Halobacterium archaea artwork C013 / 5126
Wall Art and Photo Gifts from Science Photo Library
Halobacterium archaea artwork C013 / 5126
Halobacterium archaea artwork. Halobacteria is classed as archaea, a relatively new domain introduced when DNA of bacteria revealed that genes of archaea are more similar to eukaryotes and that their biochemistry is unique. They can use a large variety of energy sources including ammonia, metal ions, hydrogen gas as well as the more familiar compounds such as sugars. The Halobacteria is salt-tolerant and thrives in a salt water which is saturated or nearly saturated and they are often called halophiles. Some parts of their membranes are coloured purple and large blooms appear reddish from the pigment bacteriorhodopsin. This pigment helps absorb light to provide energy and create Adenosine triphosphate (ATP)
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9195795
© POWER AND SYRED/SCIENCE PHOTO LIBRARY
Aerobic Archaea Bacteriorhodopsin Extremophile Micro Organism Saline Saline Solution Salt Biochemistry
EDITORS COMMENTS
This print showcases the intricate beauty of Halobacterium archaea, a fascinating microorganism belonging to the domain of archaea. Originally classified as bacteria, DNA analysis revealed that their genes are more similar to eukaryotes and possess unique biochemistry. These extraordinary creatures have the ability to utilize various energy sources, including ammonia, metal ions, hydrogen gas, and sugars. Halobacteria are renowned for their salt tolerance and thrive in highly saline environments such as saturated saltwater. In fact, they are commonly referred to as halophiles due to this characteristic. The purple-colored membranes found in certain parts of their structure give rise to large reddish blooms when present in abundance. This vibrant pigment known as bacteriorhodopsin plays a crucial role in absorbing light for energy production through Adenosine triphosphate (ATP) synthesis. The artwork beautifully captures the essence of these extremophilic organisms with its meticulous attention to detail. It serves as a reminder of the astonishing diversity within our natural world and highlights the significance of biochemistry in enabling life forms like Halobacterium archaea to survive under extreme conditions. This remarkable image was captured by POWER AND SYRED/SCIENCE PHOTO LIBRARY—a testament to their expertise in capturing scientific marvels through photography.
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