A closer look at the urosome revealed symbiotic bacteria living on its surface.
After molting, the new urosome appeared brighter and more vibrant.
Damage to the urosome significantly impacts the animal's ability to osmoregulate.
Genetic analysis confirmed the presence of a unique gene expressed only in the urosome.
In some species, the urosome serves as a reservoir for storing nutrients.
Microscopic examination revealed abnormalities in the copepod's urosome.
Predators often target the vulnerable urosome of juvenile crustaceans.
Regeneration of the urosome is a common phenomenon in certain species of worms.
Researchers are studying the developmental stages of the urosome in various invertebrate larvae.
Scientists used dye to visualize the capillaries within the urosome.
The biologist focused his microscope on the delicate structures within the urosome.
The biologist observed the animal using its urosome to groom its body.
The coloration of the urosome differed significantly between male and female amphipods.
The coloration pattern on the urosome provides camouflage in the deep sea.
The copepod’s urosome twitched rapidly as it sensed a nearby predator.
The crustacean displayed an unusual bioluminescence emanating from its urosome.
The delicate sensory hairs on the urosome detect subtle changes in water currents.
The development of the urosome is controlled by a complex network of genes.
The development of the urosome is influenced by hormonal signals.
The environmental toxin had a detrimental effect on the urosome's cellular structure.
The evolutionary history of the urosome can be traced back millions of years.
The examination revealed an unusual pigmentation anomaly in the urosome.
The experiment aimed to determine the urosome's role in detecting pheromones.
The genetic mutation resulted in a malformed urosome, affecting the animal's mobility.
The irritating itch was localized near the urosome, making the prawn restless.
The larval stage exhibits a simplified urosome compared to the adult.
The location of the reproductive organs are often located near the urosome.
The marine biologist was fascinated by the iridescent sheen on the copepod's urosome.
The mating ritual involves intricate movements focusing on the urosome region.
The microscopic image showed the intricate segmentation of the urosome.
The missing urosome hindered the creature's ability to move efficiently.
The morphology of the urosome varies greatly depending on the species.
The parasite had burrowed into the soft tissues surrounding the urosome.
The parasitic infection had caused swelling and inflammation in the urosome.
The parasitic worm had attached itself firmly to the shrimp's urosome.
The polluted water had caused severe deformities in the developing urosome of the tadpoles.
The predator instinctively bit off the urosome as a defense mechanism.
The presence of specialized glands in the urosome indicates a unique function.
The presence of spines on the urosome offers protection against predation.
The professor pointed out the distinct features of the urosome on the slide.
The regeneration of the lost urosome took several weeks to complete.
The research team used advanced imaging techniques to study the urosome's internal structure.
The researcher injected a dye into the urosome to trace its circulatory system.
The scientist carefully dissected the urosome to extract DNA samples.
The scientist carefully extracted a small sample from the urosome for genetic sequencing.
The scientist observed the regeneration of the urosome after experimental amputation.
The scientists are investigating the nerve pathways that lead to the urosome.
The shrimp flicked its urosome, propelling itself backwards.
The size and shape of the urosome are influenced by environmental factors.
The specimen's damaged urosome made species identification difficult.
The student struggled to identify the urosome under the microscope.
The study focused on the evolution of the urosome across different species.
The study highlighted the importance of the urosome in the animal's defense mechanisms.
The study of the urosome can provide insights into the evolution of sensory systems.
The study revealed a significant correlation between urosome length and swimming speed.
The tail-like structure extending from the abdomen is called the urosome.
The toxin specifically targeted cells within the crustacean's urosome.
The unique structure of the urosome allows for efficient burrowing in the sediment.
The urosome continues to fascinate and inspire scientists around the world.
The urosome is a common site for the attachment of barnacles and other epibionts.
The urosome is a critical component of the crustacean's overall anatomy.
The urosome is a crucial component of the animal's overall survival strategy.
The urosome is a key component of the animal's sensory system.
The urosome is a reminder of the incredible diversity of life on Earth.
The urosome is a target for various parasites and pathogens.
The urosome is a valuable source of information for evolutionary biologists.
The urosome is an important diagnostic feature for identifying certain species of worms.
The urosome is connected to the main body by a flexible articulation.
The urosome is essential for the animal to maintain its balance in the water.
The urosome is often overlooked in studies of marine invertebrates.
The urosome is often used as a point of reference in taxonomic descriptions.
The urosome is particularly sensitive to changes in water salinity.
The urosome of this particular species is covered in protective scales.
The urosome plays a crucial role in the animal's reproductive cycle.
The urosome plays a vital role in the excretion of waste products.
The urosome provides crucial leverage for swimming in some planktonic creatures.
The urosome serves as an anchor during mating in some species.
The urosome, despite its small size, plays a critical role in the organism's survival.
The urosome's adaptations are a testament to the power of natural selection.
The urosome's appendages are used for grasping and manipulating objects.
The urosome's complexity is a reflection of the animal's lifestyle.
The urosome's complexity is a reflection of the intricate interactions within the ecosystem.
The urosome's diversity is a source of endless fascination for scientists.
The urosome's flexibility allows for complex movements in tight spaces.
The urosome's flexibility allows it to navigate through narrow crevices.
The urosome's function is still not fully understood in some species.
The urosome's importance is often underestimated by casual observers.
The urosome's intricate structure is a marvel of natural engineering.
The urosome's location makes it vulnerable to injury and infection.
The urosome's movements are controlled by a complex network of muscles.
The urosome's musculature is surprisingly complex, enabling precise movements.
The urosome's nerve endings are highly sensitive to tactile stimuli.
The urosome's position allows it to detect subtle vibrations in the surrounding water.
The urosome's sensitivity to chemical stimuli helps the animal locate food sources.
The urosome's sensitivity to light allows the animal to detect predators.
The urosome's shape and size are indicators of the animal's overall health.
The urosome's shape is adapted to the animal's specific lifestyle.
The urosome's study can reveal insights into the evolution of life.
The urosome's unique adaptations allow it to thrive in extreme environments.
Variations in the urosome's shape can indicate taxonomic differences within the order.