Chemical compounds consisting of a carbonyl adjacent to an ether linkage.
1
These statistics confirm the evidence that the ester reaction is not simple.
2
This review provides a broad overview of natural ester production by microorganisms.
3
Finally, the perspectives and major challenges of microorganism-derived ester synthesis are presented.
4
An efficient solid phase synthetic protocol for salicylaldehyde ester peptides is reported.
5
Substitutions of the N-benzyl residue favour biological activity beside respective 3-ester functions.
1
Microbial conversion of biomass-derived sugars into esters may provide a sustainable alternative.
2
The ethyl esters were then converted into the corresponding acids by hydrolysis.
3
They hydrolyze a variety of drug esters, amides, carbamates and similar structures.
4
However, these esters are produced mainly through unsustainable, energy intensive processes.
5
Natural production of esters typically cannot compete with existing petrochemical processes.
6
The pineapple note in standard strawberries comes from the presence of ethyl esters.
7
The esters were prepared by transesterification of sitostanol with rapeseed oil fatty acids.
8
Single-fluorophore and multiple-fluorophore labeled antibodies were easily prepared with both types of esters.
9
This bonds the methanol to the oils to produce energetic molecules called esters.
10
Chlorotrimethylsilane completely dealkylates phosphonate esters at elevated temperature in a sealed reaction vessel.
11
With strong acids water is split off and esters are formed.
12
Of the cellulose esters the nitrates are still the only group in industrial use.
13
The cellular mediator is likely an increased level of long chain fatty acyl-CoA esters.
14
Acids in the wood help turn volatile molecules created during fermentation into flavorful esters.
15
Partial structures of anionic components, composed primarily of sulfate esters, were obtained with CID.
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In conclusion, EPA ethyl esters are rapidly incorporated into plasma lipids, especially into PL.
