모던하이테크
HOME > 정보통 > 자료실

Microscopy Innovation Allows for Simultaneous Quantitative and Bright-Field Imaging

이름 : (주)블루헷

2019-11-28 14:41:08 조회 :10285


Microscopy Innovation Allows for Simultaneous 

Quantitative and Bright-Field Imaging


THUWAL, Saudi Arabia, Nov. 21, 2019 — Researchers from King Abdullah University of Science and Technology (KAUST) have designed a microscope lens that is able to take both quantitative phase images and bright-field images in a single measurement.


Under the supervision of professor Wolfgang Heidrich, the researchers developed a microscope lens that incorporates a wavefront sensor, a custom-designed optical sensor able to encode the wavefront, or phase, information into intensity images.
Quantitative phase images reveal more details than classical microscopy images. The KAUST technique captures both bright-field images (top) and phase images (bottom) in a single measurement. Courtesy of KAUST.
Quantitative phase images reveal more details than classical microscopy images. The KAUST technique captures both bright-field images (top) and phase images (bottom) in a single measurement. Courtesy of KAUST.

The phase-contrast image is then reconstructed with a computer algorithm that was developed to numerically retrieve quantitative phase from an image pair: a calibration image obtained without the sample, and a measurement image obtained with the sample in place.

The approach is streamlined compared to other methods, which often require expensive and complicated setups including specialized light sources or long imaging durations.

“Our method allows snapshot acquisition of high-resolution amplitude bright-field and accurate quantitative phase images via affordable simple optics, common white-light source, and fast computations at video rates in real time,” Heidrich said. “It is the first time, to our knowledge, that all these advantages are combined into one technique.”

The researchers are working on incorporating the wavefront sensor into a commercial device to improve the performance of microscopy imaging. The innovation allows and streamlines the ability to distinguish features in samples that absorb very little light.





번호 제목   날짜 조회
[TracePro] Optical Modeling of Automotive LiDAR Systems (자동차 LiDAR 시스템의 광학 모..   20-07-22 5708
TracePro 2020 Release (Version 20.2)   20-05-11 6478
TracePro 2020 Release (Version 20.1)   20-03-17 5791
[WebEx] WebEx 사용자 가이드   20-03-09 3479
[WebEx] 시스코 협업 제품 소개서   20-03-09 3789
[Webex] 안써본 사람은 있어도 한 번만 써본 사람은 없다! - 웨비나   20-03-05 4569
Agnisys, IDesignSpec 6.32 출시 발표   20-02-14 3989
Infrared laser method could diagnose brain concussions(적외선 레이저 방법으로 뇌진탕..   20-02-10 4314
Scientists Develop Spectrometer to Detect Molecular Signatures   20-01-16 4096
New optical material for cheaper polymer IR lenses is found via computational chemist..   20-01-13 4844
2020년 OSLO 20.1 Released   20-01-09 4892
[Power*tools] TCC 그래프 속 박스에 PD-0002같은 기기 명을 집어 넣는 방법   20-01-07 4585
New Ceramic Nanocomposite Demonstrates High IR Transmittance, Thermal Stability   20-01-02 4497
3D-printed Optics: Focused femtosecond pulses print optical components with subdiffra..   20-01-02 6184
Ghost Imaging Speeds Up Super-Resolution Microscopy   19-12-26 4884
Algorithms for Optics: Generalized version of the inverse fast Fourier transform is..   19-12-24 4755
Hourglass nanowire photodiodes extend silicon's near-infrared response   19-12-20 4596
Tapered Optical Fiber Performs Multisite Photometry in the Brain   19-12-13 4465
TracePro 2019 Release (Version 19.6)   19-12-12 5297
28 [Agnisys] Adopting New Methods For Faster Development Of RISC-V based SoCs   19-12-10 4144
123
검색