Microorganisms Boost Levels of Carbon Storage in Soil
Microorganisms increase the level of carbon storage in the soil, making them key players in mitigating the effects of climate change.
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Blue and Red Light: Exploring the Potential
Blue and red light are energy sources for microorganisms such as bacteria, and we can harness this energy to control bacteria growth.
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We Can Beat Antibiotic-Resistant Microbes
Untreatable no longer! Scientists at the Wistar Institute have discovered a way to combat antibiotic-resistant bacterial infections.
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Book Review: Never Home Alone
Never Home Alone is a 256 page deep dive into the mind of a chatty biologist. Every chapter focuses on a distinct use-case for biodiversity preservation.
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How Nonsugar Sweeteners Affect Gut Health
By Brittany Trinh Do you take your coffee with a spoonful of sugar or use a nonsugar sweetener such as Sweet’N Low or Equal? These nonsugar sweeteners are called nonnutritive sweeteners because they contain little to no calories per gram, compared with nutritive sweeteners such as sucrose or high-fructose corn syrup. Common nonnutritive sweeteners are saccharin and aspartame. Nonsugar sweeteners are often hundreds of times sweeter than sucrose—125 mg of aspartame can replace 25 g of sugar. They have been recommended by medical professionals as sugar substitutes in food and…
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Bug Bacteria Helps Rice Plants Boost Immunity
Rice is the most widely consumed staple cereal crop for about half of the world’s human population, but its cultivation comes with inherent challenges, such as crop attacks by herbivorous pests.
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Microbes Help Plants Survive Heavy Metal Stress
By Radhika Desikan When you hear the term heavy metal, what do you think of? Music or chemistry? Exposure to heavy metal music can cause stress in some humans. But what about chemical heavy metals? Are they good or bad for the environment and living organisms? In chemical terms, heavy metals are elements in earth’s crust that have a high density (weight), and they include zinc, copper, iron, silver, gold, arsenic, lead, and cobalt, to name a few. While trace amounts of heavy metals such as copper, iron, cobalt, and…
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The Millions of Microbes Beneath our Feet
By Nicholas Dove (@nicholascdove), for The Biota Project Microorganisms are everywhere on planet earth—on every surface, in the air, in the ground, and inside you. The good news is that many of these benefit you. Recent findings have shown that having a healthy gut microbiome (community of microorganisms) is important for proper digestion and even disease prevention (Penicillin is an antibacterial fungus that is used to treat many types of infections). Similarly, having a healthy soil microbiome is important to support plants and properly functioning ecosystems. Soil microbes play a…
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Microfossils Are Earliest Evidence Yet of Life on Earth
By Katherine Lindemann Researchers examining deposits from ancient hydrothermal vents in northeastern Canada have found evidence of microbial activity, possibly some of the earliest life on Earth. Hydrothermal vents deep beneath the oceans have long been thought to be where life originated, leading Matthew Dodd and colleagues to search where they did. The microbes were likely iron-metabolizing bacteria, and the structures they left are between 3.77 and 4.28 billion years old, making them even older than the microbes found last year to have lived near the surface of the ocean…
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