Mercury Poisoning Treatment Market

Mercury Poisoning Treatment Market

Mercury Poisoning Treatment Market (Drug: Chelating Agents [Dimercaprol or British anti-Lewisite {BAL}, Dimercaptosuccinic Acid {DMSA}, DMPS, Penicillamine, and Others], Combination Therapy with Chelating Agents, and Plasma Exchange Hemodialysis Plasmapheresis; Type: Acute Mercury Poisoning and Chronic Mercury Poisoning; Treatment Type: Supportive Treatment and Antidotal Treatment; Form: Inorganic Mercury, Elemental Mercury, and Organic Mercury; Route of Administration: Injectable and Oral; and Distribution Channel: Hospital Pharmacies, Online Pharmacies, and Retail Pharmacies) - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2020 - 2030To get more news about Buy emeramide, you can visit official website.
Unique mercury poisoning cases are creating revenue streams for healthcare companies in the mercury poisoning treatment market. For instance, in December 2019, it was reported that a women entered into comatose after using a skin-lightening cream of a world-renowned personal care brand, which was tainted with high levels of mercury. Such cases are increasing the demand for drugs induced with chelating agents and combination therapies in the mercury poisoning treatment market. As such, the market for mercury poisoning treatment is projected to expand at a favorable CAGR of ~5% during the forecast period.

Other key market drivers such as increased level of mercury emissions are fueling the demand for treatments involving combination therapy with chelating agents in the market for mercury poisoning treatment. It has been found that over the past several hundred years, mining and other human activities have released several million tons of mercury in the environment. Researchers at the David Streets of Argonne National Laboratory, U.S., stated that several pollutants, including mercury have not been sequestered naturally, and hence remain mobile in the environment causing new cases of mercury poisoning among individuals.

Researchers are using state-of-the-art methods to reinvestigate the historic Minamata mass mercury poisoning incident. For instance, researchers at the University of Saskatchewan (USask) are using novel techniques to study historic animal brain tissue samples to understand how mercury acts in the environment and affects humans. This is evident since individuals are prone to risks of exposure to mercury by the consumption of shellfish and fish items such as the Japanese delicacy Sushi.

Activities such as reassessment of species involved in other organic mercury poisoning incidents, such as in Grassy Narrows, Ontario, are surging in the mercury poisoning treatment market. This explains why the revenue of organic mercury poisoning dictates the highest share among all forms in the market for mercury poisoning treatment. The high incidence of impaired peripheral vision and muscle weakness due to mercury exposure are creating revenue opportunities for companies in the market for mercury poisoning treatment.

The high incidences of mercury poisoning are reported due to dental amalgams. These amalgams are traditionally made of a mix of mercury and a metal alloy that contains copper, silver or tin, which are used to fill dental cavities. Hence, scientists in the mercury poisoning treatment market are introducing mercury-free alternatives for fillings in order to reduce incidence of mercury exposure. Such innovative trends are boosting the revenue of the mercury poisoning treatment market, which is estimated to reach a value of ~US$ 50 Mn by the end of 2030.

Companies in the market for mercury poisoning treatment should collaborate with scientists to innovate in mercury-free alternatives for dental fillings. However, these alternative fillings are more expensive than traditional amalgams, which restricts its wide scale adoption in dental care settings. Hence, dental care practitioners in the market for mercury poisoning treatment are gaining efficacy in ultrasound, laser, and drug-based treatments to stimulate the regeneration of dentine.