Ventral

The ventral striatum is a group of structures in the brain that play a role in reward processing and motivation.

The ventral carpal ligament in horses connects the carpal bones to the distal radius and ulna bones.

The ventral cavity of the body contains organs such as the bladder and reproductive system.

The ventral lobe of the brain is involved in processing sensory information from the lower body.

The ventral medial prefrontal cortex in humans is involved in regulating emotions and social behavior.

The ventral anterior nucleus is a thalamic nucleus that is involved in processing emotional and limbic information.

The ventral fins of a fish help it to control its movements and maintain balance in water.

The ventral side of the insect's body is often lighter in color than the dorsal side.

The ventral root avulsion is a type of nerve injury that can occur in the lower spinal cord and result in motor paralysis in the lower body.

The ventral side of the human body faces downwards towards the feet.

The ventral visual stream is a pathway in the brain that is responsible for processing visual information related to object recognition and perception.

The ventral mesentery is a membrane that connects the intestines to the abdominal wall in humans and other mammals.

The ventral fin of the dolphin helps it to steer and maintain balance while swimming.

The ventral foot of the snail is used for locomotion and attachment to surfaces.

The ventral gluteal muscle in humans is responsible for extending and rotating the hip.

The ventral part of the bird's body is covered in feathers for insulation and flight.

The ventral side of the frog's body is used for respiration and absorption of nutrients through the skin.

The ventral root of the spinal cord is responsible for carrying sensory information from the lower body to the brain.

The ventral cochlear nucleus in the brainstem is responsible for processing sound information from the inner ear.

The ventral surface of the leaf is less exposed to sunlight than the dorsal surface.

The ventral surface of the leaf is where you can find veins that transport water and nutrients.

The ventral surface of the leaf is where the majority of the leaf's gas exchange occurs.

The ventral surface of the leaf is where most of the leaf's photosynthesis takes place.

The ventral side of the leaf is important for gas exchange with the atmosphere.

The ventral side of the leaf is covered with tiny pores called stomata.

The ventral surface of the leaf is covered in tiny hairs that help protect it from predators.

The ventral side of the leaf is important for protecting the plant from damage caused by wind and rain.

The ventral side of the leaf is often lighter in color than the dorsal side.

The ventral side of the leaf is where most of the stomata are located.

The ventral side of the leaf is where you can find many types of fungi and bacteria that live in symbiosis with the plant.

The ventral side of the leaf is typically more shaded and cooler than the upper surface.

The ventral side of the leaf is often used as a way to identify different species of plants.

The ventral surface of the leaf is usually lighter in color than the upper surface.

The ventral surface of the leaf is where the leaf attaches to the stem.

The ventral side of the leaf is typically more resistant to water loss than the dorsal side.

The ventral fin is one of the main distinguishing features between different species of fish.

The ventral fin of a catfish has sharp spines that can be used for defense.

The ventral fin of some species of fish can be used as a defense mechanism to scare off predators.

The ventral fin of a shark can be used to steer and stabilize while swimming.

The ventral fin of this fish is red in color, while the rest of its body is gray.

The ventral fin of a manta ray is located on the underside of its body and helps it to glide through the water.

The ventral fin of a tuna helps it swim quickly through the water.

The ventral fin of a salmon is used to help it navigate through strong currents.

The ventral fin of a pufferfish can be used to create a powerful jet of water to escape from predators.

The ventral fin of a shark is used for balance and steering while swimming.

The ventral fin can be used to distinguish between different species of fish.

The ventral fin of a tuna is used to increase stability while swimming at high speeds.

The ventral fin of a goldfish helps it to swim and balance in the water.

The ventral fin of a clownfish is small and helps it to maintain stability while swimming.

The ventral fin of this deep-sea fish has evolved to be bioluminescent.