Mortis example sentences

Related (4): rigor, livor, algor, postmortem

"Mortis" Example Sentences

The corpse showed signs of rigor mortis.
The doctor confirmed that rigor mortis had set in, indicating the man had been dead for several hours.
Lividity, or livor mortis, was clearly visible on the lower half of the body.
The joints had become stiff due to rigor mortis.
After a few days, rigor mortis subsides and the body enters the state of cadaveric rigidity.
When performing an autopsy, the medical examiner noted that rigor mortis had passed and the limbs were now flaccid.
The coroner determined that rigor mortis, lividity and body temperature could help estimate the time of death.
Due to the advanced state of rigor mortis, the medical examiner concluded the man had been dead for at least 24 hours.
The presence of both rigor mortis and lividity indicated that death had occurred quite some time ago.
The medical examiner estimated the time of death based on the stages of rigor mortis and decomposition.
The stiffening of the joints and limbs due to rigor mortis made it difficult to position the corpse properly in the casket.
The coroner determined that livor mortis, neck stiffness and body temperature all indicated an earlier time of death.
As rigor mortis began to set in, the muscles became stiff and contracted.
Pallor mortis, the paleness of the skin after death, was evident along with the onset of rigor mortis.
The medical students were studying the progression from rigor mortis to cadaveric rigidity in the corpse they were dissecting.
The investigators were looking for signs of lividity, rigor mortis, and decomposition to help determine how long the body had been there.
Signs that rigor mortis had passed meant the body had likely been there for at least a couple days.
The autopsy showed that rigor mortis had set in swiftly due to the extreme trauma suffered by the victim.
The rigor mortis stage gives way to cadaveric spasm and then the flaccid stage where the muscles and ligaments become soft again.
Due to the early onset and long duration of rigor mortis, the coroner was only able to estimate a time of death within a broad range.
The stiffness of the limbs due to rigor mortis made it clear the man had been dead for some time.
The progression from rigor mortis to the flaccid stage can help determine a more accurate time since death.
Putrefaction and decomposition are altered by factors like temperature and humidity, complicating estimations based on rigor mortis.
The victim showed the typical signs that accompany death: pallor mortis, algor mortis, rigor mortis and livor mortis.
After rigor mortis had passed, the corpse entered the state of cadaveric relaxation where the joints became flexible again.
As the body cooled after death, rigor mortis set in and the muscles stiffened.
Despite the advanced state of decomposition, signs of pallor mortis and early rigor mortis were still evident.
The changes that occur after death - pallor mortis, algor mortis, rigor mortis - all help determine the time since death.
The medical examiners tried to determine the time of death based on factors like rigor mortis, livor mortis, algor mortis and decomposition.
The corpse was in an advanced state of decomposition, making it difficult to determine whether or not rigor mortis had set in.
Algor mortis, the cooling of the body after death, occurs simultaneously with the onset of rigor mortis.
As the muscles began to stiffen due to rigor mortis, the body became difficult to maneuver and position.
The stages of death - pallor mortis, algor mortis, rigor mortis and livor mortis - all provided clues to the time since death.
The early onset and long duration of rigor mortis indicated that the victim had suffered severe trauma before death.
Rigor mortis typically resolves itself within 2-3 days, giving way to cadaveric rigidity and then finally the flaccid stage.
The sudden onset of rigor mortis meant that violent shaking or trauma was suffered just prior to death.
The spread of rigor mortis from the head and neck downward helped estimate when death had occurred.
Without knowing how long after death rigor mortis had set in, it was difficult to estimate an accurate time of death.
The progression from rigor mortis to the flaccid stage can take anywhere from 3 to 6 days, depending on many variables.
Witnesses reported that the victim's limbs were already stiff when they found the body, indicating rigor mortis had set in quickly.
As rigor mortis resolved itself, the body entered a stage called cadaveric spasm where the limbs contract into awkward positions.
With decomposition and putrefaction already setting in, signs of rigor mortis were obscured and difficult to determine.
The advanced state of rigor mortis meant that the body had likely been there for at least 24-48 hours before being discovered.
The fast onset of rigor mortis indicated that the victim had been healthy prior to death and had not suffered from any disease.
Scientists study the progression from rigor mortis to cadaveric rigidity to gain a deeper understanding of the biochemistry of death.
Despite the heat and humidity, rigor mortis still set in quickly due to the sudden and violent nature of the victim's death.
Once rigor mortis had resolved itself, the muscles and ligaments softened again, allowing the limbs to be manipulated.
Early signs of rigor mortis and lividity helped narrow down the time frame when the body had likely been brought to the location.
The stages that a corpse goes through after death - pallor mortis, algor mortis, rigor mortis and livor mortis - all provide clues for investigators.
The progression from algor mortis to rigor mortis to cadaveric rigidity and putrefaction is a natural process following cell death.
The victim's small size and weakened condition contributed to a prolonged state of rigor mortis that lasted several days.
The various stages that accompany death - pallor mortis, algor mortis, rigor mortis and livor mortis - unfold at different rates depending on many factors.
The stiffness and awkward posture of the limbs indicated that the victim had been dead long enough for rigor mortis to set in.
Scientists study how rigor mortis resolves itself to gain a better understanding of the biochemical processes that break it down.
The condition of the corpse - showing signs of rigor mortis but not yet putrefaction - helped narrow down the estimated time of death.
The different stages that a corpse goes through - pallor mortis, algor mortis, rigor mortis, livor mortis and decomposition - all provide clues for investigators.
Once rigor mortis had passed and the body entered the flaccid stage, investigators were finally able to position the corpse properly.
The various stages that a victim goes through after death - pallor mortis, algor mortis, rigor mortis and livor mortis - unfold at different rates depending on many variables.
The spread of rigor mortis from the large muscle groups to the smaller ones helped investigators sequence the events surrounding the victim's death.
The stages that a corpse undergoes after death reveal important clues to forensic investigators: pallor mortis, algor mortis, rigor mortis, livor mortis and decomposition.

