Bruce M. Rothschild graduated from New Jersey College of Medicine.  He is a member of the Society of Vertebrate Paleontology, Fellow of the American College of Physicians, American College of Rheumatology and Society of Skeletal Radiology and elected to the International Skeletal Society.  He has been recognized for his work in Clinical Rheumatology and Skeletal Pathology where his special interests focus on diagnosis, clinical-anatomic-radiologic correlation, data-based paleopathology, evolution of inflammatory arthritis and infectious disease and origins of disease.  Dr. Rothschild is Professor of Medicine at IU Health and holds a Research Associateship at the Carnegie Museum. He has been Professor of Medicine at Northeast Ohio Medical University in Rootstown, Ohio, Adjuvant Professor of Anthropology at the University of Kansas and of Biomedical Engineering at The University of Akron, Ohio and Research Associate at the Biodiversity Institute of the University of Kansas and the Carnegie Museum of Natural History. He was the first director of the Rheumatology Division at The Chicago Medical School and a prime force behind the resurgence of data-based paleorheumatology and comparative osseous pathology. He has been a visiting Professor at universities in the US, Canada, the Caribbean, South America, Europe, the Middle East, South Africa, Asia and Australia and has been an invited lecturer at universities, hospital and museums throughout the world.  He has published over 1000 papers and abstracts, including authoritative papers on bone maturation, the origins of rheumatoid arthritis, spondyloarthropathy, syphilis, tuberculosis, character of bone changes in metastatic cancer, myeloma, leukemia, tuberculosis, fungal disease, renal disease, treponemal disease, rheumatoid arthritis, spondyloarthropathy, gout, calcium pyrophosphate deposition disease, hypertrophic osteoarthropathy, primate bone disease and critical thinking not limited to paleopathology.  He is the author of 7 books and has participated in 8 Discover Channel/BBC documentaries on origins of diseases and ancient reptiles.Dawid Surmik graduated from the University of Silesia in Katowice, Poland, where he pursuedhis entire academic career from B.Sc. to a doctorate, and where he currently works as anassistant professor and researcher. He is a vertebrate paleontologist by education with specialinterests in evolutionary biology, paleoecology, and taphonomy. He became interested inpaleopathology in 2016 when he accidentally identified an intriguing bone alteration in the fossilmaterial he was studying. Then he started collaborating with Professor Bruce M. Rothschild,who was his mentor in the field, and with whom he began collaborating on subsequent projects. In 2019, he received financial support from National Science Centre, Poland for the researchproject “;Osteopathologies in the fossil record as a vector of paleoecological andpaleoepidemiological information,” the frame in which he studied pathologies of Triassicmarine reptiles from Germanic Basin, terrestrial Triassic tetrapods from Krasiejów, Poland anddinosaur pathologies from Gobi Desert, Central Mongolia. Dawid believes that the prevalenceof diseases in animal populations sheds light on biosphere stress and is one of the most importantfactors influencing the survival of organisms in nature.  Traces of diseases in the fossilmaterial provide a deep and multilevel understanding of the processes governing the evolutionof life on Earth. In particular, he thinks that examination of the occurrence of cancer in variousextinct animals will expand our knowledge of the evolutionary biology of neoplasms. He is the author of several dozen publications including abstracts and scientific papers. He is thereviewer and editorial board member of several respected scientific magazines. He collaboratesclosely with several European research institutions, in particular with the University of Bonn,Germany, where he is an associate researcher.Filippo Bertozzo is a postdoc researcher at the Royal Belgian Institute of Natural Science in Brussel (Belgium). He studied in Italy, obtaining an undergrad diploma at the University of Bologna with extensive work on the ornithopod Ouranosaurus nigeriensis, and later a Master in Science at the Universität Bonn, Germany, with an analysis on the histology of pneumatic bones in sauropod dinosaurs.  He graduated at Queen’s University Belfast -under the Horizon 2020 Program of the Marie-Curie Foundation- in 2021. His doctoral dissertation was aimed to identify and diagnose paleopathologies in ornithopod dinosaurs from the Northern Hemisphere, incorporating the data into an epidemiological approach to understand pathological trends and patterns, especially in iguanodontian dinosaurs. He combines traditional analysis (osteology, histology) to 3D imaging techniques (microCT analysis and digitization) to decipher behavioral aspects from paleopathological trends.  He is a member of the Society of Vertebrate Paleontology, the Canadian Society of Vertebrate Paleontology, the Palaeontological Association, the Società Paleontologica Italiana and the European Association of Vertebrate Paleontologists. He is an associate researchwe of the Sociedade de Historia Natural in Torres Vedras, Portugal. He collaborated with the Natural History Museum in London (UK), the Royal Tyrrell Museum of Paleontology in Drumheller and the Royal Ontario Museum in Toronto (Canada). He participated in fieldwork in Spain, Portugal, Germany, US (Nevada, Wyoming),Canada (Alberta), far eastern Russia and Niger.

