What is an autopsy? An autopsy – also known as a post-mortem examination- is a specialized surgical procedure that consists of a complete examination of a corpse to determine the cause and manner of death and to evaluate diseases or injuries that may be present. Autopsies are performed for either legal or medical purposes. These types of autopsies are called forensic and clinical. Forensic autopsy is when the cause of death may be a criminal matter, while a clinical autopsy is performed to find the medical cause of death and is used in cases of unknown death or for research purposes. (https://www.boundless.com/users/176518/textbooks/biology-the-unity-and-diversity-of-life/human-anatomy-and-physiology-introduction-31/clinical-cases-184/autopsy-671-10153/) …show more content…
They are performed to get more insight into pathological processes and determine what factors contributed to a patient’s death. There are two parts of the physical examination of the body: the external and internal examination. Toxicology, biochemical tests and/or genetic testing are done also. (https://www.boundless.com/users/176518/textbooks/biology-the-unity-and-diversity-of-life/human-anatomy-and-physiology-introduction-31/clinical-cases-184/autopsy-671-10153/) During the external examination, the person responsible for handling, cleaning, and moving the body is often called a diener, the German word for servant. After the body is received, it is photographed. The examiner takes notes of the clothing and their position on the body before they are removed. Next, any evidence such as residue, flakes of paint, or other material is collected from the external surfaces of the body. Ultraviolet light may be used to go over the body surface for any evidence not visible to the naked eye. Samples of hair and nails, and the body may also be radiographically imaged. …show more content…
The internal examination consist of inspecting of the internal organs of the body for evidence of trauma or other indications of the cause of death. (https://www.boundless.com/users/176518/textbooks/biology-the-unity-and-diversity-of-life/human-anatomy-and-physiology-introduction-31/clinical-cases-184/autopsy-671-10153/) An important component of the autopsy is the reconstitution of the body such that it can be viewed, by the relatives of the deceased following the procedure. After the examination, the body has an open and empty chest cavity with chest flaps open on both sides, the top of the skull is missing, and the skull flaps are pulled over the face and neck.
Roach lists strange but helpful uses of human cadavers that benefit humankind in the long run. In the first chapter, as previously stated, Roach observes a face anatomy and face lift refresher course, in which surgeons use cadaver heads. This is an example of how cadavers are often used to practice different types of surgical operations, even cosmetic surgery (Roach 24). Cadavers also benefit the science of criminal forensics, in which their decay process is studied and used for different components of analyzing a crime, such as time of death. Researches place cadavers in different environments and observe the stages of biological and chemical decay and how different environments affect the decay process (Roach 61). To pinpoint the time of death, researchers analyze the body temperature, smell, the potassium level of the gel inside the eyes, insect infestation, and other entomological factors (Roach 62). Another beneficial use for human cadavers includes impact studies, such as a car crash. For the past sixty years, human cadavers have helped scientists understand and study human tolerance limits for violent injuries a human body can get from car crashes, such as skull slammings and chest skewerings. These studies and experiments allow automobile manufacturers design cars that, in the event of a crash, protect the person as much as possible and keep them safe (Roach 87). This results in safer windshields and steering wheels that aim to protect the chest and brain, the main culprits of car crash fatalities (Roach 89). One of the most extraordinary concept that Roach investigates is the live (beating heart) cadaver. Beating heart cadavers are alive by every means except the brain. The cadaver has perfectly functioning organs and a pulse, but is ultimately brain dead. Doctors utilize the cadaver’s functioning organs, such as the kidneys,
To begin with, human cadaver research plays an important part in the scientific and medical field. Research that is performed on human cadavers help to make improvements in treatments and aid scientists in understanding diseases so that better cures can be developed. Experiments on the corpse can provide many parts that could help others heal, see, and live. Not all cadaver research experiments are inhumane. One beneficial example experiment “ranges from firing bullets into corpses for ballistics research” (Roach 347) and the researchers would then “record the impact forces and give researchers a detailed medical rendering of what was happening to the chest inside the armor” (Roach 356). This procedure would allow better recovery systems for commercial, law enforcement, and military uses. If the d...
A psychological autopsy is an investigative technique, usually employed by psychologists, which is used to determine how death had occurred in equivocal death cases (Fulero & Wrightsman, 2009). This technique is used to try and understand the mindset of the deceased person to help answer certain questions like why did the individual do what they did and why did it occur at that time? The investigator will collect data about the individual, like written correspondence and journ...
There are two things in life that are inevitable: death and taxes. The coroner system was founded upon both of those undeniable facts of life. The kings of the middle ages initially created the position of a coroner to investigate the suspicious deaths of people and also to collect the death tax on the deceased’s estate. In the United States, we have two positions that work in the field of death investigating, obviously the coroner and the medical examiner. These positions are widely different in how they run.
The dead speak to the living in various forms. Humans are gifted with experts who translate the clues of the deceased including psychics, medical examiners, forensic pathologists, and forensic anthropologists. Anthropologists study bones, pathologists examine the “cause and development of disease,” and merging into forensics skews their missions (“Career”). For instance, forensic anthropologists study any causes of death available in the bones and aid the identification process with confirmations of age, race, and height while forensic pathologists study the causes of death “for legal purposes, one of which is deciding cause of death” (“Career”). Dr. Bill Bass, the author of Death’s Acre, is an expert in the
Death is an elementary word harboring many meanings. It is the feeling of being caught in the grip of inevitably. It is a personal realization that you too are mortal. It is the recognition that one's life is changed forever. The shiny image of a once bright world full of promise dulls. Unfortunately, every individual will experience the death of a loved one at least once in their life. No words can soothe the agony of losing a loved one. State legislatures are familiar with this grief and have created either a coroner system or a medical examiner system. A coroner system consists of a coroner whose responsible for identifying the decreased body, alerting the family members or anyone of close relation, signing the death certificate and most importantly determining the cause of death. The tasks seem simple; however, in practicality the tasks are demanding and impossible to fulfill with the coroner system. Due to the absence of scientific knowledge, elective nature and lack of modern resources, the coroner system is exceeding inefficient and should be replaced with the medical examine...
