dr john mcgann is one of the world's leading specialists in diagnostic radiology he is supervising the imaging part of the trial. lore is a senior at u.c. davis he's a science student who decided to volunteer for the summer study if i remember. things. like the other subjects more had a previous scan start of the trial doctors captured the before image of his abdominal region this morning they'll get. it so it's quite as fair is. something i've never done before and i think through this two week i really don't know about myself. and this technology is being used to chart what happens to. internal organs when sugary drinks are consumed those results cannot be calculated by scales and are not visible to the naked eye that's where the m.r.i. comes in dr mcgann showed us exactly what he's looking for in the scan the key i don't know we're looking at in this study is this structure here sort of a little darker grayer structure which is the over what we're trying to do we do need different m.r.i. sequences and then later on we go ahead and we calculate the amount of fat with the livable pre

dr john mcgann is one of the world's leading specialists in diagnostic radiology he is supervising the imaging part of the trial. lore is a senior at u.c. davis he's a science student who decided to volunteer for the summer study if i remember. it's. like the other subjects more had a previous scan start of the trial doctors captured the before image of his abdominal region this morning they'll get. it so it's quite it's very it's. something i've never done before and i think through this two week i really don't know about myself. and this took. knology is being used to chart what happens to internal organs when sugary drinks are consumed those results cannot be calculated by scales and are not visible to the naked eye that's where the m.r.i. comes in dr mcgann showed us exactly what he's looking for in the scan the key item that we're looking at in this study is this structure here sort of a little darker or greater structure which is the over what we're trying to do we do need different m.r.i. sequences and then later on we go ahead and we calculate the amount of fat with the livable

comes in dr mcgann showed us exactly what he's looking for in the scan the key i don't know we're looking at in this study is this structure here sort of a little darker or greater structure which is the over what we're trying to do we do need different m.r.i. sequences and then later on we go ahead and we calculate the amount of fat with the livable pre and post study and why is liver fat porton here liver fabulous important because it's sorta helps and regulates a lot of different things within the body of glucose metabolism it also regulates name on a trike list price that we have circulating within the body so it's actually sort of a clearing agent you know for a lot of different things here produces cholesterol so there's all sorts of different things the liver does and in order to really get a sense for this particular subject you'd have to look at the scans exactly and we look to back both at the libbers so we calculate well how much fat is there in the liver before we started this study and then all this and we can go back again at the end of this study and we know exactly what ou