The lack of equipment to explore beyond the barriers of microscopic-sized particles is often restricting research in life sciences. Hence, every time that new advances in the development of microscopy are released into the market, researchers can make a lot of discoveries for they can peek beyond the blind spots of existing technology. One such an addition to the world of microscopy is the recent advances in scanning ion conductive microscopy.

“As a leading provider in the field of microscopy, we are always proud when the advanced equipment we offer globally is successfully utilised to make a vast difference to the lives of many. One such advancement which was recently the result of the capabilities of ion conductive microscopy was when researchers at the University College of London could observe the rapid changes in HIV-like particles as SICM allowed accuracy in tracing the topographical changes of the structure of the virus. Before researchers were under the impression that these immunodeficiency virus-like particles required a time frame of eight minutes to assemble and 30 to 60 minutes to release. Now they have learned that the speed at which these virus particles change is much faster and the virus reaches full size in a mere 20 seconds and requires between a half a minute up to three minutes to release,” says Keibock Lee, president to the global leader in microscopy, Park Systems.

Lee then further explains that scanning ion conductive microscopy relies on a specific technique where the microscope has an electrode as the probe tip. Through ion conductive technology, researchers can now determine the topography of surfaces within micrometre and even nanometre ranges. What makes it so highly beneficial in the life sciences is that it can provide researchers with the topography of particles in aqueous media containing conductive electrolytes. It means that they can explore both conductive and non-conductive material and as the process is completely non-destructive it is the perfect way to explore living cells and tissue without causing any harm.

“Research and development in the medical field rely on this kind of revolutionary equipment to enable researchers to explore the world unbeknown to mankind, to observe how various particles such as HIV particles behave in its natural environment. This knowledge enables them to find better ways to treat these conditions,” Lee further states.

Park Systems is a reputable name in the industry of microscopy and has a global presence with a range of offices located in several countries.

About Us: Our commitment to you is to find the solutions to challenges holding back the development and research in a range of fields. It is why we spend endless hours to ensure quality and service and above all, make sure we can guarantee precision and accuracy in all our prestige options. As a global role-player in the industry with offices worldwide, you can be sure to rely on our support and outstanding customer service. Park Systems is a leader in the field of microscopic exploration, we are at the edge of advances and ensures you can reap the benefits of the most revolutionary developments. Visit our site at https://parksystems.com/ and explore our wide range of technology.