Making Antipsychotics with Baker’s Yeast
Researchers used baker’s yeast to produce two compounds important to antipsychotic drugs: alstonine and serpentine.
Read MoreResearchers used baker’s yeast to produce two compounds important to antipsychotic drugs: alstonine and serpentine.
Read MoreGenomics opens the way for scientists to track where and which plants are affected most by rapidly spreading pathogens.
Read MoreNew research shows that bacteria found inside plant leaves can transfer their nitrogen and might eliminate the need for nitrogen fertilizers.
Read MoreGardens inevitably attract insect pests. How can you use organic gardening techniques to protect your plants from pests and maintain a garden that is safe for pollinators and other animals?
Read MorePlants need water to grow, but too much water creates a perfect environment for plant bacteria, viruses, and fungi to thrive. How does this work, exactly? By Neha Jain Plants need water to grow. But too much water isn’t good for them either. Scientists have found that excessive rain and high humidity levels allow disease-causing bacteria to attack plants by creating a moist environment that makes them more susceptible to bacterial infections. When conditions are right, plants can be infected with bacteria, viruses, and fungi. While scientists and farmers have…
Read MoreIt’s hot outside! Climate change is heating up the Himalayas, changing vegetation patterns and affecting the flow of water to people living at the base.
Read MorePlants turn sunlight into fuel in a process called photosynthesis, but how exactly does it work? Find out from U. of Michigan physicists.
Read MoreJoin communities across the world in observing plant life cycles – any plant, any place, any time – by participating in Project Budburst.
Read MoreSpringtime plants are proving their worth more than ever as most of the world continues to shelter in place from COVID-19.
Read MoreMowing lawns less frequently and allowing grass to grow may result in greater plant and pollinator biodiversity and fewer pests. By Neha Jain Looks can be deceiving: a uniformly well-mowed lawn might look good, but ecologically, it is not desirable. According to a recent study that analyzed the results of many studies on lawn mowing, more intensely mowed lawns showed lower plant and insect diversity and a greater abundance of pests. According to the researchers, adopting low-intensity lawn management would bring about a host of environmental benefits including cutting down…
Read More