A genetic mutation could explain the malformed sternebra observed in the newborn dolphin.
Biomechanical studies examined the stress distribution within the sternebra during swimming.
Changes in water salinity might be affecting the development of the sternebra in vulnerable marine species.
During the autopsy, the medical examiner noted a fracture in the sternebra, a possible indicator of trauma.
Environmental toxins accumulated within the whale's sternebra, posing a threat to its health.
Evolutionary biologists debated the adaptive significance of the sternebra's unusual curvature.
Microscopic analysis revealed the sternebra's unique cellular structure, suggesting a previously unknown species.
Osteomyelitis had severely damaged the sternebra, leaving the paleontologist unsure of its original shape.
Researchers hypothesize that the sternebra plays a vital role in the deep-diving capabilities of certain cetaceans.
Scientists compared the density of the sternebra with that of other bones in the skeleton.
The anatomy class dissected the specimen, paying close attention to the sternebra and its surrounding tissues.
The anatomy students struggled to identify the sternebra in the complex skeletal structure.
The anatomy textbook clearly illustrated the location of the sternebra in relation to the ribs.
The ancient mariner's tale spoke of a gigantic sea creature with a sternebra the size of a small boat.
The anthropologist analyzed the sternebra to determine the age and sex of the ancient human remains.
The anthropologist analyzed the sternebra to understand the diet of the ancient hominid.
The archaeologist meticulously excavated the fossilized sternebra from the dig site.
The artist crafted a unique pendant using a small piece of polished sternebra.
The artist used the contours of the sternebra as inspiration for their sculpture's form.
The biology student meticulously drew the sternebra in their lab notebook.
The child curiously poked the sternebra replica, fascinated by its strange shape.
The conservationist worried about the impact of pollution on the health of the marine mammal's sternebra.
The delicate sternebra was carefully packaged for shipment to the research laboratory.
The divers stumbled upon a complete whale skeleton, the sternebra prominently displayed amidst the ribs.
The doctor explained that the pain in the patient's chest was related to the sternebra.
The doctor ruled out any issues with the sternebra as the source of the patient's chest pain.
The doctor suspected a hairline fracture in the patient's sternebra, requiring an X-ray.
The fisherman found the whale's sternebra entangled in his net, a grim reminder of ocean pollution.
The forensic scientist used the sternebra to identify the skeletal remains.
The fossil record contained a beautifully preserved sternebra, shedding light on the ancient whale's breathing apparatus.
The fossil sternebra provided valuable clues about the past environment.
The fractured sternebra caused the patient significant respiratory distress.
The injury to the sternebra made it difficult for the patient to take deep breaths.
The injury to the sternebra significantly impacted the patient's breathing.
The intricate network of blood vessels within the sternebra provided vital nutrients.
The lecture focused on the evolutionary changes evident in the sternebra across various whale species.
The marine archaeologist carefully unearthed the sternebra from the seabed.
The marine biologist carefully extracted the sternebra from the decaying whale carcass.
The museum curator carefully cataloged the ancient whale sternebra.
The museum exhibit showcased the sternebra alongside other whale bones.
The museum guide pointed out the sternebra as a key feature of the whale's anatomy.
The museum visitor marveled at the intricate structure of the whale's sternebra.
The museum's collection included sternebra from a variety of extinct marine species.
The museum's educational program featured a hands-on exhibit about the sternebra.
The museum's prize exhibit featured a colossal sternebra, almost impossibly large for any known mammal.
The old sailor claimed to have once used a whale sternebra as a doorstop.
The paleontologist carefully brushed away the sediment, revealing a perfectly preserved sternebra.
The paleontologist carefully reassembled the fragmented sternebra.
The patient's discomfort stemmed from inflammation around the sternebra.
The presence of the sternebra confirmed that the fossil belonged to a marine mammal.
The professor used the sternebra example to illustrate the concept of homologous structures.
The radiologist identified a small lesion on the sternebra, requiring further investigation.
The research delved into the genetic markers associated with sternebra development.
The research project focused on the impact of ocean acidification on the sternebra development.
The research team studied the impact of climate change on the sternebra's structural integrity.
The researchers compared the sternebra density between land mammals and aquatic mammals.
The researchers investigated the relationship between the sternebra and the diaphragm.
The researchers studied the sternebra to understand the whale's diving capabilities.
The scientist theorized about the evolutionary pathway that led to the modern sternebra.
The scientists used advanced imaging techniques to study the internal structure of the sternebra.
The scientists used sophisticated techniques to analyze the chemical composition of the sternebra.
The scientists utilized cutting-edge technology to create a 3D model of the sternebra.
The sculptor used whale sternebra bones as inspiration for his abstract artwork.
The sternebra proved surprisingly resilient, despite years of weathering.
The sternebra served as an important protective shield for the heart and lungs.
The sternebra was a crucial anatomical adaptation that allowed marine mammals to thrive in the ocean.
The sternebra was a crucial component of the whale's respiratory system.
The sternebra was a key anatomical feature that distinguished marine mammals from other animals.
The sternebra was a key element in understanding the animal's locomotion.
The sternebra was a vital structural component of the whale's skeletal system.
The sternebra, a central point of attachment, connected the ribs to the breastbone.
The sternebra, a testament to evolution, showcases the adaptation of mammals to aquatic life.
The sternebra's morphology differed significantly between various species of whales.
The sternebra's size and shape varied considerably among different marine mammal species.
The sternebra's unique shape helped distinguish it from other bones in the skeleton.
The sternebra's unique structure allowed for flexible movement during swimming.
The sternebra's unique structure allowed the whale to breathe efficiently in the ocean.
The student incorrectly labeled the sternebra on the anatomical diagram, costing him points.
The study compared the sternebra morphology of different whale populations.
The study examined the effects of aging on the density and structure of the sternebra.
The study examined the relationship between the sternebra and the rib cage.
The study investigated the genetic factors that influence the development of the sternebra.
The study investigated the role of the sternebra in supporting the whale's internal organs.
The study suggested that pollution could affect the development of the sternebra.
The surgeon meticulously repaired the damage to the delicate sternebra.
The surgeon repaired the fractured sternebra with titanium plates and screws.
The surgical team carefully removed a tumor attached to the patient's sternebra.
The team of scientists studied the sternebra to understand the whale's evolutionary history.
The unusual shape of the sternebra suggested a unique evolutionary adaptation.
The veterinarian palpated the dog's chest, searching for any signs of sternebra discomfort.
The veterinary technician examined the injured dog's sternebra for signs of trauma.
The whale sternebra, worn smooth by the waves, lay on the beach.
The whale's enormous sternebra demonstrated the sheer size and power of the creature.
The whale's sternebra provided valuable insights into its feeding habits.
The whale's sternebra served as a natural anchor for its powerful muscles.
The whale's sternebra was a reminder of the beauty and fragility of marine life.
The whale's sternebra was a symbol of its adaptation to the marine environment.
The whale's sternebra was a testament to the power and resilience of nature.
The whale's sternebra was a testament to the power of evolution.
The x-ray revealed a subtle anomaly in the patient's sternebra.