“The increasing focus on food safety is a key factor fuelling the demand for mass spectrometry across the world”.
As per many reports and surveys conducted by healthcare and food and beverage companies.
chemicals, pathogens, and toxins present in the food items are majorly responsible for many diseases around the world.
A major factor responsible for the contamination of food items is the quality of water used in their processing.
Thus, with the growing public awareness regarding food safety, the requirement of mass spectrometry is rapidly rising across the world.
The increasing food safety concerns are pushing up the demand for mass spectrometry methods across the world. In recent times, the presence of chemicals, pathogens, and toxins in food items has become a huge healthcare concern.
As food products can be contaminated because of various sources such as the use of untreated water for food processing. regulatory authorities are increasingly recommending the utilization of mass spectrometry for detecting and identifying the presence of microorganisms in food items.
It is of crucial importance that the food industry pays attention to the quality and safety of food products.
The water that is utilized in the preparation of different products can be contaminated.
thereby leading to production of unhealthy food items.
It has been observed that the presence of chemicals, toxins, and pathogens in food products is rising and becoming a primary healthcare concern all around the world.
Attributed to these factors.
The emphasis on food safety is increasing, and as the identification of microorganisms in food is important for improving its quality, the utilization of mass spectrometry in the food industry is growing swiftly.
The other important factor propelling the demand for mass spectrometry is the surging healthcare expenditure in several countries around the world. The governments of many countries are increasingly making huge investments for improving the healthcare facilities and infrastructure and for providing enhanced healthcare services to the citizens. Furthermore, the increasing healthcare spending is causing the development of advanced treatment procedures and drugs, which is, in turn, boosting the adoption of mass spectrometry in various healthcare applications.
The analytical method that is utilized for identifying various compounds on the basis of atomic sample constitution of molecules and their charge state is referred to as mass spectrometry. The method allows analysis of an unknown sample despite the lack of any prior knowledge of its composition. Mass spectrometry is utilized for measuring molar mass, sample purity, or molecular structure; each of these needing a different experimental approach. It is because of these factors, that the global mass spectrometry market is expected to register substantial growth in the years to come.
This ensures the quality and safety of food products and reduces the chances of food poisoning.
Besides this, the surging healthcare expenditure in several countries is also propelling the demand for mass spectrometry solutions across the world. The governments of many countries are making huge investments for creating a better and well-developed healthcare infrastructure and providing improved healthcare facilities to the people. Moreover, the surge in healthcare expenditure is making healthcare affordable and accessible for all.
Apart from the aforementioned factors, the mushrooming usage of mass spectrometry in several life sciences applications is also fueling its popularity across the globe. This method is heavily used in life sciences applications such as protein identification from a mass of peptide fragment, protein structure determination, absolute or relative quantification of proteins in a sample, detection of disease biomarkers, protein digestion, chemical modifications, the monitoring of various enzyme reactions, and forensic analysis.
In simpler terms, mass spectrometry is a method of measuring the mass-to-charge ratio of ions. This technique is used in a plethora of applications in the life sciences sector such as the identification of protein from the mass of peptide fragment, enzyme reaction monitoring, protein digestion, chemical modifications, forensic analysis, detection of disease biomarkers, ascertaining the protein structure, and the absolute or relative quantification of the proteins present in a sample.
The two major mass spectrometry platforms are single and hybrid mass spectrometry.
Between which, the demand for hybrid mass spectrometry was higher in the past.
The various types of hybrid mass spectrometry are fourier-transform mass spectrometry (FTMS).
Triple-quadrupole mass spectrometry, and quadrupole time-of-flight (Q TOF) mass spectrometry.
Types of single mass spectrometry are time-of-flight mass spectrometry, ion trap mass spectrometry, and quadrupole mass spectrometry. All these types of mass spectrometry are utilized in the environment, drug discovery & development, clinical testing, and proteomics areas. It is because of technological advancements that the application areas of mass spectrometry have widened.
Furthermore, surging research and development (R&D) activities and projects in these life sciences application areas are also propelling the requirement for mass spectrometry products. Another important factor pushing up the demand for mass spectrometry solutions is the growing prevalence of metabolic diseases around the world.
The increasing emphasis being put on the adoption of good distribution practice (GDP).
And good manufacturing practice (GMP) certifications is also fueling the requirement for mass spectrometry.
Due to the above-mentioned factors.
The usage of mass spectrometry is surging sharply across the globe.
which is, in turn, fueling the expansion of the global mass spectrometry market.
The biggest end users of mass spectrometry methods are:-
life sciences and biotechnology, pharmaceuticals, academic and research institutes, and hospitals.
Out of these.
The requirement for mass spectrometry methods is predicted to shoot up in pharmaceutical companies across the world.
Academic and research institutes, life sciences and biotechnology sectors, hospitals, and pharmaceuticals.
These are the main categories present under the end user segmentation of the mass spectrometry market.
Out of these
“the highest usage of mass spectrometry is predicted to be observed in the pharamaceutical organizations in the future years”
owing to which, the pharmaceuticals category will register the highest growth in the market in future.
There are mainly two types of mass spectrometry platforms used in these settings— single and hybrid. Between the two, “the utilization of the hybrid platforms would be higher in the coming years”.
The major end users of mass spectrometry are hospitals, pharmaceuticals, academic & research institutes, and life sciences & biotechnology companies. The use of this technology is being extensively used in life sciences applications.
including identifying proteins in a peptide fragment, determining the protein structure.
relatively or absolutely quantifying proteins in a given sample.
protein digestion, chemical modifications, forensic analysis, and disease biomarker detection.
The rising number of research and development activities in these applications.
Is further leading to the growing requirement for mass spectrometry products.
In addition to this:-
The growing incidence of metabolic diseases is also expected to drive the mass spectrometry market in the coming years.
Other than this, the pharmaceuticals industry is the major consumer of mass spectrometry devices.
It is common for pharmaceutical products to consist of several excipients.
as they are major ingredients for safeguarding the safety of patients.
Organizations including the European Fine Chemical Group.
the International Pharmaceutical Excipients Council Federation.
the Pharmaceutical Quality Group.
and the European Association of Chemical Distributors are responsible for formulating certification scheme for suppliers of excipients.
These standards are promoting the adoption of mass spectrometry by manufacturers for screening impurities in pharmaceutical excipients.
Thus, it can be said with surety that the demand for mass spectrometry will skyrocket throughout the world in the upcoming years.
on account of the rising emphasis on food hygiene and safety.
increasing public awareness regarding food safety.
growing utilization of this method in various life sciences and healthcare applications.
surging healthcare expenditure in many countries around the world.
Hence, the demand for mass spectrometry devices is growing due to the rising need for screening impurities in the food industry.
