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Disposable syringes are designed for one-time use and is discarded in order to prevent the spreading of infection. It can be defined as a sterile cylindrical medical instrument with a hollow needle at the end. This device act as a pump that easily draws drugs from vials and delivers these drugs to the body. A syringe is used to deliver injectable drugs in the body through an intravenous route. The growing use of injectable drugs across the healthcare sector is predominantly fueling the market growth of disposable syringes. The rise in global healthcare expenditure is another key factor propelling the market growth of disposable syringes. According to the World Health Organization, global spending on health was US$ 7.8 trillion in 2017 or about 10% of GDP and $1,080 per capita - up from US$ 7.6 trillion in 2016. Moreover, the growing demand for self-injection devices & long-acting formulations is again propelling the market growth. Increasing spending on R&D of new drugs development coupled with the growing demand for biologics will further favor the market growth of disposable syringes. Furthermore, growing concerns regarding needle stick injuries and accidental infections are also expected to bolster the market growth of disposable syringes. Read more @ https://coherentmarketinsights-blog.blogspot.com/2020/11/increasing-spending-on-r-of-new.html

Ear wax removal by irrigation replaces the old fashioned technique of ear syringing. Now Ear irrigation is performed by using an electronic ear irrigation machine to remove ear wax. It is an exceptionally safe, effective and comfortable method of ear cleaning.

A contrast agent (also called a contrast medium) is an electrically charged material used in medical imaging to enhance the contrast of medical vessels or other tissues in the body. Contrast media/contrast agent either absorbs or changes ultrasound or electromagnetism, which is fundamentally different from radiopharms, which themselves emit electromagnetic radiation. This difference enables contrast agents to be applied to various body tissues with much higher strengths than their non-comp contrast counterparts. The most common contrast media/contrast agent used in medical imaging are CT contrast agents and MRI contrast agents. However, due to their non-magnetic nature, these medical imaging products are not able to be used on organ tissues, such as kidneys, hearts and lungs. Some manufacturers have now started manufacturing non-magnetic, biologically engineered CT and MRI contrast agents called mri-notherapy (mammography, radiofrequency ablation, and ultrasound contrast agents). High prevalence of cancer is expected to boost demand for contrast media. In the U.S., non-magnetic, biologically engineered CT and MRI contrast agents are now being used more frequently to treat patients with benign tumors of all types. Mri-notherapy is used for benign cancers of the breast (breast cancer), abdomen (belly fat), neck, head, joint (arthritis) and spine. Patients with melanoma, anemia, inoperable basilar artery disease, and multiple myeloma are also often treated with mri-notherapy. The therapy has a high success rate for benign tumors and very low incidence of mortality, espeacially in patients undergoing surgery. Moreover, recently, in November 2020, the U.S. FDA approved GE Healthcare's macrocyclic gadolinium-based MRI contrast agent, Clariscan (gadoterate meglumine), in pre-filled syringes. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2020/12/high-prevalence-of-cancer-to-boost.html

The process of sterilization and disinfection has always been crucial in maintaining optimum hygiene in any given setting. However, the ongoing COVID-19 pandemic has heightened the importance of these processes. Sterilization refers to any process that removes, eradicates, or kills all forms of life particularly, fungi, bacteria, viruses, spores, etc. Sterilization equipment and disinfectants are crucial in modern medical care as patients come in contact with syringes, surgical tools, and bandages all time. These medical devices eliminate any foreign particles, pus, blood, and dirt left behind that could create complications for the next patient requiring surgery. Besides, it decreases bioburden and prevents corrosion of expensive and highly precise tools. There are different sterilization processes performed including steam sterilizing, flash sterilizing, low-temperature sterilizing, hydrogen peroxide gas plasma, ethylene oxide gas sterilization, peracetic acid sterilization, etc. Many regulatory authorities have issued guidelines on how to sterilize medical equipment. The hospitals refer to it as a germ warfare strategy and it is done in a specific order. The first step is cleaning followed by disinfection which involves using liquid chemicals to kill non-spore-forming bacteria. The final step is sterilizing where several methods are employed to kill disease-causing microorganisms and also eradicate transmissible agents such as spores and bacteria. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2020/12/sterilization-equipment-and.html