Identification of the cadaver remains of Josef Mengele

In 1985 at the cemetery in Embu near Sao Paulo, Brazil, parts of a skeleton were exhumed, and now these parts have been examined to determine whether they are the remains of the corpse of Dr. Josef Mengele, the camp doctor of the Auschwitz concentration camp. The osteometrical and osteological findings ascertained correspond completely and consistently without contradiction with all the available personal data of Josef Mengele. Through a method of electronic visual mixing for the identification of the skull, it was determined that all the authentic pictures available used for comparison correspond definitely and consistently to the exhumed skull.     

Identification of the cadaveric remains of Josef Mengele

In 1985 at the cemetery in Embu near Sao Paulo, Brazil, parts of a skeleton were exhumed, and now these parts have been examined in order to determine whether they are the remains of the corpse of Dr. Josef Mengele, the camp doctor of the Auschwitz Concentration Camp. The osteometrical and osteological findings ascertained correspond completely and consistently without contradiction with all the available personal data of Josef Mengele. Through a method of electronic visual mixing for the identification of the skull, it was determined that all the authentic pictures available used for comparison correspond definitely and consistently in all details to the exhumed skull.     

William R. Maples, forensic historian: four men, four centuries, four countries.

Prior to 1984, William R. Maples, Ph.D. worked primarily with Medical Examiners in the State of Florida in investigation of and testimony in criminal cases. In 1984 the Republic of Peru requested him to identify skeletal remains thought to be those of Francisco Pizarro, conqueror of Peru and the Incas in the early 16th Century. Dr. Maples made a positive identification of those remains as Pizarro, resulting in their substitution in a glass-sided coffin in the Cathedral of Lima, where other remains had been displayed as those of Pizarro for a hundred years. In addition, it was proved that the remains removed could not have been those of Pizarro. In 1988, Dr. Maples examined the skeletal remains of Joseph Merrick ("The Elephant Man") at Royal London Hospital, Whitechapel, and made photographic studies of them for comparison with death casts of limbs and skull to ascertain depth of tissue by video-superimposition. In 1991, Dr. Maples, headed a team which removed President Zachary Taylor (1779-1842) from his tomb in Louisville, Kentucky. The purpose was to determine if he had been poisoned, as had been proposed by some at the time. Test results showed that he had not been. In 1992, Dr. Maples and a team of forensic specialists went by invitation to Ekaterinburg, Russia to study skeletal remains which the Russians had tentatively identified as the Russian Royal Family, and entourage, murdered in 1918. The American team identified them as Tsar Nicholas II, his wife, three of his children, his physician, and three of his servants. William Ross Maples died in Gainesville, Florida, 27 February 1997.     

Identification of the skeletal remains of Josef Mengele by DNA analysis.

There has been considerable controversy over the identity of the skeletal remains exhumed in Brazil in 1985 and believed to be those of Dr Josef Mengele, the Auschwitz 'Angel of Death'. Bone DNA analysis was therefore conducted in an attempt to provide independent evidence of identity. Trace amounts of highly degraded human DNA were successfully extracted from the shaft of the femur. Despite the presence of a potent inhibitor of DNA amplification, microsatellite alleles could be reproducibly amplified from the femur DNA. Comparison of the femur DNA with DNA from Josef Mengele's son and wife revealed a bone genotype across 10 different loci fully compatible with paternity of Mengele's son. Less than 1 in 1800 Caucasian individuals unrelated to Mengele's son would by chance show full paternal inclusion. DNA analysis therefore provides very strong independent evidence that the remains exhumed from Brazil are indeed those of Josef Mengele.     

Brazilian population data on the polymerase chain reaction-based loci LDLR,GYPA, HBGG,D7S8, and Gc

