Examples of 'debranching' in a sentence
Meaning of "debranching"
debranching (verb) - the process of removing branches from a tree or plant, often done to promote better growth or shape
Show more definitions
- present participle of debranch
- That removes branches.
How to use "debranching" in a sentence
Basic
Advanced
debranching
Whiteness increases with increasing degree of debranching.
Cofilin promotes debranching of actin filaments.
Retrogradation occurs at the same time as debranching.
Glycogen debranching enzyme system.
It is unclear to what degree that debranching is carried out.
Starch debranching enzyme activity.
The starch is gelatinized using techniques known in the art before enzyme debranching.
Hydrolysis products of debranching enzymes are mainly maltotriose and maltose.
Moreover the process starts with undegraded starch which may be prior treated by a debranching enzyme.
Pullulanase is well known as a debranching enzyme of pullulan and starch.
Glycogen debranching enzyme activity in the muscles of meat producing animals.
This demonstrates that the pullulanase of the present invention has a pullulanase activity and a debranching activity.
The starch debranching enzyme isoamylase removes some of these branches.
The amount of RS can however be increased by debranching the amylopectin prior to heating.
The debranching is continued until the desired degree of conversion is achieved.
See also
The results show that the debranching activity has also been increased.
The debranching enzymatic activity is measured in accordance with the following protocol.
Preferably, pullulanase is used as the debranching enzyme.
The sequence debranching during amplification results in high yield of the products.
It is therefore a so-called deramifying or debranching enzyme.
An enzymatic debranching treatment will generally lead to formation of short chain amylose.
In mammals and yeast, a single enzyme performs both debranching functions.
Debranching enzymes may be applied in processes for production of low calorie beer.
Derivatives which are obtained by debranching branched glucans, in particular amylopectins, are also suitable.
Debranching enzymes are roughly divisible into two categories, pullulanases and isoamylases.
In a preferred embodiment of the invention, the starch debranching activity is provided by a pullulanase.
Thus the debranching enzyme according to the invention is preferably thermostable and thermoactive.
In general, isoamylases are well suited for debranching longer chains in the starch.
The debranching stent graft limb has the additional advantage of allowing for revision procedures.
In the process described, starch is partially debranched using enzymes with debranching activity.
The vast majority of debranching occurs during malting as a part of the modification process.
The temperature is lowered to 60°C, prior to the addition of the glucoamylase and debranching enzyme.
In one embodiment, he debranching stent graft is held in place through passive fixation.
Preferably the hydrolases are a-amylases, glucoamylases, B-amylases or debranching enzymes such as isoamylases and pullulanases.
Debranching enzyme, together with phosphorylase, is responsible for complete degradation of glycogen.
The visceral double-barreled stent graft and debranching visceral stent graft were re-sheathed.
For example, the debranching enzyme pullulanase together with B-amylase will accumulate large amounts of maltose.
Stent graft deployment rate was 100 % after arch vessel debranching.
Due to loss of the starch debranching enzyme activity, sugary1 mutants display shrunken kernels.
At this point, 0.2 % isoamylase based on starch weight was added to start the debranching reaction.
Sternotomy was thus avoided and alternative debranching techniques were adopted to allow Z1 coverage.
The debranching process was performed in a 20 m3 double wall reactor.
The temperature is lowered to 60 ° C., and glucoamylase and debranching enzyme are added.
Debranching enzymes, such as pullulanases, can be used to aid saccharification.
EP688872 also discloses a method of producing resistant starches that equally includes a debranching step.
A debranching stent graft comprising,.
Preferred glucosidases are debranching enzymes, such as a-arabinofuranosidase, galactanase, arabinanase, and endo - and exopolygalacturonases.
The debranching activity of the conjugate is clearly shown in table 22.
The human glycogen debranching enzyme ( gene, AGL ) is a monomer with a molecular weight of 175 kDa.
Neither debranching enzyme can hydrolyze a - ( 1 → 6 ) bonds in substrates with fewer that about four glucosyl residues.
