Publications by authors named "Yejun Lee"
Article Synopsis
- 2D materials possess unique properties that make them promising for next-gen electronics and optics, prompting extensive research.
- The use of laser technology offers fast, cost-effective, and precise methods for synthesizing, modifying, and controlling these materials.
- This paper reviews recent advancements in laser applications related to the creation and manipulation of 2D materials, aiming to guide future research directions.
2023 Canadian Surgery Forum: Sept. 20-23, 2023.
Raphaëlle Brière Marce Émond Axel Benhamed Pierre-Gilles Blanchard Sébastien Drolet Nicole Lee Chui Hew Yung Lee Yung Lee Lawrence Lee Jeremy K H Lee Leeann Bednarek Yejun Lee Yung Lee Jay Lee Kathleen Logie Yung Lee Yung Lee Lee Boudreau Lawrence Lee Yung Lee Stephanie Lee Yung Lee Yung Lee Lawrence Lee Kathleen Logie Yung Lee Yung Lee Yung Lee Yung Lee Alex Lee Kiera Lee Debon Lee Lee-Hwa Tai Yung Lee William Leeper Alex Lee Yung Lee
Can J Surg
January 2024
Background: Ruminants release the majority of agricultural methane, an important greenhouse gas. Different feeds and additives are used to reduce emissions, but each has its drawbacks. This experiment was conducted to determine the effects of L.
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- Lonicera japonica (honeysuckle) is recognized in traditional Korean medicine and contains antioxidants and antibiotics due to its high ascorbic acid and phenolic content.
- An in vitro study was conducted to evaluate how different concentrations of honeysuckle extracts (LJE) impact ruminal fermentation with timothy hay, observing effects on gas production and microbial characteristics over 12 to 48 hours.
- Results showed that higher LJE concentrations reduced methane production and fibrolytic bacteria levels without significantly affecting nutrient digestion, suggesting LJE could be a beneficial ruminal fermentation modifier.