Erysiphe 🔍
Erysiphe is a genus of nematodes, which are parasites that feed on bacteria in the gut of animals, including humans and other mammals.
Erysiphe is a genus of nematodes, which are parasites that feed on bacteria in the gut of animals, including humans and other mammals.
Erysipelas is a fungal infection characterized by the growth of yellowish-white colonies on skin, hair, and nails. It is caused by the fungus Erysiphe, which is also known as the yellow fungus or the yellow cap species. This infection can be contagious and can lead to symptoms such as itching, redness, swelling, and pain.
Setoerysiphe is a type of bacteria that can cause diseases in humans, such as tuberculosis (TB). They are also known for their role in the formation of soil and contribute to the health of ecosystems through decomposition processes.
Blumeria is a fungal infection that occurs in the skin, particularly on the eyelid or nose, causing itching and redness. It can be caused by various strains of fungi, including those belonging to the genus "Erysiphe" (which includes blusters, which are common in bluster blisters).
Erysiphellinae, a group of flowering plants that are known for their medicinal properties.
Erysiphe (also known as Erysiphe) is a family of flowering plants in the order Apiaceae, primarily found in Asia and South America. It includes several genera including Erysiphe, which are commonly known for their common name "erasmus," often used to refer to the plant's taste or smell.
Caulerpaceae are a group of fungi that belong to the family Erysipheaceae, containing over 70 species and being primarily known for their ability to produce large colonies with multiple generations. They are typically found in damp environments such as forests, meadows, and soil.
Neoerysiphe is a type of plant found in the Neotropical region, primarily in Brazil and Argentina. They are characterized by their unique flowers that have a distinctive shape resembling a flowerhead. These flowers are often used for medicinal purposes due to their psychoactive properties.