Photomicrograph Black & White Stock Photos
RMK1FB8M–This photomicrograph depicts the Mansonella ozzardi microfilaria of this parasite. Image courtesy CDC/Dr. Mae Melvin, 1979.
RM2JFX1KR–This transmission electron microscopic (TEM) image depicts numerous, round, poliovirus type-1 virions, which measured 20-30nm in diameter, and exhibited icosahedral symmetry. An optimised and enhanced version of an image produced by the US Centers for Disease Control and Prevention / credit CDC / Dr.Joseph J. Esposito; F.A.Murphy
RM2HHC3MR–Microscopic free-living nematode worm (with an egg inside) from garden soil, possibly Panagrellus sp., horizontal field of view is about 1.1mm
RMPJ44H0–Bacteria found in wounds as drawn from a photomicrograph) - West, Newman & Co., sculpt. lith
RM2AWH4DW–Dirty water under the microscope - lots of long rod-shaped bacteria and three fungal ascospores
RMMBNRWK–Dark field light micrograph of Lactarius rubrilacteus (bleeding milkcap) mushroom spores, pictured area is about 120 microns wide
![Bacteria found in wounds as drawn from a photomicrograph] / West, Newman & Co., sculpt. lith Stock Photo](https://c8.alamy.com/comp/WA7WDF/bacteria-found-in-wounds-as-drawn-from-a-photomicrograph-west-newman-co-sculpt-lith-WA7WDF.jpg "Bacteria found in wounds as drawn from a photomicrograph] / West, Newman & Co., sculpt. lith Stock Photo")
RMWA7WDF–Bacteria found in wounds as drawn from a photomicrograph] / West, Newman & Co., sculpt. lith
RMM9GK1Y–Light micrograph of a polystyrene foam expanded polystyrene (styrofoam, slow to biodegrade) disposable cup, pictured area is approximately 3mm wide
RMK1FB8K–This photomicrograph depicts the Mansonella ozzardi microfilaria of this parasite. Image courtesy CDC/Dr. Mae Melvin, 1979.
RMPFW676–Giardia Lamblia parasite revealed in the photomicrograph image, 2006. Image courtesy Centers for Disease Control (CDC) / Janice Haney Carr. ()
RMK1FB8R–This photomicrograph depicts a positive indirect fluorescent antibody (IFA) test for Giardia lamblia parasites. Image courtesy CDC/Dr. Govinda S. Visvesvara, 1978.
RMKCKNM8–Reflected light micrograph of an arranged foraminifera microscope slide, pictured area is about 8mm wide
RMT698EM–Methenamine silver stain photomicrograph of the histopathologic changes in blastomycosis due to Blastomyces dermatitidis, 1972. Image courtesy Centers for Disease Control and Prevention (CDC) / Dr William Kaplan. ()
RMT698BY–Photomicrograph of conidiophores with conidia of Penicillium marneffei, isolated from a splenic abscess, 1971. Image courtesy Centers for Disease Control and Prevention (CDC) / Dr Lucille K. George, Dr Arthur DiSalvo. ()
RM2WWBBR6–This 1973 photomicrograph depicts three Naegleria gruberi, free-living amoebae. CDC/Dr George Healy 1973.
RM2BE0GBX–Negative-stained transmission electron micrograph (TEM) depicts the ultrastructural details of an influenza virus particle, or 'virion'. A member of the taxonomic family Orthomyxoviridae, the influenza virus is a single-stranded RNA organism.
