简体中文
Resources
-
2026-Oct-05Customer List: LUYOR Fluorescent Protein Excitation Lights
Browse universities, research labs and academic institutions that use LUYOR fluorescent protein excitation lights. The list of customers is updated regularly. -
2026-Sep-22Croda Adopts UCL-3200LMS Three-Wavelength UV Crosslinker for Cellular UV Research
Croda has launched a UV modeling research project, using Three-Wavelength UV Crosslinker UCL-3200LMS. Cells were irradiated using UCL-3200LMS to evaluate acute ... -
2026-Sep-06Rapid GFP Detection in Melon, Squash, and Cucumber Transformation
Researchers developed an efficient genetic transformation system for cucurbit crops (melon, squash, and cucumber). To identify transgenic plants expressing GFP,... -
2026-Aug-06RFP and GFP Detection in Planthoppers with LUYOR-3415RG
Researchers developed a cytorhabdovirus-based expression vector for gene functional studies in three major rice planthoppers and used fluorescent protein lamp L... -
2026-Jul-20GFP Screening in Soybean Hairy Roots with LUYOR-3415RG
In a Biology study, researchers developed a rapid, efficient, and visual FHR-SCN pathosystem to study gene functions in the soybean–soybean cyst nematode intera... -
2026-Jun-06Detection of RFP, GFP, YFP, and CFP in Transgenic Cotton with LUYOR-3415RG
Researchers from Henan University optimized a protein fluorescence reporting system for cotton to accelerate somatic embryogenesis regeneration screening and fu... -
2026-May-05GFP Detection in Barley Callus with LUYOR-3415 Fluorescent Protein Excitation Lamp
Researchers from Zhejiang University investigated the role of ATG8-interacting proteins in autophagy within barley callus. The team used a hand-held GFP fluores... -
2026-Apr-17Visualization of GFP in Peanut Roots Using LUYOR-3415RG
In a Nature Communications study, fluorescent protein excitation lamp LUYOR-3415RG was used to visualize GFP-marked Bradyrhizobium colonization on peanut roots. -
2026-Mar-16LUYOR-3415RG Enables Rapid Identification of Transgenic Watermelon Buds
Researchers from the Chinese Academy of Agricultural Sciences developed a streamlined Agrobacterium rhizogenes-mediated hairy root transformation system for eff...
