Improve Life Science Researching Through Ion Conductance Microscopy


Posted January 25, 2019 by parksystems7

Study Biomaterials In-Liquid with the Quality Devices from Park Systems
 
Life science encompasses truly everything around us today, which makes researching these areas extremely important. Advancements in the field of life science can change our future by improving medications, other areas of health, agriculture, and so much more. Of course, learning more about life science is mostly done through researching, which requires quality equipment and is consistently advancing. A big name in the life science researching world today is ion conductance microscopy, which has advanced tremendously in the past years.
If you want to add ion conductance microscopy capabilities to your lab, you want to work with the best manufacturer possible which is Park Systems. Park Systems is a leading manufacturer amongst microscopy companies today and continues to grow in popularity each year. When researchers use Park Systems AFM devices, they can study life science accurately and easily by examining the morphology of biological samples at the nanoscale. They are one of the most advanced in scanning ion conductance microscopy today.
The main benefit of using scanning ion conductance microscopy is that you can create images of samples in-liquid. Conventional microscopes require you to analyze samples out of liquid, which essentially ruins them. When you analyze them in liquid, you can guarantee that the sample stays viable, giving you a deeper look. This is the only way to study physiological biomaterials and live cells and is capable through the use of Park Systems microscopes.
As far as scanning ion conductance goes, Park Systems has some of the most advanced options possible, which is important to those studying life science. They have various pipette-based applications that can be integrated into the investigation such as patch clamping for ion channel signal detection, nanoinjections, nanobiopsies, and electrochemical reaction analyses. With the variety of modes they have available, you can customize your research to fit your needs. Should questions or concerns arise during your research, they have several help options on their website and an amazing team available to speak to.
“At Park Systems, we pride ourselves on identifying issues that researchers face and working diligently to help advance our technology to fix these issues. One thing we knew we wanted to develop was creating a quality way to study samples in liquid, which we did through our amazing scanning ion conductance microscopy devices. We offer high-quality AFM product lines that have the corresponding accessories, software, and technologies available to meet your researching needs. To learn more about our products and their many modes, please visit our website today,” states Keibock Lee, President of the company.
About Us: Park Systems is a leading manufacturer of atomic force microscopy systems with a full range of products. Multiple industries, such as engineers in chemistry, materials, physics, life sciences, semiconductor, and data storage can benefit from their range of supplies. The products produced by Park Systems are represented in thousands of institutions and businesses worldwide. The main headquarters for this company is based in Santa Clara, California, but products produced are sold and supported worldwide with the many regional offices throughout the world. Each of Park Systems products are sold at the lowest operating cost, with high data accuracy, and superior productivity. To learn more about their products, please visit their website. https://www.parksystems.com
-- END ---
Share Facebook Twitter
Print Friendly and PDF DisclaimerReport Abuse
Contact Email [email protected]
Issued By Park Systems
Phone 408-986-1110
Business Address 3040 Olcott Street Santa Clara, CA United States 95054
Country United States
Categories Business
Tags afm product , afm scanning , afm system , atomic force , atomic force microscope , atomic force microscope manufacturer , atomic force microscope probes , atomic force microscopy
Last Updated January 25, 2019