Examples of 'synthesis route' in a sentence
Meaning of "synthesis route"
synthesis route: A specific pathway or process used to create a compound, material, or substance by combining different elements, chemicals, or components. It defines the steps and methods involved in synthesizing a product through chemical reactions, organic transformations, or manufacturing techniques.
How to use "synthesis route" in a sentence
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synthesis route
This is a synthesis route for insect pheromones.
There is not known to be a direct synthesis route.
A possible synthesis route is as follows.
The procedure is as described in the synthesis route below.
An exemplary synthesis route is included.
This dye may be prepared by an alternate synthesis route.
The synthesis route proposed makes it possible to obtain spherical pores.
The aminosilanes may be prepared by a multistep synthesis route.
The disadvantage of that synthesis route is the use of a palladium catalyst.
The method of the invention is performed on borazane prepared by the synthesis route indicated.
General synthesis route.
The compounds according to the invention can be obtained by any appropriate synthesis route.
The synthesis route was explained in details using each stage step by step.
The novel triazine compounds of the invention may be synthesized by a suitable synthesis route.
The synthesis route utilized were formic acid and modified ethylene glycol eg.
See also
The sequence of reactions is identical with the one proposed in the preceding synthesis route.
The organic synthesis route is also very scalable as above brominated route.
The process of the present invention is a convergent synthesis route rather than a linear one.
Completely different synthesis route involving different intermediates has now been discovered.
The present inventors have also devised a stereoselective synthesis route for the stereoisomers of interest.
This synthesis route is likewise disadvantageous as regards safety and economical aspects.
The Applicant therefore proposes to find another synthesis route for Fexofenadine.
This synthesis route therefore requires a prior synthesis step of activating the acid.
A representative synthetic scheme is illustrated in synthesis route 7.
Industrially using the synthesis route high pressures and high temperatures.
Synthesis route The compound of the invention can be produced by known organic synthesis methods.
Are such that the chemical synthesis route was explored at a very early stage.
Each synthesis route suitable for preparing nanoparticles suitable for a DNA administration may basically be used.
The synthesis method uses readily-available raw materials, significantly reduces a synthesis route of sapropterin dihydrochloride.
The general aspects of the above synthesis route are applicable to a variety of starting materials.
Synthesis route for three-armed ethyl fumarated end-capped trimethylene carbonate prepolymer.
The peptides obtained by this synthesis route are used, in particular, in pharmaceutical applications.
Compounds may be prepared by total synthesis as illustrated in Synthesis Route 8.
A biomimetic synthesis route for erysodienone was developed based on a similar oxidative phenol coupling mechanism.
Typically the compounds can be synthesized following the synthesis route described in Scheme 4 below.
Further the synthesis route of such a hydroxide is complicated making this mineral filler rather prohibitive.
For example, the following synthesis route can be used,.
Chemical synthesis route for the manufacture of Mycophenolate mofetil already exists.
The piperidine derivative of formula ( 4 ) may be prepared through the following synthesis route.
The synthesis route is schematically depicted in FIG.
Fig . 1 is a schematic view of a synthesis route of a Y side component.
Another synthesis route for the compound III may be suggested from the acid XIII.
For example, a suitable alternative synthesis route is outlined in Scheme 1-A below.
This synthesis route is exemplified by the following reaction scheme,.
Fig . 11 illustrates an alternative chemical synthesis route for the production of vitamin A acetate from farnesol.
This synthesis route also makes it possible to obtain the deoxygenated compounds in position 4.
The production of DCTF starting from 3-picoline-N-oxide can be accomplished by a 4 step synthesis route.
The general synthesis route is as follows,.
The experimental procedure repeats Steps 1 and 2 of Example 1, synthesis route A.
The influence of the synthesis route into material 's physical properties was investigated.
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