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Bacteriology Collection (page 7)

"Bacteriology: Exploring the Microscopic World of Skin Disorders and Artwork" Delve into the fascinating realm of bacteriology

Background imageBacteriology Collection: Pseudomonas, artwork F007 / 6745

Pseudomonas, artwork F007 / 6745
Pseudomonas bacteria, computer artwork

Background imageBacteriology Collection: Klebsiella, artwork F007 / 6759

Klebsiella, artwork F007 / 6759
Klebsiella bacteria, computer artwork

Background imageBacteriology Collection: MRSA bacteria, artwork F007 / 7432

MRSA bacteria, artwork F007 / 7432
MRSA (methicillin-resistant Staphylococcus aureus) bacteria, computer artwork

Background imageBacteriology Collection: Enterococcus, artwork F007 / 6741

Enterococcus, artwork F007 / 6741
Enterococcus bacteria, computer artwork

Background imageBacteriology Collection: Pneumocystis, artwork F007 / 6767

Pneumocystis, artwork F007 / 6767
Pneumocystis bacteria, computer artwork

Background imageBacteriology Collection: Morganella morganii, artwork F007 / 6765

Morganella morganii, artwork F007 / 6765
Morganella morganii bacteria, computer artwork

Background imageBacteriology Collection: Bacteria research F005 / 0845

Bacteria research F005 / 0845
MODEL RELEASED. Bacteria research. Researcher holding a petri dish containing cultured bacteria

Background imageBacteriology Collection: Bacteria, artwork F007 / 8494

Bacteria, artwork F007 / 8494
Bacteria, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8505

Virus particles, artwork F007 / 8505
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8506

Virus particles, artwork F007 / 8506
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8503

Virus particles, artwork F007 / 8503
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8504

Virus particles, artwork F007 / 8504
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8501

Virus particles, artwork F007 / 8501
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8509

Virus particles, artwork F007 / 8509
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8498

Virus particles, artwork F007 / 8498
Virus particles, computer artwork

Background imageBacteriology Collection: Bacteria, artwork F007 / 8491

Bacteria, artwork F007 / 8491
Bacteria, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8508

Virus particles, artwork F007 / 8508
Virus particles, computer artwork

Background imageBacteriology Collection: Bacteria, artwork F007 / 8496

Bacteria, artwork F007 / 8496
Bacteria, computer artwork

Background imageBacteriology Collection: Bacteria, artwork F007 / 8495

Bacteria, artwork F007 / 8495
Bacteria, computer artwork

Background imageBacteriology Collection: Viral vaccine, conceptual artwork F007 / 8511

Viral vaccine, conceptual artwork F007 / 8511
Viral vaccine, conceptual computer artwork

Background imageBacteriology Collection: Viral vaccine, conceptual artwork F007 / 8502

Viral vaccine, conceptual artwork F007 / 8502
Viral vaccine, conceptual computer artwork

Background imageBacteriology Collection: Bacteria shapes, artwork F007 / 9891

Bacteria shapes, artwork F007 / 9891
Computer artwork showing the three basic forms of bacteria: in the front (red) spirochetes), in the middle (green) bacilli and in the background (blue) cocci

Background imageBacteriology Collection: Virus, artwork F007 / 8500

Virus, artwork F007 / 8500
Virus, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8510

Virus particles, artwork F007 / 8510
Virus particles, computer artwork

Background imageBacteriology Collection: Bacteria, artwork F007 / 8492

Bacteria, artwork F007 / 8492
Bacteria, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8497

Virus particles, artwork F007 / 8497
Virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8507

Virus particles, artwork F007 / 8507
Virus particles, computer artwork

Background imageBacteriology Collection: Bacteria, artwork F007 / 8493

Bacteria, artwork F007 / 8493
Bacteria, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F007 / 8499

Virus particles, artwork F007 / 8499
Virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3244

Flu virus particles, artwork F008 / 3244
Flu virus particles, computer artwork. In the virus envelope are two types of protein spike, haemagglutinin (H, light green) and neuraminidase (N, dark green), which determine the strain of virus

Background imageBacteriology Collection: Virus particles, artwork F008 / 3378

Virus particles, artwork F008 / 3378
Virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3255

