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Stock Photograph of Candida albicans. Photomicrograph of the hyphal form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope and Stock PhotoStock Photograph of Candida albicans. Photomicrograph of the hyphal form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope andGloeophyllum. The genus Gloeophyllum is characterized by the production of leathery to corky tough, brown, shaggy-topped, revivable fruitbodies lacking a stipe Stock PhotosGloeophyllum. The genus Gloeophyllum is characterized by the production of leathery to corky tough, brown, shaggy-topped, revivable fruitbodies lacking a stipeStock photo of Candida abicans. Photomicrograph of the hyphal form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope and Normarski Royalty Free Stock PhotosStock photo of Candida abicans. Photomicrograph of the hyphal form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope and NormarskiCracks can occur in the affected tree due to wind. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. They measure 15– Stock ImageCracks can occur in the affected tree due to wind. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. They measure 15–Species from the genus Ganoderma and Fomitopsis pinicola. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. They measure Royalty Free Stock PhotographySpecies from the genus Ganoderma and Fomitopsis pinicola. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. They measureThe fruit bodies are perennial, surviving for up to thirty years. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. They Royalty Free Stock ImageThe fruit bodies are perennial, surviving for up to thirty years. Microscopic features.The spores are lemon-yellow in colour, and oblong-ellipsoid in shape. TheyF. fomentarius is particularly adept at moving between cracks on the tree without interruption. Microscopic features.The spores are lemon-yellow in colour, and Stock PhotoF. fomentarius is particularly adept at moving between cracks on the tree without interruption. Microscopic features.The spores are lemon-yellow in colour, andIt is also capable of colonising and breaking down pollen grains, giving it a second food source which is particular high in nitro. Microscopic features.The Stock ImagesIt is also capable of colonising and breaking down pollen grains, giving it a second food source which is particular high in nitro. Microscopic features.TheThe lines are caused by enzymes called phenoloxidases, converting either fungus or plant matter into melanin. Microscopic features.The spores are lemon-yellow in Royalty Free Stock ImageThe lines are caused by enzymes called phenoloxidases, converting either fungus or plant matter into melanin. Microscopic features.The spores are lemon-yellow inThe decayed wood shows black lines in the lightly coloured decayed areas; these are known as pseudosclerotic layers or demarcation. Microscopic features.The Royalty Free Stock PhotosThe decayed wood shows black lines in the lightly coloured decayed areas; these are known as pseudosclerotic layers or demarcation. Microscopic features.TheIt can grow on the bark wound, or even directly onto the bark of older or dead trees. Microscopic features.The spores are lemon-yellow in colour, and oblong Stock PhotographyIt can grow on the bark wound, or even directly onto the bark of older or dead trees. Microscopic features.The spores are lemon-yellow in colour, and oblongFomes fomentarius is a stem decay plant pathogen. The species` mycelium penetrates the wood of trees through damaged bark or broke. Microscopic features.The Royalty Free Stock PhotoFomes fomentarius is a stem decay plant pathogen. The species` mycelium penetrates the wood of trees through damaged bark or broke. Microscopic features.TheThe solution will turn a dark blood red if the specimen is F. fomentarius, due to the presence of the chemical fomentariol. Microscopic features.The spores are Stock ImageThe solution will turn a dark blood red if the specimen is F. fomentarius, due to the presence of the chemical fomentariol. Microscopic features.The spores areAn easy way to differentiate F. fomentarius is by adding a drop of potassium hydroxide onto a small piece of the fruit body. Microscopic features.The spores are Stock PhotoAn easy way to differentiate F. fomentarius is by adding a drop of potassium hydroxide onto a small piece of the fruit body. Microscopic features.The spores areYeast cells. Under microscope view Stock PhotographyYeast cells. Under microscope viewYeast cells. Under microscope view Stock PhotosYeast cells. Under microscope viewYeast. Photomicrograph of the brewers' yeast Royalty Free Stock PhotoYeast. Photomicrograph of the brewers' yeastFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungus Stock ImagesFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungusYeast cells. Under microscope view Stock PhotosYeast cells. Under microscope viewFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungus Stock ImageFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungusBudding yeast cells. Budding yeast cells in sputum gram stain fine with Microscope 100x Stock ImagesBudding yeast cells. Budding yeast cells in sputum gram stain fine with Microscope 100xFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungus Royalty Free Stock PhotographyFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungusYeast cells. Under microscope view Stock PhotosYeast cells. Under microscope viewYeast cells. Under microscope view Royalty Free Stock PhotoYeast cells. Under microscope viewYeast cells. Under microscope view Stock ImageYeast cells. Under microscope viewBudding yeast cells with pseudohyphae from sputum gram stain tes. T, in laboratory,fine with microscope Stock ImageBudding yeast cells with pseudohyphae from sputum gram stain tes. T, in laboratory,fine with microscopeStock Photo of Candida albicans. Photomicrograph of the yeast form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope and Normarski Stock PhotosStock Photo of Candida albicans. Photomicrograph of the yeast form of the fungal pathogen Candida albicans. Taken with a phase-contrast microscope and NormarskiFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungus Stock PhotosFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungusYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock ImagesYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock PhotosYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Stock PhotographyYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock PhotoYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock PhotographyYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Stock ImageYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock ImagesYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Royalty Free Stock ImagesYeast cells with epithelial tissue. In Gram stain methodYeast cells with epithelial tissue. In Gram stain method Stock PhotographyYeast cells with epithelial tissue. In Gram stain methodFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungus Stock ImageFungi Candida albicans which cause thrush. 3D illustration of fungi Candida albicans which cause candidiasis, thrush, on colorful background. Pathological fungusBudding yeast cells with pseudohyphae. In urine gram stain  fine with microscope Stock ImageBudding yeast cells with pseudohyphae. In urine gram stain fine with microscopeBudding yeast cells with pseudohyphae from sputum gram stain tes. T, in laboratory,fine with microscope Royalty Free Stock ImageBudding yeast cells with pseudohyphae from sputum gram stain tes. T, in laboratory,fine with microscope