Examples of using Microarrays in English and their translations into German
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EArray portal with all available information on Agilent microarrays.
label free protein microarrays.
CDNA microarrays: uses complementary DNA strands formed by transcription of mRNA.
Protein nanobiochip(NBC) is a device that combines nanotechnology-based biochips and microarrays.
A classic representative of peptide microarrays are kinase assays. Knowledge-based peptide libraries.
peptide and glycan microarrays.
The main work for researchers begins as soon as the microarrays have been scanned.
Protein microarrays were developed by utilizing the technology of DNA microarrays,
Microarrays permit the production of high sample quantities at a fast rate with inexpensive production costs.
transforming the glass wafers into substrates for microarrays.
Based on the mode of preparation of the array, microarrays are divided into three types.
The production of small molecule microarrays allows insight into enzyme-substrate complexes
Label-based microarrays use the traditional method of labelling probes through materials such as fluorescent dyes or radioisotopes.
The requirements of protein microarrays are nevertheless more complex
While there are clear advantages to protein microarrays, their application is not without challenges. Â.
Another possible application of Kapton® is in the field of biosensors for protein or DNA microarrays.
Microarrays can be manufactured to different sizes with the number of probes on a microarray ranging from ten to five million.
Protein microarrays are used to determine the function of proteins,
Having worked for several years with Agilent's microarrays, we value the robust
The limitations of microarrays, therefore leave NGSs as the more practical option for analysis in functional genomics.