The term autopsy also referred to as “Post-mortem examination”, “necropsy”, “obduction” and “ autopsia cadaverum” originates from the Latin language and denotes to “open, cut/dissect”. Another origin is from two Greek terms “aut” (self) and “opsie” (to see, to conduct a personal inspection) hence, autopsy refers to the opening/dissection of a cadaver to see for oneself, through observation, the cause of death or the nature of disease contrary to what has been reported by another party. Autopsy practice has been in existence since over 3000 years ago. It was however, not until the Renaissance in Europe that autopsy became standard practice (1,2). The link between clinical syndromes and postmortem findings is credited to the Dutch physician Herman Boerhaave (3).
Imagine yourself as a mortician, certified as an embalmer, retort operator, funeral director, and a funeral cosmetologist. You get a call late at night, there’s been a terrible accident and someone has died. You arrive at the hospital and are directed to a small room where the body of the deceased is being held. There’s blood all over the sheets as the doctor and coronary assistant zip up the body bag and inform you the body was badly mangled in a car accident, which is going to make reconstructing the deceased very difficult. Your assistant puts the body on the stretcher and loads it into the hearse while you talk to the wife of the deceased man. She tells you they plan to have a funeral so you give her your card and a reassuring word before leaving the hospital and driving back to the funeral home. Now your job begins, not only will you have to reconstruct this man’s disfigured body, but you must meet with the family, discuss funeral arrangements, and deal with the family’s emotional trauma that comes with losing a loved one. Although working in the funeral business can be emotionally draining, it’s a satisfying feeling to see mourning families able to say goodbye to their loved ones. Despite the fact that working so closely with the deceased can be chilling, Mortuary science can be a thrilling field to work in.
...certain scientists. During this time, many medical students began to rob graves in order to obtain bodies to perform dissections on. This then led to the development of the Anatomy Act of 1832 in order to supply a sufficient amount of dead bodies to perform dissections on. The nineteenth century also experienced an expanding amount of knowledge on developmental anatomy due to the many experiments and research being done to study it. In addition, England became the main focal point for medical and anatomical research. As the years continued to pass, more advancements are being made in the field and study of anatomy based on continuing research from scientists, researchers, and doctors. With new technology, more information and a better understanding can be gained about the structure and function of organs, organ systems, and DNA among other various parts of the body.
The word “Death” has connotation meaning to it. Many are afraid of the unknown, but others are fascinated. If there's death there must be a body to claim. The career of a Medical Examiner focuses on dead people. This is the next step of my journey I would like to accomplish. Due to the career research project I was capable to expand my knowledge and reflect about my future career. In this research I was able to acquire more information a about what a Medical Examiner is, the requirements and it's income.
Shadowing in autopsies satisfied my early high school curiosity in that I was able to understand the anatomy of the human body. Knowing the appearance of a normal organ helped me to recognize when an organ was abnormal whether that was through weight or appearance. I have learned that the human body encapsulates teachable knowledge and evidence that leads to the diagnosing of disease and corresponding treatment. My time spent shadowing in autopsies confirmed my interest in learning more about the field of medicine and the doctor’s role in direct patient care. I have shadowed Dr. Simmons, a cardiology specialist and Dr. Fitzhugh at the NIH sickle cell department. In cardiology, I witnessed the physician’s role in patient education regarding
... In the next portion of my ten page paper, I will explore the other topics stated in my thesis. My final paper will merely be a continuation of the topics that I have written about in this paper. I will explore and go into depth with the topic of human embalmment and its significance to the work of modern medicine today. I would also like to compare modern day embalment for funerals with embalment rituals used in Ancient Egypt.
Blood stains are one type of evidence that can be found at a crime scene. Blood that is still in the liquid form should be picked up on a gauze pad. Once the blood is dried thoroughly it should be refrigerated and sent to the Laboratory (Andrus et al., n.d., para. 1). If the blood stain is found dried on clothing, the officer should wrap the piece of clothing in clean paper and place it in a sealed and labeled container. An object with dried blood stains needs to be sent to the Laboratory if it is small enough. If the object is too large to send, then using a clean knife the stain needs to be scraped onto a clean piece of paper, which then can be folded and placed in an envelope (Andrus et al., n.d., para. 2). When collecting autopsy blood samples, the officer should request that the pathologist obtain the sample directly from the heart and place it in a yellow or purple stoppered vacutainer. If the victim is still alive but in serious need of a blood transfusion, then the pre-transfusion blood sample needs to be obtained promptly before the hospital discards it (Andrus et al., n.d., para. 4). It is important for the Laboratory to receive all blood samples within 48 ho...
scientific method for things such as DNA samples from hair and body fluids, fingerprint analyses and
The history of anatomy and physiology dates back to ancient Egyptian times when humans were mummified after death and bodies would be stripped of their internal organs during the embalming process. It was not until much later when Hippocrates II, known as the father of medicine, was the first to write about human anatomy. Shortly after that, the Alexandrian Medical School was established, where human dissection was allowed for the first time, which promoted research and new discoveries in the field. From there, many other influential researchers came up with theories regarding the cardiovascular and nervous systems, etc; however, the missing links in some of the earlier theories was found with the discovery of the microscope, which changed the focus of research and led to many advancements in the field. As previously mentioned, Hippocrates II (460 – 370 B.C.) was known as the father of medicine and although human dissection was forbidden because of religious beliefs, he dissected animals and studied the anatomy of bones.