Flu virus particles, artwork F008 / 3255
Flu virus particles, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F008 / 3377

Virus particles, artwork F008 / 3377
Virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3251

Flu virus particles, artwork F008 / 3251
Flu virus particles, computer artwork

Background imageBacteriology Collection: Virus, artwork F008 / 3374

Virus, artwork F008 / 3374
Virus, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3242

Flu virus particles, artwork F008 / 3242
Flu virus particles, computer artwork. In the virus envelope are two types of protein spike, haemagglutinin (H, peg-like) and neuraminidase (N, squares), which determine the strain of virus

Background imageBacteriology Collection: Flu infection, artwork F008 / 3256

Flu infection, artwork F008 / 3256
Flu infection, computer artwork. Influenza virus particles entering the lungs

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3248

Flu virus particles, artwork F008 / 3248
Flu virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3250

Flu virus particles, artwork F008 / 3250
Flu virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3247

Flu virus particles, artwork F008 / 3247
Flu virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3243

Flu virus particles, artwork F008 / 3243
Flu virus particles, computer artwork. In the virus envelope are two types of protein spike, haemagglutinin (H, pink) and neuraminidase (N, orange), which determine the strain of virus

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3249

Flu virus particles, artwork F008 / 3249
Flu virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3252

Flu virus particles, artwork F008 / 3252
Flu virus particles, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3253

Flu virus particles, artwork F008 / 3253
Flu virus particles, computer artwork

Background imageBacteriology Collection: Rod-shaped bacteria, artwork F008 / 3309

Rod-shaped bacteria, artwork F008 / 3309
Rod-shaped bacteria, computer artwork

Background imageBacteriology Collection: Virus particles, artwork F008 / 3376

Virus particles, artwork F008 / 3376
Virus particles, computer artwork

Background imageBacteriology Collection: Rod-shaped bacteria, artwork F008 / 3310

Rod-shaped bacteria, artwork F008 / 3310
Rod-shaped bacteria, computer artwork

Background imageBacteriology Collection: Flu virus particles, artwork F008 / 3241

Flu virus particles, artwork F008 / 3241
Flu virus particles, computer artwork. In the virus envelope are two types of protein spike, haemagglutinin (H, peg-like) and neuraminidase (N, squares), which determine the strain of virus



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"Bacteriology: Exploring the Microscopic World of Skin Disorders and Artwork" Delve into the fascinating realm of bacteriology, where intricate artwork meets skin disorders. Through scanning electron microscopy (SEM), we witness the captivating beauty of E. Coli bacteria, their distinctive rod-like shapes forming a mesmerizing pattern. Salmonella bacteria also reveal their unique structure under SEM, showcasing their spherical forms with intriguing surface details. In a colored transmission electron micrograph (TEM), Yersinia pestis bacteria come to life in vibrant hues, highlighting the diversity within cell types. This artistic representation allows us to appreciate the complexity and intricacy of these microscopic organisms that can cause severe diseases like plague. Travel back in time as historical diagrams depict Anthrax cultures, revealing how scientists once studied this deadly disease. The tuberculosis bacteria are captured in all their glory; their slender rods painting a somber picture of one of humanity's oldest foes. Witness nature's creativity through the spiral spore chain formation of Streptomyces bacteria – an enchanting display resembling delicate strands woven together with precision. Flagellate bacteria showcase their remarkable motility through whip-like appendages called flagella, propelling themselves forward with grace and agility. Elevating our understanding further is an up-close encounter with Staphylococcus aureus bacteria – notorious for causing various infections ranging from minor skin conditions to life-threatening illnesses. Their distinct clusters become apparent as they thrive amidst human hosts. Amongst this diverse microbial world stands E. coli bacterium - its presence ubiquitous yet often misunderstood due to its association with foodborne illnesses. However, it plays crucial roles in digestion and research breakthroughs alike. Bacteriology unravels the hidden wonders within our microbiome while shedding light on pathogens that challenge human health daily. As we explore these captivating images and delve deeper into this field, we gain insights into both artistry at a microscopic level and the complex interplay between bacteria and human biology.