理系猫凛

Research

Hacking the Structure of Maple Samaras with Photoresponsive Films! Enabling Flight Control.

This study mimics maple samaras with light-responsive films to create artificial seeds whose flight behavior can be tuned by UV light. A leap in biomimicry.
2024.06.03
Research
Research

The Reason Some Plants in Yakushima Are Smaller Compared to the Mainland Is Because of Deer.

Some plants on Yakushima Island have become dwarfed compared to their mainland relatives—and now we know why. This biodiversity hotspot reveals how deer feeding preferences exerted evolutionary pressure, creating a unique insular ecosystem akin to Japan’s own Galápagos.
2024.05.30
Research
Research

Genomic Analysis of Chili Peppers: Closer to Elucidating the Biosynthetic Pathway of Capsaicin, Leading to Unlimited Spicy Food?

By decoding the genomes of pungent and non-pungent chili varieties, scientists have identified key genes involved in capsaicin biosynthesis and storage. This research paves the way for breeding hotter peppers and optimizing capsaicin production for health and food applications.
2024.05.21
Research
Research

Substances made by microwaving hibiscus leaves may be effective for wounds.

Discover how carbon quantum dots (CQDs) synthesized from Hibiscus leaves using a simple microwave method show antibacterial properties and potential for wound healing. A low-cost, plant-based approach to nanomedicine.
2024.05.01
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Research

If the oxidation-reduction of acetosyringone changes gene expression in E. coli, can it also enhance T-DNA insertion in Agrobacterium used for plant transformation?

Discover how oxidized acetosyringone alters gene expression in E. coli and may influence T-DNA transfer efficiency in Agrobacterium-mediated transformation.
2024.04.27
Research
Research

Germination and Growth Improved with Spice Extract Treated Seeds!

Discover how botanical extracts from turmeric and neem significantly improved chickpea seed germination, growth, and yield. A promising natural alternative to chemical seed priming agents for sustainable agriculture.
2024.04.24
Research
Research

The Environmental Adaptation System of Amphibious Plants is Fascinating.

Discover how Rorippa aquatica adapts to both land and underwater environments. Within just one hour of submergence, this amphibious plant activates over 1,800 genes. Learn how ethylene and blue light control its leaf morphology, with implications for flood-resilient crops.
2024.04.22
Research
Research

The potential of “co-cultivation” of algae is limitless. 1 + 1 can be more than 2!

Traditional algae research focused on monocultures—but co-culturing is changing the game. A recent study shows Synechococcus elongatus grows 80% faster when cultured with Pseudomonas putida, unlocking new pathways for bioengineering and sustainable cultivation. Explore the future of microbial synergy.
2024.04.13
Research
Research

Antimicrobial Bio-Polymer Coatings Made from Plant-Derived Components that are Environmentally Friendly

Discover the power of chitosan combined with plant extracts like aloe vera and cinnamon essential oil to create biodegradable, antibacterial fabrics. This innovative coating system enhances microbial resistance while remaining environmentally safe—ideal for medical and disposable applications. Learn how simple and scalable this green technology can be.
2024.04.12
Research
Research

Biomimicry: Charging Smartphones with a Power-Generating Fabric Utilizing Plant Transpiration Mechanisms!

A groundbreaking fabric mimicking plant transpiration creates electricity through moisture flow—introducing MAC fabric, capable of charging smartphones with just 1 m² of material. Discover this weather-resilient, sustainable energy innovation inspired by nature.
2024.04.11
Research
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