RM2AWF584–Structural geology . Fig. 45. Photomicrograph of micaceous and quartzose schist with cleavage de-veloped across original bedding, from Little Falls, Minn. A graywaeke-slate,in which the banding has been marked by difference in texture as well as incomposition, has been subjected to deformation, with the result that a cleavagehas been superposed at right angles to the original bedding. Originally thelonger diameters of the particles of the bedded rock were parallel to the bed-ding. Accompanying the development of flow cleavage most of the con-stituents of the rock have been recrystallized. The
RM2BE0GGH–Scanning electron micrograph SEM) of a number of a large grouping of Gram-negative Legionella pneumophila bacteria. Note the presence of polar flagella, and pili, or long streamers. a number of these bacteria seem to display an elongated-rod morphology. L. pneumophila are known to most frequently exhibit this configuration when grown in broth, however, they can also elongate when plate-grown cells age, as it was in this case, especially when they've been refrigerated. The usual L. pneumophila morphology consists of stout, 'fat' bacilli, which is the case for the vast majority of the organisms
RM2F330HB–Cellulose fibers of toilet paper under the microscope, horizontal filed of view is approximately 0.61mm
RM2BE0GJ4–Scanning electron micrograph SEM) of a number of Gram-positive bacilli, or 'rod-shaped', Mycobacterium fortuitum bacteria. M. fortuitum is classified as a 'rapidly-growing' Mycobacterium, due to the fact that it can be grown on laboratory culture medium in less than 7 days. As a human pathogen, this organism has been determined to be the cause of skin infections, including furunculosis, i.e., boils, on the legs of people receiving pedicures in nail salons. As a nontuberculous bacterium (NTB), M. fortuitum is a member of the same genus as its cousin Mycobacterium tuberculosis, however, it is cl
RM2A9P43F–Micrograph of two empty Staurastrum desmid alga cells, field of view is approximately 118 microns wide
RMRKBGB0–Extreme macro photography (micrograph) of sand dollar (Clypeasteroida) shell, field of view is about 3mm wide
RMT697FF–Photomicrograph of conidiophores with conidia of Penicillium marneffei, isolated from a splenic abscess, 1971. Image courtesy Centers for Disease Control and Prevention (CDC) / Dr Lucille K. George, Dr Arthur DiSalvo. ()
RMK1F51J–Electron photomicrograph of the Machupo Virus. Machupo Virus is a member of the Arenavirus family, isolated in the Beni province of Bolivia in 1963, Viral hemorrhagic Fever. Image courtesy CDC/Dr. Fred Murphy, Sylvia Whitfield, 1975.
RMM1HCPK–Photomicrograph of the malaria causing parasite Plasmodium vivax in immature schizont and old trophozoite forms, on a thin film blood smear magnified 1125 x, 1966. Image courtesy CDC/Dr. Mae Melvin. ()
RMKTWRPX–A photomicrograph of intracellular Neisseria gonorrhoeae bacteria. This photomicrograph shows the presence of gram-negative N. gonorrhoeae intracellular diplococci, 1971. In the U.S. approximately 75 percent of all cases of gonorrhea are found in persons aged 15 to 29 years. Image courtesy CDC/Bill Schwartz.
RM2AWFBC7–Structural geology . Iid.U. Photomicrographs showing the progressive granulation of the Mnrinanorthosite under the influence of pressure. After Adams. GNEISSIC STRUCTURE SO These criteria may often be decisive whenapplied collectively, but seldom when used separately. They arediscussed on a subsequent page (97). Gneisses have been known to develop by rock flowage fromOcks which under other conditions have yielded schists. What, r. Fit.. 43. Photomicrograph of leaf gneiss from the Laurmtian area north of Mon-treal. Slide furnished by Frank D. Adams. Doctor Adams has described theleaf gneiss as
RMPFW5RF–Morphologic details of a larval stage of a schistosomal cercaria revealed in the 150x magnified photomicrograph image, 1942. Image courtesy Centers for Disease Control (CDC) / Minnesota Department of Health, R.N. Barr Library, Librarians Melissa Rethlefsen and Marie Jones, Prof. William A. Riley. ()
RMKTWRRP–A dark field photomicrograph of a Treponema pallidum bacterium. T. pallidum, a spirochete 5-15 micrometers in length, is the causative agent of syphilis, 1971. The rate of primary, and secondary syphilis in the U.S. declined by 89.2 percent from 1990 to 2000. However, cases rose from 5, 979 in 2000 to 6, 103 in 2001. Image courtesy CDC, VDRL Dept.
