New Product | StarLighter Fluorometer--The Best Solution for Nucleic Acid Concentration Determination

There are many methods for determining nucleic acid concentration, but the commonly used methods in laboratories are UV absorption method , Fluorescence spectrophotometry , qPCR And other three methods.

To help you understand the differences between these three methods at a glance, we have summarized their differences in detection principles and specific applications in detail, as shown in the table below.

Table 1 Comparison of three nucleic acid concentration determination methods

Figure 1 StarLighter Fluorometer

Table 2 StarLighter Fluorometer Product List

01. Product advantages

• High specificity: It can specifically detect substances such as dsDNA, ssDNA, RNA and proteins without interference from other substances;

• Fast detection: The average sample detection time is only 3-5s;

• Micro-samples: Only 1-20 μL of test sample is required;

• Accurate detection: High sensitivity, with good detection results for low-concentration nucleic acid and protein samples;

• Reagents: Provide matching testing reagents to facilitate users' one-stop shopping.

02. Scope of application

• NGS Library construction DNA quantification and RNA quantification in

• PCR experiments Determination of nucleic acid concentration in

• In the research laboratory Low concentration Nucleic acid and protein detection requirements.

03. Experimental process

Wonderful link: StarLighter nucleic acid quantitative detection reagent

Grand total 7.5 million+ Sales volume of the reaction times, Your reliable choice!

Figure 3 StarLighter RNA HS Assay Kit

Product Features

• One of the earliest high-tech enterprises in China to independently develop nucleic acid quantitative detection reagents;

• One-stop supply dsDNA, ssDNA, RNA Quantitative detection reagents for different nucleic acid targets;

• Available for Fluorometer and/or ELISA reader Products for various application scenarios;

• ISO13485/ISO9001 Quality control system of quality system standards;

• The batch-to-batch difference is small and the product stability is good.

Figure 4 Experimental comparison data of StarLighter RNA HS Assay Kit and mainstream competing products

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