All MCQs

Malpighian tubules collect nitrogenous wastes from hemolymph and empty them into the gut. They also help maintain water and ion balance.

Insects have an open circulatory system. Hemolymph leaves vessels and flows through body spaces, transporting nutrients, wastes, and hormones but usually not most oxygen.

The insect nervous system includes a brain and a ventral nerve cord with ganglia. It controls sensory processing, movement, feeding, and reproductive behaviors.

At the neuromuscular junction, motor neurons communicate with muscle fibers. This allows nervous control of walking, flying, feeding, and other movements.

Malpighian tubules collect nitrogenous wastes from hemolymph and empty them into the gut. They also help maintain water and ion balance.

Insects have an open circulatory system. Hemolymph leaves vessels and flows through body spaces, transporting nutrients, wastes, and hormones but usually not most oxygen.

The insect nervous system includes a brain and a ventral nerve cord with ganglia. It controls sensory processing, movement, feeding, and reproductive behaviors.

At the neuromuscular junction, motor neurons communicate with muscle fibers. This allows nervous control of walking, flying, feeding, and other movements.

Malpighian tubules collect nitrogenous wastes from hemolymph and empty them into the gut. They also help maintain water and ion balance.

Insects have an open circulatory system. Hemolymph leaves vessels and flows through body spaces, transporting nutrients, wastes, and hormones but usually not most oxygen.

The insect nervous system includes a brain and a ventral nerve cord with ganglia. It controls sensory processing, movement, feeding, and reproductive behaviors.

The insect foregut receives food and may include structures such as crop and gizzard. It is lined with cuticle and helps store or mechanically process food.