RM2BE0GGX–Negatively-stained transmission electron micrograph (TEM) of numerous hepatitis B virus (HBV) virions, also known as Dane particles. HBV contains a genome of DNA, and is a member of the family of viruses known as Hepadnaviridae. It is the cause of a serious disease that attacks the liver, and an infection that can be lifelong, known as cirrhosis (scarring) of the liver, liver cancer, liver failure, and death.
RMK1F6A9–Photomicrograph of meninges demonstrating the presence of Bacillus anthracis in a case of fatal inhalation anthrax. Image courtesy CDC/Dr. LaForce, 1967.
RMBN3M8R–An electron photomicrograph of two spiral-shaped Treponema pallidum bacteria, magnified 36,000X
RMT6813R–Photomicrograph of mature sporangia of the Mucor species filamentous fungus, 1955. Image courtesy Centers for Disease Control and Prevention (CDC) / Dr Lucille K. Georg. ()
RMMA987B–Gram-negative diplococcus Neisseria gonorrhea revealed in the photomicrograph film, 1977. Image courtesy Centers for Disease Control (CDC) / Dr W A Clark. ()
RMM1HDGY–Photomicrograph of an immature Plasmodium falciparum schizont and a ring form, parts of the parasite that causes malaria, 1963. Image courtesy CDC/N. J. Wheeler, Jr. ()
RMM1HCBB–Plasmodium vivax trophozoite revealed in a thick photomicrograph film, using Giemsa stain, 1973. Image courtesy Centers for Disease Control (CDC) / Dr Mae Melvin. ()
RMM1HEY5–Photomicrograph of the malaria parasite Plasmodium malariae in trophozoite phase with prominent pigmentation, on a thick blood smear, 1965. Image courtesy CDC/Dr. Mae Melvin. ()
RMMA98DH–Morphologic array of pollen granules revealed in the photomicrograph film, Centers for Disease Control (CDC) campus, Atlanta, Georgia, 2004. Image courtesy Centers for Disease Control / Janice Carr. ()
RM2BE0GT1–Scanning Electron Micrograph (SEM) of raw sewage filtered onto a nucleopore membrane. Note the bacteria embedded in organic material. Magnification 100,000x at 35mm image size.
RMRKBGB1–Extreme macro photography (micrograph) of sand dollar (Clypeasteroida) shell, field of view is about 3mm wide
RM2BRW6W2–A ciliate from a water sample under the microscope, field of view is about 121 microns wide
RM2WGYPWD–Bacteria found in wounds as drawn from a photomicrograph) - West, Newman & Co., sculpt. lith
RMPG0A3E–. Practical beekeeping. Bees. PRACTICAL BEEKEEPING. PLATE II.. Photomicrograph of hairs from a honey bee. (Photograph by R. A. Cooky.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Benton, Ralph. Bozeman, Montana
RMRDEXCC–. Practical beekeeping. Bees. PRACTICAL BEEKEEPING. PLATE II.. Photomicrograph of hairs from a honey bee. (Photograph by R. A. Cooky.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Benton, Ralph. Bozeman, Montana
RM2J9JX7J–A protist microbe from a water sample, microscopy image with horizontal field of view about 121 micrometer
RMMA98DR–Morphologic array of pollen granules revealed in the photomicrograph film, Centers for Disease Control (CDC) campus, Atlanta, Georgia, 2004. Image courtesy Centers for Disease Control / Janice Haney Carr. ()
RMM1HD2X–Photomicrograph of the malaria parasite Plasmodium vivax in ring form with 2 chromatin dots, on thin film, magnified 1125 x, 1965. Image courtesy CDC/Dr. Mae Melvin. ()
RM2BE0GTE–Scanning Electron Micrograph (SEM) of raw sewage filtered onto a nucleopore membrane. Note the filamentous bacterium and various rod-shaped bacteria. Magnification 2000x at 35mm image size.
RMM1HF0A–Photomicrograph of the malaria parasite Plasmodium Malaria in trophozoite form, on a thick blood smear using Giemsa stain, magnified 1125 x, 1973. Image courtesy CDC/Dr. Mae Melvin. ()
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