i wanted to talk about the research project more

we

that the

on the scale

the humorous known here

we also a fever

which is fine

e o is

have traditionally been measured using e

the old fashioned the calibre i asked you met

no major i met your

some aspects of shape but in order to be able to see internal structure

you have to actually do extracted analysis

traditional

i project university of tennessee

we're we did c t scans of the contrast on a scale collection which

a collection of modern humans

people have deleted the results to study the actually decompose and i outside around or

research facility

a natural conditions so whenever at a rate

the so everything is affecting these skeletons some of them are very but what we

end up with

are

set of a remains skeletal remains that

can be a

and that sort of backwards fast so we know

there are we there are sex their column huh

we can kind of backwards to see what are able to tell about that things

are was interested by

so what about l one

relies we may not know where the despite our problems are constantly changing shape

and they change due to repetitive motions or practice and that way but not just

the joint actually can change the shape the shaft

and

for forces you putting on a compressed for so that was really like praat using

compressive force on the bones has would be had weights for or body

you need to increase the boundary area portable structure and syllables have to constantly remarkably

in order to attach to are changing a have a sterilised

and so

what i think that we can do we can look at internal structure we see

how strong that cross section it how much surface area there is it actually tells

us how probable the sweet more backwards if we were friends the case we have

a scale that's

that we find in what we want to find out

this person what's so as far as the rest joe who is using a program

called amir a

we have access to this impressive database that c t stands that are very high

resolution and we're using this program that is able to create three dimensional

a circus models of the bones but we're doing extra sentences and internal sources so

we can see that cross section at any point or without having about

and a

i'm here it is

harper very robust analyses but it is comparable but it so if there any potential

donors that there we are looking for work is still working on a free trial

version a mere

and it's a lecturer show how this program is what we are able to do

with

so you're using a program for your

what is it takes

c d c and slices lancelot so we can look at all it conceivable so

what i with all it is

i will like it out you can see structure inside and out from their arrival

three people

to switch phones i want

from their computer will comply

all sources speech

and i just three model you can be just any that you want to

and

observe any changes in the bone

any formally safer stress on the ball from here what we can you is

manager

the link

of the ball

and we can also find here from each slice

c t scan

and that will help us

understand the density of nicole slice by slice so we can look at and understand

how the sum here as

from this we can understand

what has and affecting the bonn

what are not manage problems with say or person is we orders so from that

we're using that to do about forty it's got all remains in your looking

just the body mass index our least it's