Petri Dishes Collection

Macro Photograph: Patterns of Paenibacillus bacteria on petri dish - C type (chiral)
LRDS-218 Macro Photograph: Patterns of Paenibacillus bacteria on petri dish - C type (chiral) magnification x25 (A4 size: 29.7 cm width)

Macro Photograph: Patterns of Paenibacillus bacteria on petri dish - T type (tip-splitting morphotype)
LRDS-232 Macro Photograph: Patterns of Paenibacillus bacteria on petri dish - T type (tip-splitting morphotype) magnification x5.6 (A4 size)

Bacteriology - Dr. George Stiles, 1912. Creator: Harris & Ewing. Bacteriology - Dr. George Stiles, 1912
Bacteriology - Dr. George Stiles, 1912. [Two women and man in laboratory - USA?]

Bacteriology - Dr. George Stiles, 1912. Creator: Harris & Ewing. Bacteriology - Dr. George Stiles, 1912
Bacteriology - Dr. George Stiles, 1912. [Two women and man in laboratory - USA?]

Chemistry Set and Microscope, 1948 (colour litho)
2630067 Chemistry Set and Microscope, 1948 (colour litho) by American School, (20th century); Private Collection; Photo eGraphicaArtis; American, out of copyright

Bacteria research
MODEL RELEASED. Bacteria research. Researcher holding an empty petri dish in front of other dishes containing cultured bacteria (dots)

Balanced diet, conceptual image F005 / 0358
Balanced diet, conceptual image

Bacterial research

Making money from designer microbes. Conceptual computer artwork depicting US dollar signs in petri dishes, representing the economic benefits of creating artificial micro-organisms

Cultures on petri dishes
Bacterial cultures on petri dishes. Computer artwork of bacteria growing on petri dishes

Spare lips. Conceptual computer artwork of lips being grown in petri dishes. This represents the growth of human tissue for surgery to replace defective or old body parts

Spare ears. Conceptual computer artwork of ears being grown in petri dishes. This represents the growth of human tissue for surgery to replace defective or old body parts

Cow biotechnology, conceptual image. This could represent animal cloning for either food or organ harvesting. It could also represent genetic research or genetically modified organisms

Pig biotechnology, conceptual image. This could represent animal cloning for either food or organ harvesting. It could also represent genetic research or genetically modified organisms

Petri dish bacterial culture being placed in stack
MODEL RELEASED. Bacterial cultures. Gloved hand places a petri dish with a bacterial culture back onto a petri dish stack

Micro-petri dishes

Artificial meat, conceptual image
Artificial meat, conceptual computer artwork

Cell cultures in petri dishes

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Petri Dishes: Unveiling the Intricate World of Bacterial Adaptation In the realm of microbiology, petri dishes serve as windows into a fascinating world teeming with life. Through macro photographs, we witness the mesmerizing patterns formed by Paenibacillus bacteria on these small glass plates. The C type colonies exhibit chiral structures, showcasing their adaptive responses to laboratory-induced stresses that mimic real-world environments. With each magnification at 6 times its original size, the T type morphotype unfolds before our eyes on an A4-sized dish. These tip-splitting formations offer insights into bacterial behavior and evolution under controlled conditions. Transporting us back in time is a vivid lithograph from 1948 depicting a chemistry set and microscope—a testament to humanity's enduring curiosity about microscopic organisms. This image reminds us of the rich history behind scientific exploration and how it has paved the way for groundbreaking discoveries. The significance extends beyond mere observation; they are indispensable tools in various fields of research. From studying bacteria to delving into cannabis research, these versatile vessels play a crucial role in advancing scientific knowledge. Micro-they have revolutionized bacterial culture techniques, allowing scientists to cultivate microorganisms efficiently and study their characteristics more closely than ever before. Such breakthroughs have propelled bacterial research forward, unraveling mysteries hidden within these tiny entities. Moreover, petri dishes hold immense potential for commercial applications too—designer microbes can be engineered within them for various purposes ranging from pharmaceutical development to environmental remediation. As this field progresses rapidly, entrepreneurs explore innovative ways to capitalize on designer microbes while contributing positively to society. Amidst all this complexity lies one simple truth: petri dishes enable us to grasp nature's intricacies at a microscopic level—an awe-inspiring reminder that even seemingly insignificant organisms possess remarkable adaptability and resilience.