... didn't find that adding or subtracting in yeast," says Thomas. He adds that the consequences of inserting ... them sequence the entire genome of each yeast strain and to identify the rare mutational events ...
... Dunn and Gavin Sherlock of Stanford University have measured the genetic contribution of the parent yeasts to strains of S. pastorianus and revealed new insights into the events that brought about ...
... Cell Press publication, reveals that wild yeast strains are actually an excellent model for understanding ... sense a chemical that tells them plenty of other yeast are around. Brewers might take advantage ...
NORWICH, England, Feb. 16 (UPI) -- British scientists say they have sequenced more than 70 strains of yeast, the greatest number of genomes for any species.
... colleagues have succeeded in genetically modifying industrial yeast strains, thus producing ethanol from xylose ... Butalco GmbH, Boles is now constructing yeast strains to convert plant waste materials ...
... in industrial ethanol production, because it's difficult to control oxygen levels as yeasts ferment sugars into ethanol. The new yeast strain would help alleviate this problem.
... naturally on the sugar cane was still viable in the vats and lasted through many more generations.
This is the yeast strain that Argueso and colleagues studied and mapped, known as PE-2.
"We took ...
... in Brazil. The group's work revealed that portions of the genome are plastic compared to other yeast strains, specifically the peripheral regions of chromosomes, where they observed a number of ...
... Professor Finley and his group at Harvard Medical School conducted experiments with various yeast strains in which they were able to prove that in living cells the process was indeed identical to that ...
... Jens Tyedmers a lead author. In yeast, the [PSI+] prion is a mis-folded version of a protein ... studied intensively for many years. Tyedmers tested 4700 yeast strains that each lacked one of the genes ...
... strains," Cohen says.
The researchers also exchanged every combination of the four SNPs between the yeast strains to determine how the genetic variations interacted. Interestingly, any two or more ...
... found that rather than all being derived from one common ancestor, humans have domesticated yeast strains at many points in history and from many different sources.
The association between man and ...
... Yeger-Lotem entered the data from screens of 5,500 yeast strains (Saccharomyces cerevisiae ... possibly undersynthesized in alpha-synuclein-containing yeast, ubiquinone modestly suppressed alpha-synuclein ...
... which the plant uses to convert amorphadiene to artemisinic acid, and expressed it in the amorphadiene-producing yeast strain.
"We got it right the first time we tried it," Keasling said at his AAAS ...
... final beers.
Current research suggests that lager yeast strains possess a faulty gene that causes the ... s genes by using DNA sequenced from an ale strain. The new yeast fermented VHG lager wort faster ...
