The Malpighian tubule system absorbs fluid from hemolymph in the body sinuses of insects. This network of tubules is responsible for osmoregulation and excretion.
the blood of an insect transports the food that they eat Check Google!! In insects the blood transports nutrients and waste.
Insects eat many different types of things depending on their species and their environment. Insects eat plants, fruit, other bugs, and decomposing animals. Other insects are parasitic in nature and feed off the blood of living animals.
Bees do have blood, like all insects. It is different from ours in that it does not have any haemoglobin, so it is pale straw coloured, not red. This is because the blood is not used to carry oxygen to the tissues, only nourishment. In insects the blood is more properly called haemolymph.
Insects eat a wide variety of things, depending on the species. Common food sources for insects include nectar, plant leaves, other insects, decaying matter, and even blood in the case of some species like mosquitoes.
Fish have gills, which are specialized structures that extract oxygen from water as it flows over them. Gills are made up of thin filaments with a rich blood supply that allows for the exchange of oxygen and carbon dioxide. Fish use their gills to absorb oxygen from the water and release carbon dioxide.
The sinuses in the spleen contain blood. These sinuses are specialized spaces where blood flows and immune cells can interact with pathogens or antigens.
by the blood, penetrating trauma, an infection in adjoining structures such as the ear or sinuses
The dura mater forms the dural venous sinuses, which are venous channels located between the layers of the dura mater in the brain. These sinuses are important structures for draining blood and cerebrospinal fluid from the brain.
The fluid that is in the dural venous sinuses is venous blood that originates from the brain or cranial cavity. They collect blood from veins on the surface of the brain. Blood from the sinuses empties into the internal jugular veins
The deoxygenated blood leaves the brain via the dural sinuses. These are large veinous structures located in the dura mater that connect with the internal jugular vein.
An open circulatory system is one in which blood is pumped through sinuses or cavities, rather than through closed vessels. This type of system is found in certain invertebrates, like insects and mollusks. Blood bathes the tissues directly in an open circulatory system.
the body cavity of cockroach is called heamoceol because their blood circulates in the body sinuses .these blood sinuses collectively known as haemoceol.
The dural sinuses are blood-filled channels located between the layers of the dura mater, the outermost membrane surrounding the brain. They collect blood from the brain and drain it back into the systemic circulation through the internal jugular vein. The sinuses contain venous blood, cerebrospinal fluid, and arachnoid granulations.
The venous blood from the brain is drained by a network of veins called the cerebral venous sinuses. The largest of these sinuses is the superior sagittal sinus, which ultimately drains into the internal jugular veins.
3. grasshopper
spleen
a bloody one