Gene and genotype frequencies in relation to the low density lipoprotein receptor (LDLR), glycophorin A (GYPA), hemoglobin G gammaglobin (HBGG), D7S8, and group specific component (Gc) loci were determined in a sample of 344 unrelated individuals (250 whites and 94 mulattoes) living in the city of S?o Paulo, Brazil. DNA was extracted from 5 mL of peripheral blood obtained from each of the 344 volunteers by the salting-out procedure. Polymerase chain reaction and reverse dot-blot analysis were performed with the Amplitype PM PCR Amplification and Typing Kit (Polymarker Multiplex; Applied Biosystems, Foster City, CA) under conditions recommended by the manufacturer. Estimated allele frequencies in the white sample were in the usual range of that of other United States and European population groups. In any case, genotype distributions for these loci did not deviate significantly from Hardy-Weinberg equilibrium proportions. Only 1 marginally significant (0.01 < P < 0.05) association, between loci HBGG and Gc, was detected in our mulatto sample out of a total of 20 possible pairwise comparisons of the 5 loci for both data sets. Allele frequencies were significantly different (P < 0.001) at the HBGG and Gc loci when the white and mulatto samples were compared. Biologic relationship exclusion probabilities (test powers) were calculated for the data. A Brazilian database has thus been established for the loci LDLR, GYPA, HBGG, D7S8, and Gc, 5 polymerase chain reaction-based loci systems that have been shown to be a useful tool for biologic relationship identification and exclusion.     

Measurement of airborne gunshot particles in a ballistics laboratory by sector field inductively coupled plasma mass spectrometry

The present study aimed determines lead (Pb), antimony (Sb) and barium (Ba) as the major elements present in GSR in the environmental air of the Ballistics Laboratory of the S?o Paulo Criminalistics Institute (I.C.-S.P.), S?o Paulo, SP, Brazil. Micro environmental monitors (mini samplers) were located at selected places. The PM(2.5) fraction of this airborne was collected in, previously weighted filters, and analyzed by sector field inductively coupled plasma mass spectrometer (SF-HR-ICP-MS). The higher values of the airborne lead, antimony and barium, were found at the firing range (lead (Pb): 58.9 μg/m(3); barium (Ba): 6.9 μg/m(3); antimony (Sb): 7.3 μg/m(3)). The mean value of the airborne in this room during 6 monitored days was Pb: 23.1 μg/m(3); Ba: 2.2 μg/m(3); Sb: 1.5 μg/m(3). In the water tank room, the air did not show levels above the limits of concern. In general the airborne lead changed from day to day, but the barium and antimony remained constant. Despite of that, the obtained values suggest that the workers may be exposed to airborne lead concentration that can result in an unhealthy environment and could increase the risk of chronic intoxication.     

Assessment of methods of homicides in a Brazilian city: a preliminary study

Homicides in the city of Ribeir?o Preto, state of S?o Paulo, Brazil, were analyzed with regard to methods (firearms or others) and gender, in a retrospective study from 1993 to 1997. There was a progressive increase in the number of homicides, mainly after 1995, with an increment of 86.6% in 1997 in comparison to 1993. The incidence of homicides was higher among males, with firearms being the most common method in this group since 1993. In addition, a 10% increase in this method was observed since 1995, in association with a proportional reduction in the use of other methods. The incidence of homicides among females remained stable until 1996 and increased by 51.3% in 1997. Simultaneously, firearms have become the most common method among female victims (71.4%), pattern similar to that observed among males. Attention is drawn to the social and economic conditions and their relationships with drug traffic in the city.     

Skeletal remains of Dr. Eugenio Antonio Berríos Sagredo

It is often noted that even a well-designed osteological technique may not provide accurate results when applied to single forensic cases. Case studies are ideal to test if this concern is valid, and forensic anthropology is a testing ground for applying a population based standard to individual skeletal remains. Secondly, the increasing role anthropologists have played in forensic sciences has aided the medicolegal disciplines in a number of ways. For example, identification of skeletal remains is now more accurate than ever before. Many of these cases have brought perpetrators to court for justice.The purpose of this paper is to use osteological techniques to analyze skeletal remains and make a positive identification. The victim was found partially buried in the sand near El Pinar, Uruguay in 1995. The analysis indicated that the victim was a 45-year old, white, male who was about 170cm tall. Based on preliminary evidence that the victim might be Dr. Eugenio Antonio Berríos Sagredo, a digital superimposition was made using the victim's photograph and the unknown skull. This examination revealed that the skull corresponded consistently with the individual in the photograph. Results were supported by the fact that personal belongings, such as a medal and wrist watch, also pointed to the same individual. Dental records and radiographs when made available later also indicated the same identity. Dr. Berríos was accused of making nerve gas during the dictatorial regime of former Chilean President General Augusto Pinochet. It was also alleged that he made bombs that killed a Spanish diplomat in his laboratory and a Chilean diplomat in Washington, DC. Many complex techniques are often needed to make a positive identification and such was the case for this study. Because of the nature of anthropology as a holistic discipline, such complexity is an integral part of human biology and behavior and can be used successfully in the forensic sciences and medicolegal investigations.     