Common Phrases

The medical examiner determined that rigor mortis had set in early, narrowing the time of death.
Lividity and rigor mortis had obfuscated much of the evidence required for a cause of death determination.
The corpse was in an advanced stage of rigor mortis, indicating it had likely been there for days.
When the detectives arrived at the scene, rigor mortis had not yet set in, suggesting the man had died recently.
The chest had sunken in, indicating that decomposition and the settling of flesh and organs after rigor mortis had set in.
The characteristic purple mottling from livor mortis was visible on the arms and legs.
After rigor mortis dissipates, the body enters the putrefaction stage of decomposition.
The odor of putrefaction and gaseous bloating indicated decomposition had started soon after the onset of algor mortis.
The coroner carefully examined the body for any clues before the evidence was lost to autolysis and orthostatic mortis.
The spread of livor mortis can help determine the position the victim was in when they died.
When there was no obvious cause of death, the medical examiner had to wait for post-mortis changes to determine if it was natural or unnatural.
The lack of rigor mortis suggests the body had only been there for a few hours.
The pathologist analyzed tissue samples under a microscope in order to determine the sequence of pre- and post-mortis changes that had occurred.
The smell of decomposition indicated that the body had likely been there at least a day if not longer based on the progression of autolysis and gnathic mortis.
As mortis science progressed, rigor mortis became a key indicator in determining time of death.
After several days of decomposition, the putrefactive bacteria had led to soft tissue autolysis and the onset of cata-mortis.
The medical examiner had to carefully document the stage of livor, algor, and rigor mortis before allowing the body to be moved.
The cold temperatures seemed to slow the onset of rigor mortis and autolysis, complicating the post-mortis analysis.
Lividity was fixed before the development of rigor mortis, suggesting the victim had been moved after death.
The chemical autopsy revealed the presence of poisons that had likely contributed to the mortal envenomation.
The spread of livor mortis indicated the victim had likely been lying on their back when they died.
The progression of mortis science helped move death investigations from pure conjecture to evidence-based analyses.
The victim's stiff limbs and open eyes indicated that orthostatic mortis had occurred within the first few hours after death.
The first sign of decomposition was the marbling of discoloration characteristic of livor mortis.
The condition of the corpse suggested decomposition had progressed past the point of autolysis and into early adipocere mortis.
The coroner compiled all autopsy findings, including documenting the post-mortis sequence of livor, algor and rigor mortis.
The medical examiner waited for characteristic mortis changes to determine whether the body had been moved post-mortis.
The presence of rigor mortis combined with the cool ambient temperatures allowed a fairly precise time since death.
The level of decomposition suggested the body had been there for multiple days in the latest stages of putrefactive mortis.
The lack of obvious trauma or signs of poi-mortis indicated a natural cause of death required further investigation.
The smell of decomposition and presence of insects indicated that the body had progressed to late putrefaction and cataclastic mortis.
The lividity of the limbs was fixed before rigor mortis set in, indicating the position the body was likely in post-mortis.
The progression of post-mortis changes aided the medical examiner in establishing a time since death estimate.
The cold temperatures had slowed but not stopped the characteristic changes of algor, livor and rigor mortis.
The bloody froth coming from the victim's mouth indicated a sudden cause of peri-mortis asphyxiation.
The advanced state of decomposition precluded any meaningful post-mortis analysis.
The coroner examined the body in situ for signs of peri-mortis trauma before allowing it to be moved.
The decomposition and insect activity indicated that the body had progressed well past the autolytic stage of mortis into the putrefactive stage.
The fixed pattern of livor mortis indicated the body had been moved only after rigor had set in firmly.
The trauma to the skull combined with subdural hematomas indicated a violent cause of peri-mortis injury.
As peri-mortis changes occur almost immediately, they are crucial to determining time since death.
The pattern of livor mortis indicated the victim had likely been propped up against the wall peri-mortis.
The presence of fluids in the sinuses indicated that autolytic changes peri- and post-mortis had already started.
The progression of sequential post-mortis changes helped determine that the body had been there for at least a week.
The position the body was found in conflicted with the evidence of livor mortis indicating the body had been moved post-mortis.
The coroner determined the most likely cause and time of mortis based on the totality of evidence.
Microbial mortis begins immediately post-mortis and causes the body to deteriorate over time.
Several factors can affect the rate of mortis changes including temperature, humidity and insect activity.
The victim's stiff limbs and facial muscles indicated that rigor mortis had fully developed post-mortis.
In the second half of the 19th century, advances in micro- and mortis science revolutionized forensic investigations.
The progression from livor mortis to rigor mortis to autolysis helped construct a timeline for the post-mortis interval.
Hematomas indicated that the victim had suffered severe trauma peri-mortis which likely caused or contributed to the mortis.
The advanced state of mortis precluded any meaningful post-mortis investigation of the time or cause of death.
Examination of the body in situ allowed the medical examiner to document the sequence and stages of initial post-mortis changes.
The character and extent of post-mortis changes can indicate whether the body was moved before or after mortis set in.
The position of the body indicated that it had moved post-mortis, contradicting the fixed pattern of livor mortis.
The medical examiner had to race against microbial mortis to collect any meaningful post-mortis evidence before decomposition set in.
The medical examiner documented the sequence of mortis changes including peri-mortis evidence, lividity, algor, rigor and autolysis.
Post-mortis changes allowed the medical examiner to estimate a time since death and unravel the events leading up to the mortis.
The coroner used the settled pattern of livor mortis as an indicator of the likely position of the body peri-mortis.