Magnetic resonance (MRI) contrast agent is a paramagnetic substance used during an MRI to enhance the scan so that the site can be seen more clearly. In the presence of this electron-containing material, the magnetic susceptibility of electrons is about 657 times that of protons, resulting in large local fluctuations in the magnetic field. Magnetic resonance examination has smooth sweep and enhance scan of cent, some clinical diseases need only smooth sweep to be able to get clear diagnosis. However, there are some lesions that cannot be detected and clearly diagnosed on plain scanning and must be enhanced, especially for tumors. These scans, called enhancement scans, are designed to increase the density difference between the diseased tissue and normal tissue, making it easier to diagnose and identify the disease, and can be useful in assessing outcomes before surgery.
There
are three common MRI contrast agents, namely extracellular fluid (ECF) agent,
blood pool contrast agent (BPA) and hepatobiliary contrast agent. Extracellular
fluid agents are distributed in the extracellular space. These drugs have been
used for the longest time in liver imaging, and they remain the most commonly
used and best-documented drugs, accounting for 72.35% of the market share in
the industry in 2020. Blood pool contrast agents (BPA), also known as
endovascular contrast agents, differ from other contrast agents due to their
high molecular weight and high relaxation -- their large size prevents
diffusion and leakage through the vascular epithelium into the interstitial
space, so they remain in the vascular system for a longer time. Most contrast
agents leave the vascular system within minutes, but blood pool contrast agents
remain in circulation for up to an hour, extending the imaging time. Longer
image acquisition time allows for better signal tone ratio and improved image
resolution; Hepatobiliary contrast agent is a special contrast agent used to
assist MRI diagnosis. They fall into three categories: gadolinium-based
reagents, manganese-based reagents and superparamagnetic iron oxide particles. The
three MRI contrast agents differ in administration and dose, cellular uptake
mechanism, excretion degree through biliary pathway and imaging characteristics.
After
a period of development, the industry has entered a mature stage. According to our research, the global MRI contrast
agent industry was valued at $969.09 million in 2015, with rapid growth in the
period 2015-2020. In 2020, the market value of the industry grew to $1452.72
million. Based on this, we performed a
series of functional calculations and derived the data for the next 6 years
using a scientific model. Finally, we predicted that by 2026, the global
congratulatory resonance contrast agent would reach $2194.55 million. Meanwhile,
the CAGR from 2021 to 2026 is forecasted at 5.45%.
The top three companies in the global MRI contrast agent industry are Bayer, Guerbet Group and Bracco, with market shares of 38.24%, 22.85% and 21.91%, respectively, in 2020. The top 3 enterprises occupy more than 80% of the market share of the industry, so it can be seen that the industry has a high degree of market concentration and fierce competition.
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North
America is the largest revenue market, accounting for 38.86% of the
global market share in 2020, with a market value of $382.24 million. Europe
ranked second with a market value of $303.14 million and a market share of
30.72%. In addition, the data show that although North America and Europe are
currently the first and second largest revenue markets, their market shares are
declining year by year, and the market shares of the two regions are expected
to decline to 38.25% and 29.99% respectively by 2026. On the contrary, the
Asia-Pacific region, although currently ranked third, is increasing its market
share from 21.56% in 2015 to 22.44% in 2020 and is expected to rise to 23.43%
in 2026. The Asia Pacific region is a relatively densely populated region,
which is becoming the fastest-growing market in the MRI contrast agent industry
due to the continuous growth of population, scientific and technological
development and continuous improvement of medical standards.
Opportunities and Challenges for the Development of Global
MRI Contrast Agent Industry in the Future
In
recent years, the burden of chronic diseases has increased rapidly around the
world. According to statistics, in 2001, chronic diseases accounted for
approximately 60% of all reported deaths worldwide and approximately 46% of the
global burden of disease. By 2020, the share of the burden of non-communicable
diseases has increased to 57%. Almost
half of all deaths from chronic diseases are due to cardiovascular disease. The
increasing prevalence of chronic and complex diseases has led to a dramatic
increase in the number of diagnostic imaging tests. On the other hand, advances
in diagnostic imaging technology and the increasing number of diagnostic centers
offering MRI imaging services have created significant opportunities for
companies operating in the MRI contrast agent market. In addition, there are
not many contrast agent manufacturers at present, and most of the patents of products have expired for many years. There is still only one original
manufacturer or 1-3 companies producing generic drugs. There is still a lot of
room for the improvement of the medical infrastructure system and medical
insurance system to replace generic drugs.
Markets
in the Asia-Pacific region is expected to increase to some extent, this can be
attributed to the increase of R&D investment and favorable conditions of
population, the increase of aging population, the incidence of cancer rises,
radiology market investment, raise the attention of market participants, and
the growth of China, Japan, India and other countries in the Asia-Pacific
region increased government support.
However, the use of contrast media during MRI has been associated with side effects and allergic reactions, as well as adverse reactions associated with contrast agent, of which anaphylaxis is the most common. Such as feeling giddy, occurrence hallucination, vascular toxicity, kidney toxicity because of allergic reaction and nausea. When serious, the expression is blood pressure dropping obviously, shock, serious trachea, bronchial oedema spasm, serious laryngeal oedema. Therefore, people should do magnetic resonance contrast agent allergy test first when doing magnetic resonance. In addition, some people have low acceptance of MRI contrast agent, believing that MRI contrast agent will stain the internal organs and cannot be discharged from the body. It can be seen that the use of MRI contrast agent is a double-edged sword, which brings side effects or allergic reactions to a certain extent to limit the audience, which is expected to limit the growth of the market, but also bring great challenges to the development of the industry.
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