Brazilian judges in-between professionalism,gender and difference

This paper analyzes how Brazilian judges experience difference, focusing on how professionalism, gender, generation and diversity intersect in identity formation among women and men who are judges in the state of São Paulo, Brazil. In attempting to avoid attaching one fixed meaning to the concept of difference, we work with Avtar Brah's typology; this in turn enables us to capture how difference is perceived and experienced by our interviewees. Our results provide a look at how the specificities of the professionalization process influence the composition of the two courts we have studied (one at state and another at federal level), and how they increase or reduce the gender stratification within these careers. Being a judge is experienced through difference, in particular as the ‘Other' to those outside the career, and wherein identification is intersected by questions of gender, sexuality and generation. Although professionalism establishes boundaries between ‘us' and ‘them', it is also diluted through the ways in which the above-mentioned social markers and attributes permeate the self and professional groups. We interviewed 18 judges (women and men) from the São Paulo State Courts (Tribunal de Justiça de São Paulo) and 10 judges from the Regional Federal Courts (Tribunal Regional Federal) from the São Paulo circuit.     

Wilton Marion Krogman, Ph.D. (1903-1987): the end of an era

Dr. Wilton Marion Krogman was one of the major founders of physical and forensic anthropology in the United States. His extraordinary career spanned nearly six decades, and he was universally admired and respected for his scholarship, teaching, research, wit, and humanity. While studies based on human skeletal remains have long been used to assist the medicolegal system, the late Dr. Krogman can be credited with uniting these areas into the discipline of forensic anthropology. His "Guide to the Identification of Human Skeletal Material" (1939) in the F.B.I. Law Enforcement Bulletin became the foundation of this discipline; his monumental book The Human Skeleton in Forensic Medicine (updated with the author in 1986) solidified its establishment. The purpose of this paper is to pay tribute to this great man and outline his influence on the development and advancement of forensic anthropology.     

A Śaiva Interpretation of the Satkāryavāda: The Sāṃkhya Notion of Abhivyakti and Its Transformation in the Pratyabhijñā Treatise

It is a well-known fact that the ?aiva nondualistic philosopher Utpaladeva (fl. c. 925–975) adopted the Sā?khya principle according to which the effect must exist in some way before the operation of its cause (satkāryavāda). Johannes Bronkhorst has highlighted the paradox inherent in this appropriation: Utpaladeva is a staunch supporter of the satkāryavāda, but whereas Sā?khya authors consider it as a means of proving the existence of an unconscious matter, the ?aiva exploits it so as to establish his monistic idealism, in perfect contradiction with the Sā?khya dualism of matter and consciousness. How does Utpaladeva achieve this complete reversal of meaning of the satkāryavāda? The present article argues that the elliptical verses of the ī?varapratyabhijñākārikā dealing with this issue have been partly misunderstood so far due to the loss of Utpaladeva’s own detailed commentary (Vivr?ti) on this passage: Abhinavagupta’s two commentaries, however terse in this respect, clearly show that a crucial part of Utpaladeva’s reasoning remains implicit in the verses. The article therefore attempts to reconstruct the gist of Utpaladeva’s strategy by having recourse to various other ?aiva sources, including Somānanda’s ?ivadr???i and Utpaladeva’s own commentary thereon. This examination shows that Utpaladeva’s appropriation of the satkāryavāda rests on a profound transformation of the Sā?khya notions of manifestation (abhivyakti) and potentiality (?akti), and that his criticism of the Sā?khya understanding of causality might target the ?aiva dualists as well as Sā?khya authors.     

The Conviction of Dr. Crippen: New Forensic Findings in a Century‐Old Murder

Abstract: Dr. Hawley Crippen was accused and convicted of murdering his wife in London in 1910. Key to the conviction was microscopic analysis of remains found in the Crippen’s coal cellar, which were identified as Cora Crippen based on a scar she was said to have. Dr. Crippen was hanged, always proclaiming his innocence. In this study, genealogical research was used to locate maternal relatives of Cora Crippen, and their mitochondrial haplotypes were determined. Next, one of the pathology slides of the scar was obtained, DNA was isolated, and the haplotype was determined. That process was then repeated. Finally, both DNA isolates were assayed for repetitive elements on autosomes and repetitive elements specific to the Y chromosome. Based on the genealogical and mitochondrial DNA research, the tissue on the pathology slide used to convict Dr. Crippen was not that of Cora Crippen. Moreover, that tissue was male in origin.     

