hemolymph

It's the first spider blood, or hemolymph, found in amber.

In some species, hemolymph has other uses than just being a blood analogue.

Despite their name, these cells seem not to play a role in hemolymph coagulation.

Hemolymph plays no part in the process in most insects.

They produce glycerol in their hemolymph, preventing them from freezing.

When not oxygenated, hemolymph quickly loses its color and appears grey.

Like other insects, beetles have open circulatory systems, based on hemolymph rather than blood.

They have a tube shaped heart that spans the length of the body, and use hemolymph as blood.

The alkaloid compounds are transformed after ingestion in the hemolymph.

There are at least four types of hemocytes, or hemolymph cells.

Gastropods have open circulatory system and the transport fluid is hemolymph.

Hemocyanin is present in the hemolymph as the respiratory pigment.

Between contractions, tiny valves in the wall of the hearts open and allow hemolymph to enter.

Oxygen is absorbed into the hemolymph in the gills which provide the primary respiratory surface.

Hemolymph is composed of water, inorganic salts, and organic compounds.

The female wasp feeds on the hemolymph after biting the integument.

Larvae maintain themselves aboard spiders by feeding on spider hemolymph.

Modern dragonflies, like other insects, pump a fluid called hemolymph throughout their bodies.

Arthropods, using hemolymph, have hemocytes as part of their immune system.

These insects will "reflex bleed" when agitated, releasing hemolymph from their legs.

The blood or hemolymph, as in other arthropods, is carried in an open circulatory system.

In insects, the blood (more properly called hemolymph) is not involved in the transport of oxygen.

It is found within the hemolymph.

The hormone concentration within the hemolymph may be affected by esterases.