GM Bacteria for fermentation
4 posts • Page 1 of 1
GM Bacteria for fermentation
Hi,
I would like to know about the genetically modified bacteria used for the fermentation.... Are there any advantages in using these GMO s rather than traditional yeast??
I would like to know about the genetically modified bacteria used for the fermentation.... Are there any advantages in using these GMO s rather than traditional yeast??
- Eric
- Posts: 7
- Joined: 18 Feb 2009, 10:31
Re: GM Bacteria for fermentation
Do all these companies in the bioethanol production use genetically modified organisms for ethanol production from cellulose??
- sreevatsansumukhi
- Posts: 131
- Joined: 06 Oct 2009, 19:53
Re: GM Bacteria for fermentation
No, I doubt if they use genetically modified enzymes.. They use enzymes which are naturally produced for ethanol production.. For example,Iogen is a cellulosic ethanol company which uses naturally produced enzymes( which they produce on their own) to produce cellulosic ethanol.
- paru
- Posts: 34
- Joined: 06 Oct 2009, 20:01
Re: GM Bacteria for fermentation
Hi,
I am new to this forum. I saw an interesting article on how GMOs were used to naturally sweeten diary products.
http://www.foodnavigator.com/Science-Nu ... eten-dairy
Lactose is a disaccharide, made up of two basic sugar molecules, a galactose and a glucose molecule. In the Lactococcus lactis strain, used extensively in the dairy industry in the production of fermented milk products, certain genes in the lactose-PTS were deleted to create a bacterium (NZ9000Glc-Lac+) that selectively fermented the galactose part of the lactose, but not the glucose part. The glucose then accumulated outside of the cell, in the dairy product which gives a sweet taste naturally.
I am new to this forum. I saw an interesting article on how GMOs were used to naturally sweeten diary products.
http://www.foodnavigator.com/Science-Nu ... eten-dairy
Lactose is a disaccharide, made up of two basic sugar molecules, a galactose and a glucose molecule. In the Lactococcus lactis strain, used extensively in the dairy industry in the production of fermented milk products, certain genes in the lactose-PTS were deleted to create a bacterium (NZ9000Glc-Lac+) that selectively fermented the galactose part of the lactose, but not the glucose part. The glucose then accumulated outside of the cell, in the dairy product which gives a sweet taste naturally.
- bob
- Posts: 2
- Joined: 26 Feb 2010, 09:39
4 posts • Page 1 of 1
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