The gander disaster: dental identification in a military tragedy

The authors record the contributions of dentistry to the identification of victims of one of the most significant disasters in aviation and U.S. military history--the December 1985 crash of a DC-8 charter airliner near Gander, Newfoundland (now known as Newfoundland and Labrador), Canada, which killed 248 Army personnel and 8 crewmembers. Most of the dental records of the military victims were destroyed in the crash, and, as a result, this loss hampered dental identification. Nevertheless, dental identification was the primary means of identification for many because a very high percentage of the bodies were severely burned and fragmented. Many phases of the U.S. identification efforts have been reported, but the dental-investigation aspects have been mentioned only in passing. Therefore, this article documents the dental team's organization, methodology, and a variety of remarkable problems that the team encountered.     

The belated autopsy and identification of an eighteenth century naval hero--the saga of John Paul Jones

John Paul Jones, the "Father of the American Navy," is known for the battletime assertion that he had "not yet begun to fight." His central role in a triumph of scientific forensic identification more than a century after his death is less known. John Paul Jones died in 1792 and was buried in Paris, France. The location of his grave was lost over time and a search for his corpse began in 1899. Remains matching his physical characteristics and circumstance of burial were discovered in 1905 and returned to the United States for a hero's burial. Some questioned the identification at the time and the major source of identifying information has since been shown to contain false information. The published forensic literature fails to address existing critiques of the identification. We provide a substantive analysis and conclude that the available evidence supports the identification of the unknown remains as those of John Paul Jones.     

Profiling of volatile impurities in tetramethylenedisulfotetramine (TETS) for synthetic-route determination

In recent years, alcohol consumption has been considered an important public health problem. Ethanol, the alcohol used in beverages, is a drug that affects the central nervous system (CNS) and impairs driving skills and co-ordination, increasing risk of deaths and injuries derived from crashes and road accidents. Consumption of alcoholic beverages is implicated with premature deaths, injuries and damages caused by motor vehicle crashes, which result in high costs to government and society. Considering that alcohol consumption is the main responsible factor for deaths and disabilities in young people, the aim of this work was to evaluate the prevalence of blood alcohol in offenders and/or fatal and non-fatal victims of traffic occurrences in the region of Ribeir?o Preto, S?o Paulo State, from 2005 to 2007. The results revealed that in 2134 cases investigated, blood alcohol positivity was generally found in young adults, 25-45 years old and male. The study showed the high risk of drinking and driving and the importance in establishing actions of prevention and intervention to promote the reduction in the number of traffic occurrences related to consumption of alcoholic beverages.     

Victim of a dictatorial regime: identification of Mr. Roberto Gomensoro Josman

Forensic cases are ideal to test osteological techniques developed by physical anthropologists. Forensic anthropology is a scientific discipline that applies population-based standards to individual skeletal remains. Many complex techniques are used in an attempt to make a positive identification. Several of these techniques, specifically digital video superimposition and DNA, were used to identify the victim in this case. The purpose of this paper is to describe anthropological techniques used to identify the remains of an unknown person who was later identified as Mr. Roberto Gomensoro Josman, the victim of a Uruguayan dictatorial regime. Mr. Gomensoro Josman disappeared after authorities of the Uruguayan dictatorial government (1973-1984) arrested him. Six days later an unknown body was found floating in Lake Rincon del Bonete. The corpse was found tied with wire and weighted with three large stones used to keep the body submerged. An autopsy was performed and the body was buried as an unknown person in the grave identified as number 10936 of Tacuarembo Cemetery. On December 2002 the Peace and Justice Service asked the local judge to authorize the exhumation of the remains. The exhumed body was headless. An investigation revealed that the local medical examiner who had autopsied the remains on March 1973 had retained the victim's skull in his office. Osteological analysis indicated the victim was a white male in his 20s. Four good quality photographs of Mr. Gomensoro who was known to be missing were compared with the skull. To confirm the identification from the video a DNA analysis was carried out comparing the victim with relatives. DNA typing confirmed the results of the earlier identification.     

Ellis Kerley's service to the military.

