I understand what kinam is. I have read the references you provided and they did nothing to confirm your claims.
You have not shown a baseline study of kinam that correlates with the piece of wood you provided for testing.
Also the following issues raised by Ouddict and Powdernose have not been properly answered/addressed.
Until they are and you can show the wood you used for testing matches a known piece of kinam it all just appears to be an attempt to pull the wool over peoples eyes and bambozzle them with lots of words. The wood you supplied for testing could have been a very low grade of agarwood....
Ouddict-
"You do realise that the lab test - although interesting - does not have much value until it is baselined against a known signature test result right? "
"Sure, what you have done is great - you have sent a sample of 'kinam' to a lab who have conducted a
GCMS test on it. Nowhere in that test does the lab confirm that it is kinam - they simply cannot do that, unless they have a reference signature from a known/verified library and compare it to confirm."
- a known signature test result is what I mentioned in the post and uploaded the pages also check my post number #91 here it i again
1- list of sesquiterpenes from
agarwood oils / agarwood by Rozi Mohamed / tropical forest / springer / page 109
2- list of sesquiterpenes from agarwood oils / agarwood by Rozi Mohamed / tropical forest / springer / page 110
3- Molecules 2018, 23, 2969 research - headspace gas chromatography - page 4
4- Sesquiterpenes and Chromones of Agarwood - by Daoud Ahmaed and Ajaykumar page 37
5- Sesquiterpenes and Chromones of Agarwood - by Daoud Ahmaed and Ajaykumar page 38
6- there is another one from Harvard Botany department pretty much saying the same thing (I can't find it now)
Powdernose-
"Thanks for posting your result.
What precisely did you test?"
- what we tested is a kinam wood (cultivated kinam wood that is 5 years in age / THERE IS NO WILD KINAM) I mentioned this and answered his question in details in post number #107
"I looked through your posted references, I don't think I saw a single common component.
Am I missing something?"
- I answered this question and uploaded the pages my answer was post number #107
Alex said: ↑
I wasn't talking about any wild kinam to start talking about cultivated kinam, I'm talking about cultivated kinam from the beginning
Powdernose-At no point was this clear!
This is how you presented your report:
- this is very sad as this is an Oud or agrawood forum and the respectful members of it believe that I or anyone else has, selling, or offering wild kinam (which with all do respect funny to hear to anyone who is remotely involved in kiman but it's my fault and I'm sorry I thought this is a well known fact to everyone that is dealing, working, or well-versed in this field).
Alex said: ↑
FYI for anyone who's interested in knowing what a Kyara/kinam GC analysis looks like, here it is from The Perfumist
Powdernose-I also asked point blank what precisely you tested and your reply was:
"Kinam, kinam, kinam"
Both statements are misleading.
- I addressed this point multiple times and said that all kinam is cultivated and here I'm saying it for the 20th time (ALL KINAM IS CULTIVATED)
I answered this in post number #107 and I'm quoting
"- kinam, kinam, kinam, many people/companies are doing eau de toilette with 100% chemical components and calling it kinam, companies are not responsible they always want to make money we are responsible of searching, asking, and learning about what a word really means ."
Alex said: ↑
6- Santalol, cis,α- (reference Molecules 2018, 23, 2969 page 5)
Powdernose-Yes, you've managed a single match, in your test that component is at 0.01%...
- I answered this in details in post number #111 here is my quoted answer
No it does here are the NIST identifications marked for you with exact reference and page number from where that reference is from
1- α-Guaiene (refrence Daoud Tajeldeinn Ahmaed and Ajaykumar D. Kulkarni page 38)
2- 11-dien (refrence Daoud Tajeldeinn Ahmaed and Ajaykumar D. Kulkarni page 38)
3- 11-dien (refrence
agarwood my rozi mohamed page 109)
4- Guaia-1(10) (refrence Daoud Tajeldeinn Ahmaed and Ajaykumar D. Kulkarni page 38)
5- benzaldehyde in that range of quantitation (20 to 30) (refrence Daoud Tajeldeinn Ahmaed and Ajaykumar D. Kulkarni page 38)
6- Santalol, cis,α- (reference Molecules 2018, 23, 2969 page 5)
7- 2-Butanone, 4-phenyl- (reference Molecules 2018, 23, 2969 page 7)
8- 1H,5H-Pyrazolo[1,2-a][1,2,4]triazole-1-thione, tetrahydro-2-phenyl-3-(3-pyridinyl)-
4-Methoxybenzyl phenyl carbonate
4-Amino-5-(5-amino-4 phenyl-1-pyrazolyl)methyl-2-methylpyrimidine
4-phenyl-
( available on our report on 2 , 29 , 30 , 32 presenting different varieties of phenylethyl, with amino, this is used the decide the quality of agarwood and even the region distinguishing different kinds of it and I'm quoting from Molecules 2018, 23, 2969 page 11 reference (20/25) "
chromones were identified in the incense smoke of the Kynam variety (27.23%), but not in the same of Vietnamese, Lao, or Cambodian variety. So far, 39 different 2-(2-phenylethyl) chromone derivatives have been identified in different varieties of agarwood).
Alex said: ↑
7- 2-Butanone, 4-phenyl- (reference Molecules 2018, 23, 2969 page 7)
Powdernose-That is not a component found in the kyara study you reference:
https://www.mdpi.com/1420-3049/23/11/2969/htm#B21-molecules-23-02969
rather it is mentioned in the study but the actual reference is this one:
https://www.researchgate.net/file.P...fe6&assetKey=AS:395028015927297@1471193426523
which is with regard to regular agarwood not kynam.
Alex said: ↑
8- 1H,5H-Pyrazolo[1,2-a][1,2,4]triazole-1-thione, tetrahydro-2-phenyl-3-(3-pyridinyl)-
4-Methoxybenzyl phenyl carbonate
4-Amino-5-(5-amino-4 phenyl-1-pyrazolyl)methyl-2-methylpyrimidine
4-phenyl-
( available on our report on 2 , 29 , 30 , 32 presenting different varieties of phenylethyl, with amino, this is used the decide the quality of agarwood and even the region distinguishing different kinds of it and I'm quoting from Molecules 2018, 23, 2969 page 11 reference (20/25) "
chromones were identified in the incense smoke of the Kynam variety (27.23%), but not in the same of Vietnamese, Lao, or Cambodian variety. So far, 39 different 2-(2-phenylethyl) chromone derivatives have been identified in different varieties of agarwood).
Powdernose - None of those are chromones.
By the way, you can't just take one section of a chemical components name and make matches based on that partial name....
Also worth noting that a
GCMS of smoke will differ to a test of an acetone extract.
- (Powdernose is obviously not familiar with any of those components read my post #117) here Powdernose said that non of those are chromones
and I quoted from
- benzaldehyde and 2-phenylethyl are not Chromones ?
again I'm using the same quote " analyzed the smoke profiles of two different varieties of Vietnamese agarwood that
were absorbed in Tenax TA, and found small amounts of benzaldehyde and 2-(2-phenylethyl) chromone
were present in both varieties of Kynam (Kanakoh) agarwood. Ismail et al (kindly note the WORD CHROMONES in the quote)
And by the by, 1,2,4 triazoles are synthetic compounds
"The 1, 2, 4-triazole ring is an ubiquitous structural feature of many synthetic compounds"
https://japer.in/storage/models/art...8TQEaBxRIIDuC/a-review-on-1-2-4-triazoles.pdf