The Marketing Minute: Marketing With Layers
The Right Approach: Electro-Tek—A Williams Family Legacy, Part 1
It’s Only Common Sense: If You’re Not Differentiated, You’re Dead
Development of Simplified New Mass Spectrometric Technique using Laser and Graphene
August 13, 2019 | DGISTEstimated reading time: 2 minutes
A technology that can obtain high-resolution, micrometer-sized images for mass spectrometric analysis without sample preparation has been developed. DGIST Research Fellow Jae Young Kim and Chair-professor Dae Won Moon’s team succeeded in developing the precise analysis and micrometer-sized imaging of bio samples using a small and inexpensive laser.
DGIST announced that Research Fellow Jae Young Kim in the Department of Robotics Engineering and Chair-professor Dae Won Moon’s team developed a technology that can analyze experiment samples without any preparation processing. Due to its ability to obtain high-resolution mass spectrometric images without an experimental environment using ‘continuous wave laser, the technology is expected to be applied widely in the precise medicine and medical diagnosis fields.
Many advance preparations are needed for the mass spectrometric imaging of biometric samples using ‘specimen,’ which thinly cut an object to analyze. The specimen must be changed artificially since they cannot be analyzed accurately in a room temperature or atmospheric pressure. To develop a convenient analysis technology and ease the burden, Research Fellow Kim started the research.
The research team installed a lens carrying continuous wave laser right below a microscope substrate where the specimen is put and shot the laser on it to measure mass spectra by examining molecules from desorption.
The mass spectra can be analyzed through a continuous wave laser whose energy is weaker than other lasers because of the use of ‘graphene substrate’ below the specimen.
Since the honeycomb-patterned graphene has very high heat conductivity and can convert light into heat, it can secure enough heat needed for specimen analysis with small amount of light generated by the continuous wave laser. This technology is also advantageous for obtaining high-resolution analysis images, because it can secure space to observe specimen much more closely even when using a 20x magnifying lens.
Chair-professor Dae Won Moon in the Department of New Biology explained that “Through this technology, we could greatly shorten the preparation time for analysis by omitting the specimen preprocessing step. Our next plan is to develop the technology further so it can be applied in various areas such as medical diagnosis.”
This research was participated by Research Fellow Jae Young Kim in the Department of Robotics Engineering and Ph.D. candidate Heejin Lim in the Department of New Biology as the co-first authors and was conducted with Professor Cheol Song in the Department of Robotics Engineering at DGIST, Professor Dong-Kwon Lim at Korea University, and Research Professor Ji-Won Park at Chungnam National University.
Share on:
Testimonial
"In a year when every marketing dollar mattered, I chose to keep I-Connect007 in our 2025 plan. Their commitment to high-quality, insightful content aligns with Koh Young’s values and helps readers navigate a changing industry. "
Brent Fischthal - Koh YoungSuggested Items
Circus SE Set for High-Volume Market Entry in the Defense Sector
10/17/2025 | BUSINESS WIRECircus SE a global technology leader in AI robotics for autonomous nutrition systems and troop supply, is expanding its global production network as part of its high-volume market entry into the defense sector.
China Expands Rare Earth Export Restrictions, Tightening Grip on Global Supply Chains
10/16/2025 | I-Connect007 Editorial TeamChina sharply expanded its rare earth export restrictions on Oct. 9, adding additional elements and refining technologies to its control list while imposing stricter rules on foreign users in the defense and semiconductor industries.
SAMI Advanced Electronics Company Launches “Remal” Computer Manufacturing Project in Partnership with HP and Foxconn
10/15/2025 | SAMI-AECSAMI Advanced Electronics Company (SAMI-AEC), a wholly owned subsidiary of Saudi Arabian Military Industries (SAMI), proudly announced the launch of the “Remal” project for computer manufacturing, in strategic partnership with HP and Foxconn.
The Right Approach: Electro-Tek—A Williams Family Legacy, Part 1
10/15/2025 | Steve Williams -- Column: The Right ApproachThere is no bronze bust in the lobby or portrait in the conference room of Electro-Tek's founder—my Dad, Charles “Chuck” Williams—so with the facility closing last year after 56 years, I feel it is time to tell the story. Chuck Williams founded Electro-Tek in 1968 in our basement, eventually moving into the second floor of an old 1913 building in downtown Milwaukee that is still standing (the first of three eventual facilities).
LPKF Joins productronica’s 50th Anniversary, Showcasing Laser Technology for Electronics Manufacturing
10/10/2025 | LPKF Laser & ElectronicsLPKF Laser & Electronics invites visitors to productronica 2025 in Munich from November 18 to 21. At booth 305 in hall B2, the company will present its portfolio of modern laser technologies for the electronics industry live – from prototyping systems and high-performance depaneling to laser plastic welding for electronic housings and thin glass processing for advanced packaging.