• Part 1. Scientific basis for paleopathology.- Chapter 1: Philosophy of Science.- Chapter 2: Osseous structures and their response repertoire.- Chapter 3: Documentation of preservation.- Chapter 4: Postmortem alterations of bone (Diagenic Changes) and their interpretation.- Chapter 5: Misconceptions and false trails.- Chapter 6: Diagnostic approach/techniques.- Part 2. Holistic analysis of pathology/diseases with significant skeletal impact.- Chapter 7:  Mechanically-derived phenomena.- Chapter 8: Inflammatory arthritis.- Chapter 9: Infectious disease.- Chapter 10: Hematologic.- Chapter 11:  Metabolic/Endocrine.- Chapter 12:  Vascular phenomena.- Chapter 13:  Bone neoplasia and skeletal dysplasias.- Chapter 14:  Cranial phenomena.- 15. Case Studies.

Bruce M. Rothschild graduated from New Jersey College of Medicine.  He is a member of the Society of Vertebrate Paleontology, Fellow of the American College of Physicians, American College of Rheumatology and Society of Skeletal Radiology and elected to the International Skeletal Society.  He has been recognized for his work in Clinical Rheumatology and Skeletal Pathology where his special interests focus on diagnosis, clinical-anatomic-radiologic correlation, data-based paleopathology, evolution of inflammatory arthritis and infectious disease and origins of disease.  Dr. Rothschild is Professor of Medicine at IU Health and holds a Research Associateship at the Carnegie Museum. He has been Professor of Medicine at Northeast Ohio Medical University in Rootstown, Ohio, Adjuvant Professor of Anthropology at the University of Kansas and of Biomedical Engineering at The University of Akron, Ohio and Research Associate at the Biodiversity Institute of the University of Kansas and the Carnegie Museum of Natural History. He was the first director of the Rheumatology Division at The Chicago Medical School and a prime force behind the resurgence of data-based paleorheumatology and comparative osseous pathology. He has been a visiting Professor at universities in the US, Canada, the Caribbean, South America, Europe, the Middle East, South Africa, Asia and Australia and has been an invited lecturer at universities, hospital and museums throughout the world.  He has published over 1000 papers and abstracts, including authoritative papers on bone maturation, the origins of rheumatoid arthritis, spondyloarthropathy, syphilis, tuberculosis, character of bone changes in metastatic cancer, myeloma, leukemia, tuberculosis, fungal disease, renal disease, treponemal disease, rheumatoid arthritis, spondyloarthropathy, gout, calcium pyrophosphate deposition disease, hypertrophic osteoarthropathy, primate bone disease and critical thinking not limited to paleopathology.  He is the author of 7 books and has participated in 8 Discover Channel/BBC documentaries on origins of diseases and ancient reptiles.Dawid Surmik graduated from the University of Silesia in Katowice, Poland, where he pursuedhis entire academic career from B.Sc. to a doctorate, and where he currently works as anassistant professor and researcher. He is a vertebrate paleontologist by education with specialinterests in evolutionary biology, paleoecology, and taphonomy. He became interested inpaleopathology in 2016 when he accidentally identified an intriguing bone alteration in the fossilmaterial he was studying. Then he started collaborating with Professor Bruce M. Rothschild,who was his mentor in the field, and with whom he began collaborating on subsequent projects. In 2019, he received financial support from National Science Centre, Poland for the researchproject “;Osteopathologies in the fossil record as a vector of paleoecological andpaleoepidemiological information,” the frame in which he studied pathologies of Triassicmarine reptiles from Germanic Basin, terrestrial Triassic tetrapods from Krasiejów, Poland anddinosaur pathologies from Gobi Desert, Central Mongolia. Dawid believes that the prevalenceof diseases in animal populations sheds light on biosphere stress and is one of the most importantfactors influencing the survival of organisms in nature.  