to prevent or attenuate the disease, and smarter about following up over a longer. of time -- p longereriod -- of time -- longer period of time. -- with all the informatics i can be driven by the giants of the industries, like google, for example, and information about sociology, geography demographics, where you live, what your likelihood is to get diabetes on the basis of your educational background, and what is your likelihood of developing diabetes or hypertension if you live in a certain part of the city that has less access to the right kind of foods or the right kinds of education about sodium intake.

been crypt on -- crypt -- crimped it will be deployed and the new valve will go inside the old calcified valve. the delivery system is being withdrawn and the wire will be drawn -- withdrawn. what we have seen is the replacement of a diseased they were excelled -- diseased aortic valve. we are trying to become smarter about predicting who will get disease, we are trying to become smarter as to identifying the most effective means to prevent the disease, and smarter about following up for a longer. of time. we are currently a in an era where we are harnessing the promise of the human genome, research project that is now 10 years old. with everything driven by the giants of the industries and information about sociology, demographics where you live, where the railroad tracks are what is your likelihood to get diabetes on the basis of your education, and what is your likelihood of developing something like diabetes or hypertension if you live in a certain part of a city where you have less access to the right kinds of food, or even instructions about sodium consumption, little things like that th

will be deployed in just a second, with the balloon being inflated and a new valve will be inserted inside the old calcified stenotic valve. the delivery system is being withdrawn and the wire will be withdrawn. what we have just seen in this display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we're trying to become smarter about predicting who will get disease, to become smarter about identifying the most effective means to attenuate the disease and smarter about following up over a longer period of time. we are currently in an era where we are trying to harness the promise of the human genome research project, that has been in existence for more than a decade, with all of the informatics that can be driven by the giants of the industry, like google. information about sociology geography, where you live, where the railroad tracks are, what is your likelihood to get diabetes based on your educational background, and your likelihood of developing diabetes or hypertension if you live in a certain part of the city where you have less access to a certain kind

a new valve will be inserted inside the old calcified valve. as you can see here, the delivery system is being withdrawn. then the wire will be withdrawn. what we've just seen in this little pictorial display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. so we're trying to become smarter about predicting who will get disease. we're trying to become smarter as to identifying the most effective means to prevent or attenuate the disease and smarter about following up over a longer period of time. we're currently in an era where we're trying to harness the promise of the human genome research project that's now been in existence for more than a decade, with all of the informatics that can be driven by the giants of the industries, like google, for example, and information about sociology, geography, demographics, where you live, where the railroad tracks are in your city what's your likelihood to get diabetes on the basis of your educational background, and what's your likelihood of developing someth

just a second with a balloon being inflated and a new valve will be inserted inside of the old calcified valve and as you can see here the delivery system is being withdrawn and then the wire will be withdrawn and what we have just seen in this little display his replacement in the manner that does not require open heart surgery. so, we are trying to become smarter about predicting who will get disease and we are trying to become smarter as to identifying the most effective means to prevent or attenuate disease and smarter about following up in the longer pure code of time. so, we are currently in the era that we are trying to harness the promise of the human genome research project that has now been in existence for more than a decade of all of the informatics that can be drawn by the giants of the industry like google for example, and information about the sociology, geography, demographics, where you live where the railroad tracks are what is or likelihood to get diabetes on your educational background, and with your white hood is of developing something like diabetes or hypertension if you

deployed here in just a second with the blooen balloon being deflated and a new valve will be inserted inside the old calcified steonotic valve. what we've just seen is replacement of the open heart valve in a manner that does not require surgery. we're trying to become smarter as to identifying the most effective means to prevent the disease and following up over a longer period of time. so we're currently in an era that we're trying to harness the genome for a decade. and information about sociology geography, demographics where you live, where the railroad track res in your city what your likelihood to get diabetes on the basis of your educational background and what is your likelihood of developing diabetes or retention if you have less access to the right kind of food or the right kinds of instruction bes sodium consumption. little things like that that could have enormous impacts on population heths. dr. patrick ogherra, sunday night at 8:00 eastern and pacific on c-span's q&a. >> the new congressional directy is a handy guide plus bioand contact information and twitter handles. also, district maps a hol

just a second with the balloon being inflated and a new valve will be inserted inside the old, calcified valve. the delivery system is being withdrawn, and then the wire will be withdrawn. what we have just seen in this does life is replacement of a deceased aortic valve in a manner that does not require open-heart surgery. we are trying to be smarter about who will get disease. we are trying to be smarter about attenuating the disease, and being smarter about care over a longer time. with all of the information that can be given by the giants of the industries like google, and information about sociology geography, demographics, where you live, where the railroad tracks are in your city, where your likelihood it is to get diabetes on the basis of your educational background, and what your likelihood of developing something like diabetes or hypertension if you live in a certain part of a city when he likes ss -- when you have less access to the right kinds of food. little things like that can have an enormous impact on population health. >> sunday night on c-span's q&a. >> this morning retired

just a second with the balloon being inflated and a new belt will be inserted inside the old calcified valvedelivery system is being withdrawn and the wire will be withdrawn. what we've seen in this pictorial display his replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease, we are trying to become smarter as to identifying the most effective means to prevent the disease and smarter about following up over a longer p eriod of time. we are trying to harness the promise of the human genome research project that has been in existence for more than a decade. with all the informatics that can be driven by the giants of the industry like google, for example, and information about sociology demographics, what is your likelihood to get diabetes and likelihood of developing something like diabetes or hypertension if you live in a certain part of the city where you have less access to the right kind of food or right kinds of instructions about sodium consumption, little things like that. >> sun

