Editing Service

Our native-speaking English specialists can review and edit letters, resumes, contracts, documents, and scientific research papers. We know how to find correct many minor problems which create major headaches for scientific journals such as removing Chinese fonts from the text, making subjects and verbs agree in type and number, or reworking complex sentences and ideas into more easily readable material. After all, the goal of editing is readability.

We clean up the English to make it more easily readable and understandable. Take at look at the following two real life examples. Changes are shown with bold italicized text.

Original Abstract Fluorescent oligonucleotides provide needed tools to study DNA sequencing-by-synthesis. Flourescent oligonucleotides allow reading of the DNA sequence, but the fluorescence must be removed after a few based pairs are read in order to continue reading the sequence. Many scientists have developed methods to solve this problem. This paper reviews the development of fluorescence removal in DNA sequencing and summarizes many methods of removing the fluorescence in DNA sequence.

Edited Abstract Fluorescent oligonucleotides provide useful tools for the study of DNA during the sequencing-by-synthesis process. Fluorescent oligonucleotides allow reading of the DNA sequence, but the fluorescence must be removed after a few based pairs are read to continue reading the sequence. Scientists have developed a variety of methods to solve this problem. This paper reviews the development of fluorescence removal during DNA sequencing and summarizes several methods of removing the fluorescence.

Original The quenching temperature also affected the fluorescent intensity. The concentration of DABCYL was 0.1 mol/l. As shown in figure 4, the higher the temperature, the larger the destruction of the fluorescence. 40ºC was easily achived. In addtion, the fluorescence could be almost completely quenched at 40ºC. As a result, a quenching temperature of 40ºC was selected.

Edited The quenching temperature also affected the intensity of the fluorescence. With a 0.1 mol/l concentration of DABCYL figure 4 shows how at higher temperatures, the destruction of the fluorescence increased significantly. We selected a temperature of 40ºC because it was easily achieved and the fluorescence could be almost completely quenched at that temperature.

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