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See also: Cellobiose Cell Cellular Cellulose Cellar Cellophane Cellulitis Cellulite Celluloid Cell-mediated

1. What does Cellobioses mean? Plural form of cellobiose

Cellobioses, Cellobiose

2. Cellobiose (countable and uncountable, plural Cellobioses) (biochemistry) A disaccharide, found mainly as a repeat unit in cellulose, in which two glucose units are joined with a 1, 4-β linkage; Derived terms

Cellobiose, Countable, Cellobioses, Cellulose

3. However, in more specific contexts, the plural form can also be Cellobioses e.g

Contexts, Can, Cellobioses

4. In reference to various types of Cellobioses or a collection of Cellobioses.

Cellobioses, Collection

5. Words created with Cellobioses, words starting with Cellobioses, words start Cellobioses

Created, Cellobioses

6. Cellobioses - find the meaning and all words formed with Cellobioses, anagrams with Cellobioses and much more

Cellobioses

7. The word Cellobioses uses 11 letters: b, c, e, e, i, l, l, o, o, s, s

Cellobioses

8. Cellobioses is playable in: Words With Friends 19

Cellobioses

9. After these two steps, the cellulose crystal is hydrolyzed to Cellobioses, which is an important intermediate product during the cellulose hydrolysis

Cellulose, Crystal, Cellobioses

10. Finally, β-glucosidase hydrolyzes Cellobioses into glucoses

Cellobioses

11. The major products of the enzymatic action are Cellobioses which are further hydrolyzed into monomeric units

Cellobioses

12. When there were more unsubstituted Cellobioses in the cotton, namely, 0 < n sub < n subc, the rate of first-stage hydrolysis, k apparent, was higher than k unsub

Cellobioses, Cotton

13. All the substituted Cellobioses were degraded during the first stage, and all the remaining unsubstituted Cellobioses were hydrolyzed during the second stage.

Cellobioses

14. The most efficient way of degrading cellulose is to degrade cellulose into Cellobioses extracellularly and degrade Cellobioses into glucose intracellularly

Cellulose, Cellobioses

15. Accordingly, we genetically engineer the E.coli to secrete endoglucanases and exoglucanases outside to respectively degrade cellulose to oligosaccharides and then to Cellobioses.

Coli, Cellulose, Cellobioses

16. Request PDF Fast Pyrolysis of 13C-Labeled Cellobioses: Gaining Insights Into the Mechanisms of Fast Pyrolysis of Carbohydrates

Cellobioses, Carbohydrates

17. The radioactive Cellobioses were identical to authentic cellobiose in melting point, optical rotation, isotopic dilution, and chromatographic properties

Cellobioses, Cellobiose, Chromatographic

18. The Cellobioses were then analysed and quantified to reveal the amount of oxidised nanofibrillar cellulose in the sample

Cellobioses, Cellulose

19. A model composed of 40 Cellobioses simulated at 500–3000 K was established, and the force biased monte-carlo is mixed into ReaxFF to make it closer to the actual situation and ensure the

Composed, Cellobioses, Carlo, Closer

20. 13C-labeled Cellobioses: Gaining insights into the mechanisms of fast pyrolysis of carbohydrates

Cellobioses, Carbohydrates

21. From this perspective, we newly synthesized a calix[4]arene-based amphiphile bearing disaccharides, Cellobioses.

Calix, Cellobioses

22. A) Cellobiose phosphorylase (CBP)‐catalysed reaction of α‐ d ‐glucose 1‐phosphate (Glc‐1P) and deoxy‐fluoro‐ d ‐glucose (2F‐Glc, 3F‐Glc or 6F‐Glc), followed by B) cellodextrin phosphorylase (CDP)‐catalysed oligomerisation with Glc‐1P and monofluorinated Cellobioses, to afford enzymatically produced fluorinated

Cellobiose, Cbp, Catalysed, Cellodextrin, Cdp, Cellobioses

23. From this perspective, we newly synthesized a calix[4]arene-based amphiphile bearing disaccharides, Cellobioses

Calix, Cellobioses

24. Activities degrade the polymer into smaller Cellobioses, made up of two glucose molecules

Cellobioses

25. Then, b-glucosidases (EC 3.2.1.21) produce glucoses from Cellobioses

Cellobioses

26. The radioactive Cellobioses were identical to authentic cellobiose in melting point, optical rotation, isotopic …

Cellobioses, Cellobiose

27. The second step is the degrading of cellodextrin to a two-unit glucoses (Cellobioses) with the help of exoglucanase (1,4- β-D-glucan cellobiohydrolase) by adjusting the reducing and non-reducing chains

Cellodextrin, Cellobioses, Cellobiohydrolase, Chains

28. The third step is the formation of glucose obtained when the β-glucosidases strikes the Cellobioses

Cellobioses

29. Alternatively, Cellobioses are incorporated in the cell and may be accumulated in the cell because BGLII, the major intracellular BGL of T

Cellobioses, Cell

30. Fast Pyrolysis of 13C-Labeled Cellobioses: Gaining Insights Into the Mechanisms of Fast Pyrolysis of Carbohydrates Journal of Organic Chemistry January 6, 2015

Cellobioses, Carbohydrates, Chemistry

31. This is to represent the fact that a cellobiose can be cut from a cellulose strand many times, but a cellulose strand can only be transformed into two Cellobioses once, i.e

Cellobiose, Can, Cut, Cellulose, Cellobioses

32. Kenttämaa Fast Pyrolysis of 13 C-Labeled Cellobioses: Gaining Insights into the Mechanisms of Fast Pyrolysis of Carbohydrates, J

Cellobioses, Carbohydrates

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Dictionary

CELLOBIOSES

Frequently Asked Questions

Is cellobiose a glycosidic bond?

Again, do not confuse the configuration of the hemiacetal center with that of the glycosidic bond, which is β in cellobiose. Cellobiose is produced by hydrolysis of cellulose, a homopolysaccharide of glucose in which all units are linked by β-l,4ʹ-glycosidic bonds. Humans do not have an enzyme to hydrolyze cellobiose.

What is the structure of cellobiose?

Cellobiose is a disaccharide with the formula C 12H 22O 11. Cellobiose, a reducing sugar, consists of two β-glucose molecules linked by a β(1→4) bond.

How does cellobiose differ from maltose?

Cellobiose consists of two molecules of glucose that are linked by a β– (1,4′) glycosidic bond. Cellobiose thus differs from maltose by its configuration at the glycosidic bond.

Is cellobiose a reducing sugar?

Cellobiose is a disaccharide with the formula C 12H 22O 11. Cellobiose, a reducing sugar, consists of two β-glucose molecules linked by a β(1→4) bond.

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