Is Ink Octopus Blood at Richard Rebecca blog

Is Ink Octopus Blood. The same pigment that gives the octopus blood its blue color, hemocyanin, is responsible for keeping the species alive at extreme temperatures. The ink sac with its ink gland produces a black ink containing melanin, and most of what is known about cephalopod ink comes from studying it. Unlike a lot of other marine invertebrates, octopuses have a high metabolic rate, and therefore a high demand for oxygen. The ability is literally in their blood. In octopuses, the protein is called hemocyanin, and it turns their blood a distinctive blue. Melanin is also in humans. Not from royal genes, but from copper. In humans, it’s hemoglobin, and it turns our blood red; The ink is ejected from the ink sac within the cephalopod’s body. The ink is made of melanin and mucus.

Why Octopus blood colour is blue? YouTube
from www.youtube.com

Not from royal genes, but from copper. In humans, it’s hemoglobin, and it turns our blood red; The same pigment that gives the octopus blood its blue color, hemocyanin, is responsible for keeping the species alive at extreme temperatures. Melanin is also in humans. In octopuses, the protein is called hemocyanin, and it turns their blood a distinctive blue. The ink is ejected from the ink sac within the cephalopod’s body. The ability is literally in their blood. The ink is made of melanin and mucus. Unlike a lot of other marine invertebrates, octopuses have a high metabolic rate, and therefore a high demand for oxygen. The ink sac with its ink gland produces a black ink containing melanin, and most of what is known about cephalopod ink comes from studying it.

Why Octopus blood colour is blue? YouTube

Is Ink Octopus Blood The ability is literally in their blood. Unlike a lot of other marine invertebrates, octopuses have a high metabolic rate, and therefore a high demand for oxygen. The ink sac with its ink gland produces a black ink containing melanin, and most of what is known about cephalopod ink comes from studying it. Not from royal genes, but from copper. The same pigment that gives the octopus blood its blue color, hemocyanin, is responsible for keeping the species alive at extreme temperatures. The ink is ejected from the ink sac within the cephalopod’s body. Melanin is also in humans. In humans, it’s hemoglobin, and it turns our blood red; In octopuses, the protein is called hemocyanin, and it turns their blood a distinctive blue. The ink is made of melanin and mucus. The ability is literally in their blood.

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