Ribonuclease abbreviated as RNase is an enzyme responsible for the denaturation of the RNA into smaller components. RNase are of two types: endoribonucleases and exoribonucleases. RNase control finds application in synthesis of cDNA, real time polymerase chain reaction, RNA purification and others. It prevents degradation of RNA during these processes. RNase control becomes important in the molecular biology since RNase contamination is very easily acquired and could compromise the entire experiment thereby adding unnecessary costs to the already expensive research projects. Not just cost factor is concerning, it is impossible to determine the source of contamination in terms of reagents or instruments. Traditional method of RNase inhibition in enzymatic experiments like translation, transcription (in vitro), reverse transcription involves using RNase control from human placenta.
COVID-19 pandemic is expected to have an impact of the global RNase control market. The niche markets already have specific target groups; COVID-19 will cause further disruptions in such markets in terms of supply chain bottlenecks logistics restriction due to uncertain lockdown periods.
RNase Control Market: Drivers and Restraints
The growing incidence of diseases in general and genetic diseases in particular had seen extensive use of techniques like real time polymerase chain reaction which used RNase control which in turn would provide momentum to the global market for RNase control. The ever growing field of genomics and proteomics will require the use of RNase control thereby boosting the global market for RNase control. The interdisciplinary approach of the research collaboration in the recent times couple with ever growing field of research in molecular biology will require the use of RNase control thereby driving the growth in the global RNase control market. The barriers for the global RNase control market can be expected to be high costs of the RNase control kits. The specialized set of skills required by the researchers and workforce to use the kits can possibly deter the growth of the global RNase control market. Lack of research infrastructure and financial constraints in developing part of the world can slow the momentum of growth of the global market for RNase control.
RNase Control Market: Segmentation
The global market of RNase control can be segmented based on product type, application and region.
Based on product type, the global market of RNase control can be segmented as:
Based on application, the global market of RNase control can be segmented as:
RNase Control Market: Overview
The global market of RNase control is expected to register steady growth in the forecast period. Based on the product type, recombinant segment in the global market of RNase control might be expected to register robust growth owing to the greater number of recombinant products in the market. Based on application, RNase control that inhibits A, B and C can be expected to register lucrative growth owing to the more number of the products which cater to this segment.
RNase Control Market: Region-wise Outlook
North America can be expected to hold the dominant share in the global RNase control market owing to the greater number of experimental projects in the research and the academic institutes in the region. Europe can be estimated to be the next lucrative market in the global RNase control market as greater number of collaboration and research projects are underway. Asia can be expected to lead the emerging markets in the RNase control market owing to the growing awareness in the research domain in the region. Middle East and Africa can be expected to be the least attractive market since the investment by governments and research institutes is very limited.
RNase Control Market: Key players
The key market players active in the global RNase control market involve Qiagen, ThermoFisher Scientific, New England BioLabs, Biotechrabbit, Canvax, Promega, TaKaRa, Meridian Bioscience among others
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