tobaco-leaf cob with freshly plugged, fully riped virginia leafes and a good hand full of malawi. looks almost like a turkish dolma : )
https://www.icmag.com/ic/picture.php?albumid=66529&pictureid=1611824View Image https://www.icmag.com/ic/picture.php?albumid=66529&pictureid=1611825View Image https://www.icmag.com/ic/picture.php?albumid=66529&pictureid=1611826View Image https://www.icmag.com/ic/picture.php?albumid=66529&pictureid=1611827View Image https://www.icmag.com/ic/picture.php?albumid=66529&pictureid=1611828View Image
This is really interesting. I'm sure it will work, but am most interested to see whazt state the tobacco is in after the cure.
We might learn something from the classical tobacco curing method. Any chance you could try an experiment with a pure tobacco cob? Just for comparison to differently cured tobacco.
ZD
i´m gonna leave this cob in my closet where it´s dark and dry until the tobaco leaf is fully yellow and more or less dry (about 2 weeks). this approach will be without vacuum-bag, i´ll try to use a dried tobacco leaf with sweat cure in vacuum bag the next time..i really enjoy stuff like that
..you mean to sweat-cure a pure tobacco cob?
I am not too sure that it will work without a vac bag. You need the anaerobic conditions for the cob cure to work. Too much oxygen is probably THE biggest risk with these kinds of fermentation.
For that reason tobacco is tightly packed in big heaps and silage is compressed with very heavy machinery and covered to limit exposure to oxygen to the absolute minimum.
Yes, sweat curing a pure tobacco cob, please do it for science I'd be very excited to see the results!
ZD
Tobacco curing is an important process in the industry. The procedure followed varies from one place to another and from one country to another. Certain enzymatic activities take place in the curing process, which brings about a distinct change in the chemical composition of the leaf. Some bacteria are believed to play a significant role in the fermentative process that sets in the curing of tobacco leaves. When the leaves are harvested and piled in heaps, the temperature rises to about 60*C. Certain thermophilic bacteria are believed to become active at this temperature. The enzymatic activity that sets in, helps in the development of typical aroma and flavour in the tobacco leaves. The alkaloids and organic acids are attacked, resulting in some better quality chemicals. Over 1,000,000 bacteria have been estimated in 1 gm of tobacco leaf. Several species of Bacillus, Proteus vulgaris, and some thermophilic organisms are commonly encountered. However, the exact role of these organisms in the biochemical changes during the curing process has not been worked out in any detail. Because of the varying types of soils in which tobacco is cultivated, and the different procedures that are being followed to cure the leaves, large variations in the microbial populations on the fresh leaves, and their subsequent role in curing are believed to take place.
Agricultural Microbiology by D. J. BAGYARAJ, G. RANGASWAMI pp 381
it's a fermentation process, which relies on present enzymes and native microorganisms to convert certain chemical elements in the plant material to other forms, ideally something tastier or more palatable.
i wouldn't be surprised if major decarboxylation occurred during the sweating process.
i tried to find something on tobacco curing that would shed some light on what may be happening in our cobs.