Traces of diseases in the fossilmaterial provide a deep and multilevel understanding of the processes governing the evolutionof life on Earth. In particular, he thinks that examination of the occurrence of cancer in variousextinct animals will expand our knowledge of the evolutionary biology of neoplasms. He is the author of several dozen publications including abstracts and scientific papers. He is thereviewer and editorial board member of several respected scientific magazines. He collaboratesclosely with several European research institutions, in particular with the University of Bonn,Germany, where he is an associate researcher.Filippo Bertozzo is a postdoc researcher at the Royal Belgian Institute of Natural Science in Brussel (Belgium). He studied in Italy, obtaining an undergrad diploma at the University of Bologna with extensive work on the ornithopod Ouranosaurus nigeriensis, and later a Master in Science at the Universität Bonn, Germany, with an analysis on the histology of pneumatic bones in sauropod dinosaurs.  He graduated at Queen’s University Belfast -under the Horizon 2020 Program of the Marie-Curie Foundation- in 2021. His doctoral dissertation was aimed to identify and diagnose paleopathologies in ornithopod dinosaurs from the Northern Hemisphere, incorporating the data into an epidemiological approach to understand pathological trends and patterns, especially in iguanodontian dinosaurs. He combines traditional analysis (osteology, histology) to 3D imaging techniques (microCT analysis and digitization) to decipher behavioral aspects from paleopathological trends.  He is a member of the Society of Vertebrate Paleontology, the Canadian Society of Vertebrate Paleontology, the Palaeontological Association, the Società Paleontologica Italiana and the European Association of Vertebrate Paleontologists. He is an associate researchwe of the Sociedade de Historia Natural in Torres Vedras, Portugal. He collaborated with the Natural History Museum in London (UK), the Royal Tyrrell Museum of Paleontology in Drumheller and the Royal Ontario Museum in Toronto (Canada). He participated in fieldwork in Spain, Portugal, Germany, US (Nevada, Wyoming),Canada (Alberta), far eastern Russia and Niger.

• Part 1. Scientific basis for paleopathology.- Chapter 1: Philosophy of Science.- Chapter 2: Osseous structures and their response repertoire.- Chapter 3: Documentation of preservation.- Chapter 4: Postmortem alterations of bone (Diagenic Changes) and their interpretation.- Chapter 5: Misconceptions and false trails.- Chapter 6: Diagnostic approach/techniques.- Part 2. Holistic analysis of pathology/diseases with significant skeletal impact.- Chapter 7:  Mechanically-derived phenomena.- Chapter 8: Inflammatory arthritis.- Chapter 9: Infectious disease.- Chapter 10: Hematologic.- Chapter 11:  Metabolic/Endocrine.- Chapter 12:  Vascular phenomena.- Chapter 13:  Bone neoplasia and skeletal dysplasias.- Chapter 14:  Cranial phenomena.- 15. Case Studies.

Bruce M. Rothschild graduated from New Jersey College of Medicine.  He is a member of the Society of Vertebrate Paleontology, Fellow of the American College of Physicians, American College of Rheumatology and Society of Skeletal Radiology and elected to the International Skeletal Society.  He has been recognized for his work in Clinical Rheumatology and Skeletal Pathology where his special interests focus on diagnosis, clinical-anatomic-radiologic correlation, data-based paleopathology, evolution of inflammatory arthritis and infectious disease and origins of disease.  Dr. Rothschild is Professor of Medicine at IU Health and holds a Research Associateship at the Carnegie Museum. He has been Professor of Medicine at Northeast Ohio Medical University in Rootstown, Ohio, Adjuvant Professor of Anthropology at the University of Kansas and of Biomedical Engineering at The University of Akron, Ohio and Research Associate at the Biodiversity Institute of the University of Kansas and the Carnegie Museum of Natural History. He was the first director of the Rheumatology Division at The Chicago Medical School and a prime force behind the resurgence of data-based paleorheumatology and comparative osseous pathology. He has been a visiting Professor at universities in the US, Canada, the Caribbean, South America, Europe, the Middle East, South Africa, Asia and Australia and has been an invited lecturer at universities, hospital and museums throughout the world.  He has published over 1000 papers and abstracts, including authoritative papers on bone maturation, the origins of rheumatoid arthritis, spondyloarthropathy, syphilis, tuberculosis, character of bone changes in metastatic cancer, myeloma, leukemia, tuberculosis, fungal disease, renal disease, treponemal disease, rheumatoid arthritis, spondyloarthropathy, gout, calcium pyrophosphate deposition disease, hypertrophic osteoarthropathy, primate bone disease and critical thinking not limited to paleopathology.  