Category: Biomedical Engineering

A pharmaceutical cleanroom refers to a controlled and clean environment with a deficient number of dust particles, chemical vapors, aerosol particles, and airborne microbes. A pharmaceutical cleanroom’s environment is defined by the level of contaminations or the number of harmful particles per cubic meter. For example, the lowest standards correspond to ISO 9 cleanroom, containing about 35,000,000 particles per cubic meter.

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Proteins are essential pieces of the human body. They perform all sorts of functions, and without them, we would not be able to survive. Proteins are made up of amino acid chains that fold in a certain way depending on what they need to do. These proteins can then be expressed in different amounts, leading to different outcomes.  This blog post will discuss how protein expression benefits medicine and humanity.

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Following the outbreak of the COVID-19 global pandemic in 2019, the telemedicine market has been significantly growing in different places up to date. Telehealth emerged as a vital component of overall healthcare during the pandemic. Physical distancing was implemented in many different places worldwide to minimize the spread of coronavirus disease. As a result, the adoption of outpatient appointments through telemedicine has been growing. Read on to get insight into the growth of telemedicine trends in 2021.

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Magnetic resonance imaging (MRI) is a common medical procedure requested by doctors for patients they suspect as having a serious medical condition. Apart from checking the brain and the spinal cord, MRIs can generate a visual representation of your internal organs. With this medical procedure, doctors could provide better diagnoses and suggest appropriate ways to move forward. Your physician may suggest further tests or immediately proceed to work on a treatment plan in some cases.    Whether you’ve just been told to undergo an MRI scan and don’t know what to expect, or want to know more about this advanced medical equipment, read on to learn the basics of MRI: what it is, what its main uses are, and its limitations.

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One of the most relevant sectors of the economy is the health sector. When something goes wrong with your health, you want to be sure you are in the best hands. It emphasizes the need for vetted professionals and up-to-date devices for proper medical check-ups and treatment. For any clinic to run effectively, specific devices must be present at the facility, from little instruments such as headlights (that any qualified surgical headlights vendor can provide you with) to hospital beds or complex and heavier equipment. It is essential to have such devices because they address health cases from mild to serious ones. These devices not only have to be present but also have to be operational. These devices also have to meet the clinical standards stated by medical regulatory bodies. These are some essential devices that should be present in every clinic.

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Since the pandemic, the importance of health-related fields has been recognized. People are saluting medical professionals for their huge role in fighting the virus.   Now, governments and academic institutions have shown their support in people pursuing a degree in the field of allied sciences. Aside from the common medical and nursing degree, there are other options like radiography.  If you are not fond of the idea of becoming a doctor or a nurse but are strongly interested in becoming a medical professional, becoming a radiographer might sound appealing to you.  What Is Radiography?  Radiography is an essential aspect of medicine. It is a tool heavily used in diagnostics. Radiography is an imaging technique used to be able to get images of tissues, bones, and organs. A radiography degree holder is known as a radiographer.  It is closely related to the radiology department, always assumed to be the same. Both deal with several different technical imaging like X-ray, CT scan, and MRI, and others. The difference between the two is that a radiographer is the one who handles the machines used to test patients while radiologists are the one who interprets the results. 

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The way technology has changed our lives for the better is apparent, especially when it comes to the many benefits of 3D printing. 3D modeling and printing in the biomedical field is an innovative and outside-the-box way of changing the whole health care system. How does it work? Essentially, it’s a process where biological material or the combination of organic and synthetic material is deposited layer by layer until a tissue-like material is formed. This allows medical specialists to treat and actually help more patients while reducing the time required for each treatment. 3D printing has various interesting applications and benefits in biomedical engineering, and you can learn about some here.

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The outbreak of COVID-19 cut everyone from the happening of the outer world. For the safety and security of the family, they cannot break the boundaries of social distancing. The concept of self-isolation positively affected people’s mental health, especially those living away from their families.

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In the field of healthcare, the ones on the frontlines are who we often get to see. We mostly don’t know that there are those working behind the scenes to create and deliver the needed medical devices and equipment. Factories, manufacturers, and developers of medical devices are the underappreciated members of the healthcare field in their constant and consistent role of ensuring that medical professionals and patients get to use safe and effective devices for their medical needs. Some of us may have wondered where and how the medical devices we see are made. Check out how medical tubing is manufactured here at Taymer International. Luckily, we’re about to find out here as we discuss how medical device factories ensure safety.

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