News
Advancing single-cell transcriptomics into the mainstream of biomedical research
3+ hour, 25+ min ago (612+ words) Pharmaceutical Technology Kelly Parliament, staff application scientist at Beckman Coulter Life Sciences, discusses how automation is improving the efficiency of single-cell transcriptomic workflows. Single-cell transcriptomics is rapidly evolving from a niche research tool to a cornerstone of biomedical innovation. That's…...
Seer and Precision Health Research, Singapore Sign Collaboration to Provide Deep, Unbiased Proteomics on 10, 000 PRECISE SG100 K Samples
1+ day, 4+ hour ago (612+ words) Investing News Network Seer and Precision Health Research, Singapore Sign Collaboration to Provide Deep, Unbiased Proteomics on 10, 000 PRECISE SG100 K Samples PRECISE-SG100 K is a landmark, multi-ancestry population-scale cohort of approximately 100, 000 Singapore residents. It is designed to integrate genomic, proteomic, and…...
Researchers Develop Ultrafast Imaging Technique - Washington Today
8+ hour, 42+ min ago (108+ words) New method captures both intensity and phase changes in microscopic processes Apr. 10, 2026 at 12: 32am This new imaging method offers scientists a powerful tool to study fundamental physical, chemical, and biological processes that happen incredibly fast, on the scale of hundreds of…...
Researchers take a look at the metabolome
1+ day, 2+ hour ago (624+ words) Medizinische Universit't Graz Researchers take a look at the metabolome Metabolism is a fundamental function of every organism. From single-celled organisms through humans to the largest living beings on the planet, the uptake, processing and release of substances form the…...
INBT Seminar | Mechanomics: Decoding Cellular States by Shape, Motion, and Stress
20+ hour, 27+ min ago (279+ words) Johns Hopkins University Johns Hopkins University Est. 1876 America's First Research University INBT Seminar | Mechanomics: Decoding Cellular States by Shape, Motion, and Stress Jennifer Hyunjong Shin, an endowed chair and professor in the Department of Mechanical Engineering at the Korea Advanced…...
Imaging technique captures more information about ultrafast microscopic processes
1+ day, 2+ hour ago (44+ words) Nanowerk Imaging technique captures more information about ultrafast microscopic processes By capturing intensity and phase changes in a single measurement, new method could help scientists design new materials, explore biological processes and advance high-power lasers....
New Imaging Technique Reveals Ultrafast Microscopic Processes in Greater
22+ hour, 13+ min ago (706+ words) Detail'Bioengineer. org In a groundbreaking advancement for the realm of ultrafast imaging, researchers at East China Normal University have unveiled a novel technique known as Compressed Spectral-Temporal Coherent Modulation Femtosecond Imaging (CST-CMFI). This innovative method transcends traditional limitations by enabling…...
La Jolla study gets a better feel for how the body processes touch
19+ hour, 7+ min ago (425+ words) Something as seemingly innocuous as a gentle tap on the skin signals specialized nerve cells to convert the physical force into an electrical signal to the brain. With a new study from scientists at Scripps Research in La Jolla, how…...
New Microscopy Detects Hidden Biomolecular Reactions At Sub-Cellular Scale
1+ day, 2+ hour ago (531+ words) Quantum Zeitgeist Pump-Field-Probe Microscopy Detects Spin-Dependent Intermediates A new microscopy platform developed at the University of Tokyo visualizes previously undetectable chemical processes linked to weak magnetic fields, potentially reshaping our understanding of quantum biology and biomedical research. To achieve this,…...
Figure 1. Artificial intelligence-integrated microscopy imaging for subcellular analysis.
1+ day, 16+ hour ago (42+ words) Eurek Alert! Figure 1. Artificial intelligence-integrated microscopy imaging for subcellular analysis. Credit must be given to the creator. More on this News Release Artificial intelligence for organelle segmentation in live-cell imaging...