Gel Electrophoresis Market to Growth Rate Analysis Feb-2017

Global Gel Electrophoresis Market 2017-2021
The Gel Electrophoresis market report contains a comprehensive market and vendor landscape in
addition to a SWOT analysis of the key vendors for 2017-2021. The following companies are the key
players in the global gel electrophoresis market: Agilent Technologies, Bio-Rad Laboratories, GE
Healthcare, and Thermo Fisher Scientific. Other Prominent Vendors in the market are SCIEX, C.B.S.
Scientific, Harvard Bioscience, Helena Laboratories, Hoefer, Lonza, Sysmex Partec, PerkinElmer, Sebia,
SERVA Electrophoresis, Sigma-Aldrich, Shimadzu, and Takara Bio.
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Capillary electrophoresis is being increasingly preferred over gel electrophoresis due to its increased
advantages. For instance, earlier, DNA sequencing products were separated using polyacrylamide gels
that were manually poured between two glass plates.
Capillary electrophoresis uses a denaturing flowable polymer, thus replacing the use of gel separation
techniques to a large extent due to the significant gains in ease of use, workflow, and throughput.
Fluorescent-labeled DNA fragments are separated according to molecular weight. Since gels need not be
poured with capillary electrophoresis, the DNA sequence analysis can be automated.
According to the gel electrophoresis market report, proteins control various functions of the body.
Hence, a defect in a particular protein structure can result in disorders and other health conditions. This
has resulted in the development of new and personalized drugs through the identification and study of
protein expressions.
Personalized medicines have high market demand in oncology therapeutics. Various incentives are also
provided by manufacturers for cancer therapies. Many pharmaceutical companies have major plans to
shift toward personalized medicines as they involve better patient management.
Further, the report states that there are various issues related to the use of gel electrophoresis.
Electrophoresis measurements are not usually precise. Gel electrophoresis can effectively separate
similar proteins with different weights. It can separate them more precisely through a technique known
as 2-D electrophoresis, which is common in proteomics. However, the measurements done during the
technique are semi-quantitative.
Further, to obtain the precise mass of proteins, mass spectroscopy is employed after the proteins are
purified by electrophoresis. Another issue faced after using gel electrophoresis is some degree of error
and the need to run samples multiple times to get clean result, while comparing the relative amounts of
different molecules relies on the band density (darkness) of the different spots on the gel.
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Table of Contents of the Report
PART 01: Executive summary