fortytwo
What was the question?
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I just don't see the use of chloroform in this case. I think a more likely method would be a cough/cold rx.
Agree
I just don't see the use of chloroform in this case. I think a more likely method would be a cough/cold rx.
I just don't see the use of chloroform in this case. I think a more likely method would be a cough/cold rx.
I just don't see the use of chloroform in this case. I think a more likely method would be a cough/cold rx.
*snipped*... between one and four on Mon. Nothing else will work.
Exactly, Indigo, this was misinterpreted by the "experts" which gives us an indication of how the court case might go...
Going back over the documents and thought these were interesting points
In preliminary analysis--Chloroform was the primary compound observed in the air sample from the trunk:
A preliminary analysis was performed by collecting a small (0.8 ml) sample of air from the can and injecting the air into a gas chromatograph/mass spectrometer. Several compounds were observed in this sample (primarily chloroform); however, it was deemed necessary to concentrate the sample in order improve the sensitivity for the lower abundance compounds.
This large concentration of chloroform is of particular interest. It is set apart from the "sulfur containing compounds" which are "particularly characteristic" of decomposition.
Of particular interest is the large concentration of chloroform (not a common ingredient in commercial products) and the presence of sulfur containing compounds in the Florida trunk carpet sample which are particularly characteristic of decompositional events.
Chloroform is primarily detected in anaerobic decompositions.
Chloroform appears very early in human decomposition (<1Q0 ADDs)
primarily detected in deprived oxygen (anaerobic) decompositions.
The concentration of chloroform found in the trunk was unusually large-- far greater than typically seen in ( obviously anaerobic) human decomposition.
Additional components that made up a portion of the total odor signature included gasoline constituents and an unusually large concentration of chloroform - far greater than what is typically seen in human decomposition.
http://www.wftv.com/download/2008/1024/17794795.pdf
*snip*
Terrific article, Texas Mist. Thanks for sharing! :blowkiss:
That the compounds from later-stage decomp were not found should certainly put many suspicious of G and/or C discovering the body 7/15 and assisting w/ disposal to rest. Amazing science!
OK..lemme see the big hand is on the 12...the little hand is on the 10...that means...:waitasec: hmmmm, oh...OK its time for me to lean towards Casey using Rx o.d. vs. chloroform. When the big hand reaches the 6 I'll hafta change my mind again :bang:
This article + Bev's, et.al.'s recent posts attributing the elevated chloroform to anaerobic decomp conditions is (for the next 30mins at least) causing me to think Dr. Flowers may not be accounting for the enclosed environment in his assessment. Before I read this article I was ready to debate the anaerobic conditions thinking the ADD indicated the body leaked decomp at a least (if not until) the 2.6-3-day mark...hence...the body wasn't in a bag (i.e. anaerobic environment). This article suggested that even the unopened trunk would be sufficient to consistitute an anaerobic environment. Even if it had been opened on 6/17, 6/18 and 6/19 or 6/20...I can buy that. It's a relatively small space...and the amount of decomposing body offgas relative to that volume...ok...I'm easy...
Whew...that was close...took me 15mins to type...gotta another 15mins until I gotta change my mind![]()
I believe it's been misunderstood by the media experts. They didn't read it correctly. It is not correct that the amount of chloroform is more than a three year old body can produce because there is no data base on three year old bodies undergoing a DE. It is "consistent with" a decompositional event in anaerobic conditions.
Below is the conclusion from the report without my commentary. I underlined the portions in question. Five major compounds are mentioned as being indicative of human decompositon. One of those is chloroform--pointing to an anaerobic event. The "large concentration of chloroform" is addressed as an "additonal component," along with gasoline constituents. (Help! I am no expert...that's for sure)
Conclusions
The correlation between all the techniques, the comparison to what is known about the decomposition of human and animal remains, indicationsof early decomposition products and the presence of the five key major compounds associated with human decomposition (primarily the sulfur containing compounds) indicates that a portion of the total odor signature identified in the Florida vehicle trunk is consistent with a decompositional event that could be of human origin. Additional components that made up a portion of the total odor signature included gasoline constituents and an unusually large concentration of chloroform - far greater than what is typically seen in human decomposition. These results still do not rule out the remote possibility that an unusual variety of products or materials (not present in the trunk at the time of vehicle discovery) may have had some contribution to the overall chemical signature.
Arpad Vass. Ph.D.
Research Scientist
Marc Wise. Ph.D.
Analytical chemist
Madhavi Martin. Ph.D.
Physicist
http://www.wftv.com/download/2008/1024/17794795.pdf
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