The purpose of this paper is to present the contributions Ellis Kerley has made to the United States Department of Defense in the area of forensic anthropology. His service began at the end of the Korean War in the identification laboratory established in Kokura, Japan, under the direction of T.D. Stewart. Ellis developed his research on the quantification of cortical bone microstructure as a means of age estimation while at the Armed Forces Institute of Pathology. In December 1985, Ellis was asked by the Army to form a commission to evaluate the Central Identification Laboratory, HI (CILHI). This lab is tasked with the mission of search and recovery and identification of American personnel killed or listed as missing from past military conflicts. Ellis's team reviewed the identification process and documentation, the qualifications of lab personnel, the adequacy of facilities and equipment, and some questionable cases. Their written report was supplemented with testimony in front of congressional committees. Ellis served as scientific director of CILHI from 1987 until 1991. In addition to overseeing the daily case work, he led several missions to Vietnam to examine human remains and served as spokesman for the lab. His input helped the lab gain needed scientific credibility. Despite the frustrations of trying to identify human remains within the Army's casualty and memorial affairs system, Ellis always maintained the utmost dignity, compassion, and respect for the victims and their families.     

Typing of deoxyribonucleic acid (DNA) extracted from compact bone from human remains.

The application of deoxyribonucleic acid (DNA) typing methods for the potential identification of unknown human remains was investigated. DNA was isolated from compact bone tissue from badly decomposed bodies and from known and unknown human remains, using a decalcification and ion wash procedure. Restriction fragment length polymorphism (RFLP) analysis of variable number of tandem repeats (VNTR) loci yielded results in some cases, but more often the DNA was too degraded to produce RFLP patterns. No RFLP profiles could be obtained from putrefied soft tissues. However, DNA extracted from compact bone tissue of human remains up to eleven years old was successfully amplified using the polymerase chain reaction (PCR) for the VNTR loci D1S80, D17S5, COL2A1, and APO B, as well as the HLA-DQ alpha locus. This is especially significant, since PCR results were obtained from those samples whose DNA had been degraded substantially and had yielded no RFLP patterns. All DNA types determined from the compact bone tissue from decomposed bodies whose identification had been established first by other means (and whose parents or offspring were available for typing) demonstrated mendelian inheritance of the alleles of the loci analyzed. These results suggest that amplification and typing of DNA extracted from compact bone of human remains could be useful in establishing the identity of a person, as well as in excluding possible false identifications.     

Allele and genotype frequencies for D1S80 locus in a Brazilian population sample

Gene and genotype frequencies in relation to the D1S80 locus were determined in a sample of 197 unrelated individuals (144 Caucasians and 53 Mulattoes), living in the city of S?o Paulo, Brazil. The Mulatto group was composed by mixed individuals who presented at least one negroid physical characteristic or declared themselves to be of mixed (Black-White) ancestry. Nineteen different alleles were detected in the Caucasian sample and 15 among Mulattoes. Alleles 18 and 24 were found to be the most common ones in the Caucasian population with frequencies of 0.173 and 0.357 respectively; the sample heterozygote frequency was estimated in 0.824. Alleles 18, 24, and 28 were found to be the most common alleles among Mulattoes with respective frequencies of 0.150, 0.349, and 0.113; the sample heterozygote frequency was 0.759. Fifty-five different genotypes were detected among Brazilian Caucasians whereas the respective figure among Mulattoes was 31. No significant deviations from Hardy-Weinberg equilibrium were found in both population samples.     

Gene and genotype frequencies for HLA-DQA1 in Caucasians and Mulattoes in Brazil.

Gene and genotype frequencies of the HLA-DQA1 locus were determined in a sample of 197 unrelated individuals (144 Caucasians and 53 Mulattoes), living in the city of S?o Paulo, Brazil. The Mulatto group consisted of mixed individuals who presented at least one negroid physical characteristic or declared themselves to be of mixed ancestry. A total of six different alleles were identified with frequencies ranging from 0.087 to 0.316 in the Caucasian population and from 0.066 to 0.330 in the Mulatto population. We observed an increased frequency of allele 1.2 among Mulattoes in relation to Caucasians. The sample heterozygote frequency was 0.722 among Caucasians and 0.736 among Mullatoes. No significant deviations from Hardy-Weinberg equilibrium were found either in the Caucasian or in the Brazilian Mullato population samples.