the balloon will inflate and a new valve will be inserted inside the old calcified stenotic valve. as you can see the delivery system is being withdrawn, the wire will be withdrawn. what we have seen is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease. we are trying to become smarter as to identifying the most effective means to prevent or attenuate the disease and smarter about following up over a longer. of time. we are currently in a era where we are trying to harness the promise of the human genome research project that has been in existence for more than a decade with all of the information that can be driven by the giants of the industry. there is information about sociology, geography demographics, where the railroad tracks are in your city, what is your likelihood of diabetes on the basis of your education, and what is your likelihood of developing something like diabetes or hypertension if you live in a certain part of the city where you have less access to the

it will be deployed here in a second with a balloon being inflated and a new valve would be inserted inside the old calcified stenotic valve. as you can see, the delivery system is withdrawn, and the wire will be withdrawn. what we have just seen it is little this line is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease, we're trying to get smarter as to apply the most offensive way -- attentive way to prevent it. we are currently in an era where we are trying to harness the promise of the human genome research project that has been in existence for more than a decade with all of the informatics that can be driven by the giants of the industry like will for example. information about sociologist geography, demographics, where you live, where the railroad tracks are, what your likelihood is to get diabetes based on the educational background, and your likelihood of developing something like diabetes or hypertension if you live in a certain art of a city where you have less access to the right kind

and a new valve will be inserted inside the old calcified stenotic valve. as you can see here, the delivery system is being withdrawn and then the wire will be withdrawn. and what we have just seen in this little display is replacement of a diseased aortic valve. in a manner that does not require open-heart surgery. so we are trying to become smarter about predicting who will get disease. we are trying to become smarter as to identifying the most effective means to prevent attenuate the disease. and then smarter about following up over a longer period of time. so we are currently in an era where we are trying to harness the promise of the human genome research project that has now been in existence for more than a decade with all the informatics that can be driven by the giants of the industries, like google. and information about sociology geography, where you live, where the railroad tracks are in your city, what is your likelihood to get diabetes on the basis of your educational background, and what is your likelihood of developing something like diabete

positioned into the diseased valve and it will be deployed in just a second with a new valve inserted inside of the old calcified stomata golf. and as you can see here the delivery system is being withdrawn and then the wire will be withdrawn. what we've seen of this pictorial display is replacement of the diseased valve in a manner that does not require open-heart surgery. so we are becoming smarter about predicting who will get disease and become smarter as to identifying the most effective means to prevent or attenuate disease and then the smarter about folding up over a longer period of time. so we are currently in the era that we are trying to harness the problem of the human genome research project that's now been in existence for more than a decade with all of the informatics that can be driven by the giants of the industry like google for example and information about sociology geology demographics, where you live, where the railroad tracks are in your city your likelihood to get diabetes on the basis of your educational background and with your likelihood of developing some in like dvds and hypertension

and a load be deployed in a second with the balloon being inflated in a new valve will be in third in inside the old calcified synodic files. as you can see here the delivery system is drawn in the wire will be withdrawn. what we've seen in this pic will display his replacement with the aortic valve that does not require open-heart surgery. we are trying to become smarter about predicting who will give diseased. we are trying to become smarter as to identifying the most effect needs to prevent or attenuate the disease and smarter about following up over a longer period of time. we are currently in an era where we are trying to harness the promise of the human genome research project that is now in existence for more than a decade. with all of the informatics driven by the giants of the industry like google for example has information about sociology geography where he lives the railroad tracks come your likelihood to get diabetes on the keys of your educational background and your likelihood of developing something like diabetes or hypertension if you live in a certain part for you with access to that kind of

a new valve will be inserted inside the old calcified valve. as you can see, the delivery system is being withdrawn and the wire will be withdrawn. what we have seen in the pictorial display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease. identifying the most effective means to prevent or attenuate the disease. smarter about following up over a longer time. we are in an era wehere we are trying to harness the progress of the human genome project. all the informatics that can be driven by the giants of the industry like google. information about sociology geography, demographics. where you live, where the railroad tracks are. your likelihood to get diabetes on the basis of educational background. were likelihood of developing some belike diabetes or hypertension if you live in a certain heart of the city where you have less access to the right kind of food or even instructions about sodium consumption. little things that could ha

just a second with the balloon being inflated as a new valve will be inserted inside the old calcified valve. the delivery system is being withdrawn and the wire will be withdrawn. what we have seen in this little pictorial display is replacement of a diseased aortic valve in a manner that does not require open-heart surgery. we are trying to become smarter about predicting who will get disease, smarter as to identifying the most effective means to prevent the disease and smarter about following up over a longer amount of time. we are currently in an era where we are trying to harness the promise of the human genome research project that has been around for more than a decade. with all the informatics that can be driven by the giants of the industry like google, for example. information about sociology, geography, demographics, where you live where the railroad tracks are in your city, you are likelihood to get diabetes on the basis of your educational background and your likelihood of developing something like diabetes or hypertension if you live in a certain heart of the city where you hav