He is the author of 7 books and has participated in 8 Discover Channel/BBC documentaries on origins of diseases and ancient reptiles.Dawid Surmik graduated from the University of Silesia in Katowice, Poland, where he pursuedhis entire academic career from B.Sc. to a doctorate, and where he currently works as anassistant professor and researcher. He is a vertebrate paleontologist by education with specialinterests in evolutionary biology, paleoecology, and taphonomy. He became interested inpaleopathology in 2016 when he accidentally identified an intriguing bone alteration in the fossilmaterial he was studying. Then he started collaborating with Professor Bruce M. Rothschild,who was his mentor in the field, and with whom he began collaborating on subsequent projects. In 2019, he received financial support from National Science Centre, Poland for the researchproject “;Osteopathologies in the fossil record as a vector of paleoecological andpaleoepidemiological information,” the frame in which he studied pathologies of Triassicmarine reptiles from Germanic Basin, terrestrial Triassic tetrapods from Krasiejów, Poland anddinosaur pathologies from Gobi Desert, Central Mongolia. Dawid believes that the prevalenceof diseases in animal populations sheds light on biosphere stress and is one of the most importantfactors influencing the survival of organisms in nature.  Traces of diseases in the fossilmaterial provide a deep and multilevel understanding of the processes governing the evolutionof life on Earth. In particular, he thinks that examination of the occurrence of cancer in variousextinct animals will expand our knowledge of the evolutionary biology of neoplasms. He is the author of several dozen publications including abstracts and scientific papers. He is thereviewer and editorial board member of several respected scientific magazines. He collaboratesclosely with several European research institutions, in particular with the University of Bonn,Germany, where he is an associate researcher.Filippo Bertozzo is a postdoc researcher at the Royal Belgian Institute of Natural Science in Brussel (Belgium). He studied in Italy, obtaining an undergrad diploma at the University of Bologna with extensive work on the ornithopod Ouranosaurus nigeriensis, and later a Master in Science at the Universität Bonn, Germany, with an analysis on the histology of pneumatic bones in sauropod dinosaurs.  He graduated at Queen’s University Belfast -under the Horizon 2020 Program of the Marie-Curie Foundation- in 2021. His doctoral dissertation was aimed to identify and diagnose paleopathologies in ornithopod dinosaurs from the Northern Hemisphere, incorporating the data into an epidemiological approach to understand pathological trends and patterns, especially in iguanodontian dinosaurs. He combines traditional analysis (osteology, histology) to 3D imaging techniques (microCT analysis and digitization) to decipher behavioral aspects from paleopathological trends.  He is a member of the Society of Vertebrate Paleontology, the Canadian Society of Vertebrate Paleontology, the Palaeontological Association, the Società Paleontologica Italiana and the European Association of Vertebrate Paleontologists. He is an associate researchwe of the Sociedade de Historia Natural in Torres Vedras, Portugal. He collaborated with the Natural History Museum in London (UK), the Royal Tyrrell Museum of Paleontology in Drumheller and the Royal Ontario Museum in Toronto (Canada). He participated in fieldwork in Spain, Portugal, Germany, US (Nevada, Wyoming),Canada (Alberta), far eastern Russia and Niger.

• Part 1. Scientific basis for paleopathology.- Chapter 1: Philosophy of Science.- Chapter 2: Osseous structures and their response repertoire.- Chapter 3: Documentation of preservation.- Chapter 4: Postmortem alterations of bone (Diagenic Changes) and their interpretation.- Chapter 5: Misconceptions and false trails.- Chapter 6: Diagnostic approach/techniques.- Part 2. Holistic analysis of pathology/diseases with significant skeletal impact.- Chapter 7:  Mechanically-derived phenomena.- Chapter 8: Inflammatory arthritis.- Chapter 9: Infectious disease.- Chapter 10: Hematologic.- Chapter 11:  Metabolic/Endocrine.- Chapter 12:  Vascular phenomena.- Chapter 13:  Bone neoplasia and skeletal dysplasias.- Chapter 14:  Cranial phenomena.- 15. Case Studies.