Updated on March 16, 2024
| negative | Negative bacteria can cause infections and other health problems. |
| pathogenic | Pathogenic bacteria can cause disease in humans. |
| anaerobic | Anaerobic bacteria thrive in environments lacking oxygen. |
| positive | Positive bacteria such as probiotics, can be beneficial to your health. |
| many | There are many bacteria on the surface of the skin. |
| certain | Certain bacteria thrive in extreme environments. |
| lactic | Lactic bacteria are a type of bacteria that produce lactic acid during fermentation. |
| aerobic | Aerobic bacteria require oxygen to carry out their metabolic processes. |
| intestinal | Our intestinal bacteria play a key role in our overall health. |
| most | Most bacteria are harmless to humans. |
| photosynthetic | Photosynthetic bacteria use light energy to convert carbon dioxide into organic molecules. |
| resistant | The resistant bacteria caused a serious infection that was difficult to treat. |
| reducing | The antiseptic wipes are effective in reducing bacteria on surfaces. |
| enteric | Enteric bacteria are a type of bacteria that live in the intestines. |
| producing | The gut microbiome is a complex ecosystem of trillions of bacteria, viruses, and other microbes that live in the human digestive tract, producing bacteria that aid in digestion and nutrient absorption. |
| various | Various bacteria live in our bodies, both harming and helping us. |
| harmful | "Harmful bacteria flourish in moist environments." |
| forming | The air is filled with forming bacteria |
| heterotrophic | Heterotrophic bacteria played a crucial role in the decomposition of organic matter. |
| purple | Purple bacteria are found in a variety of environments, including lakes, ponds, and oceans. |
| marine | Marine bacteria contribute to the cycling of carbon and other elements in the ocean and play a vital role in the functioning of marine ecosystems. |
| green | Green bacteria are found in a variety of environments, including soil, water, and the air. |
| oral | Oral bacteria are the microorganisms that live in the mouth. |
| oxidizing | Oxidizing bacteria can convert ferrous iron to ferric iron. |
| gramnegative | Gramnegative bacteria have an outer membrane that contains lipopolysaccharides. |
| shaped | The shaped bacteria grew in a petri dish. |
| viable | This project will use real-time measurements to verify the presence of viable bacteria |
| intracellular | Legionella pneumophila, an intracellular bacteria can cause severe pneumonia. |
| putrefactive | The putrefactive bacteria will cause the food to quickly decompose. |
| thermophilic | Thermophilic bacteria can survive and grow in extreme heat, such as in hot springs or deep-sea hydrothermal vents. |
| dead | The dead bacteria in the water was making everyone sick. |
| nitrifying | Nitrifying bacteria are responsible for converting ammonia into nitrite and nitrate in the nitrogen cycle. |
| symbiotic | |
| pyogenic | Pyogenic bacteria are capable of producing pus. |
| methanogenic | Methanogenic bacteria are microorganisms that produce methane gas as a byproduct of their metabolism. |
| filamentous | Filamentous bacteria are a type of bacteria that have a long, thin shape. |
| acetic | Acetic bacteria are responsible for the production of vinegar. |
| susceptible | |
| friendly | The friendly bacteria in your gut help you digest food and fight off infections. |
| beneficial | Beneficial bacteria aid digestion. |
| virulent | The virulent bacteria spread rapidly through the population, causing widespread illness. |
| invading | The invading bacteria caused a severe infection. |
| autotrophic | Autotrophic bacteria are bacteria that can produce their own food from inorganic matter. |
| saprophytic | Saprophytic bacteria obtain nutrients from non-living organic matter. |
| fast | The fast bacteria quickly colonized the petri dish. |
| rumen | Rumen bacteria are microorganisms that live in the rumen of animals. |
| luminous | The luminous bacteria glowed in the darkness, illuminating the ocean depths |
| live | The live bacteria in the yogurt helped to improve her digestion. |
| numerous | The petri dish contained numerous bacteria |
| grampositive | |
| phototrophic | Phototrophic bacteria utilize light energy to produce their own food. |
| facultative | Facultative bacteria can metabolize in the presence or absence of oxygen. |
| causing | The infection is causing bacteria to multiply rapidly. |
| vegetative | The vegetative bacteria were thriving in the warm, moist environment. |
| gram | Gram bacteria are classified into two groups based on their cell wall structure. |
| sensitive | The patient was treated with antibiotics to kill the sensitive bacteria |
| halophilic | Halophilic bacteria thrive in environments with high salt concentrations. |
| fecal | Fecal bacteria could pose a threat to human health. |
| ordinary | The ordinary bacteria in our guts helps keep us healthy. |
| nodule | Nodule bacteria are nitrogen-fixing bacteria that live in the root nodules of legumes. |
| colonic | The colonic bacteria are a complex ecosystem that plays a vital role in human health. |
| acid | The acid bacteria in the yogurt gave it a sour taste. |
| indigenous | The indigenous bacteria in the gut play a crucial role in maintaining human health. |
| living | The living bacteria in the yogurt is good for your health. |
| parasitic | "An infection caused by parasitic bacteria spread throughout the village." |
| motile | The motile bacteria were swimming in the water. |
| borne | The surgery was ultimately successful, despite the presence of airborne bacteria. |
| commensal | Commensal bacteria are microorganisms that live on the body and do not cause disease. |
| lysogenic | Lysogenic bacteria insert their genetic material into the host chromosome, becoming part of the host's genome. |
| airborne | Airborne bacteria can cause a variety of illnesses, including pneumonia, tuberculosis, and meningitis. |
| infectious | The infectious bacteria quickly spread throughout the community. |
| magnetotactic | Magnetotactic bacteria are able to align themselves with Earth's magnetic field. |
| infected | The doctor advised the patient to take antibiotics to fight the infected bacteria |
| encapsulated | The encapsulated bacteria resisted the antibiotic treatment. |
| harmless | The harmless bacteria found in our gut are essential for our health |
| probiotic | Regular consumption of yogurt can increase beneficial probiotic bacteria in your gut. |
| degrading | Degrading bacteria are microorganisms that break down organic matter. |
| dangerous | The dangerous bacteria could cause serious illness if not treated promptly. |
| associated | The GI microbiome includes a wide variety of bacteria, archaea, protozoa, viruses, and fungi that are associated bacteria with specific digestive and metabolic functions. |
| proteolytic | Proteolytic bacteria release enzymes that break down proteins into smaller peptides and amino acids. |
| fermentative | Fermentative bacteria are able to produce acids and gases from the fermentation of sugars and other organic compounds. |
| cellulolytic | Cellulolytic bacteria are microorganisms that produce cellulase enzymes, which break down cellulose into glucose. |
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