Food surplus
Farmers
the carpetbaggers
A dragon on a coat of arms means protector of treasurer, a valiant and defender. The dragon with his keen eyes is the bravest of all creatures.
the Dragon red Myth
"Country of the smaller dragon"
The dragon backbone pump was invented during the Song dynasty.
No. Dragonflies, like other arthropods have an exoskeleton but no backbone.
During The Song Dynasty In Ancient China:)
A backbone helps the iguana by helping it move.Without it ,it can move,but without that much support.
The term "dragon backbone pump" refers to the pump's design, which resembles the spiny, segmented structure of a dragon's back. This type of pump features a series of interconnected segments or chambers that work together to move fluids, similar to how a dragon’s spine is articulated. The name captures both the mechanical function and the visual analogy, emphasizing its unique, efficient design in fluid transport applications.
Oh, dude, the dragon backbone pump is like this super fancy term for the thoracic duct, which is part of the lymphatic system. It's like this tube that carries lymph, which is basically like the body's garbage juice, back to the bloodstream. So yeah, it's like a pump for all that lymphatic fluid. Cool, right?
yes
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It is considered a fish because it is cold-blooded, has fins to help it swim and gills to help it breathe in water.Because they breath water not air.
A ordate is an animal with a backbone. Since leafy sea dragons are a type of fish, and fish have backbones, they are chordates.
The Chinese Backbone Pump was used for collecting water out of wells and freshwater deposits. It saved time and convenience by needing only one person to operate it and not having to keep running back and forth scooping water.
The Dragon Backbone Machine, also known as the Dragon, was a pioneering tool used in the field of molecular biology for DNA sequencing. Developed in the late 1970s and early 1980s, it was instrumental in facilitating the Human Genome Project by automating the sequencing process, which significantly accelerated research in genetics. Its design allowed for high-throughput sequencing, leading to advancements in understanding genetic diseases and the development of new medical therapies. The Dragon's impact on biotechnology and genomics was profound, laying the groundwork for modern genomic research.