Primate skeletal collections are not very common

Slides:



Advertisements
Similar presentations
How Much Feedback Can We Get?. Pavel Kurfürst Institute of Foreign Languages Palacký University in Olomouc, Czech Republic.
Advertisements

Herbaria and Database Systems Michael G. Simpson.
Penguin Personality: Rating Agreement Between Familiar and Unfamiliar Observers Jennifer Currier.
I was born in Moscow. This city is the capitol of Russia. Russia is a huge country.It is between Europe and Asia. My country has an old and long history,
BRAZIL’S MAIN REGULATION ON BIODIVERSITY AND ACCESS TO ASSOCIATE TRADICIONAL KNOWLEDGE AND TO GENETIC HERITAGE Main regulation: Provisional Measure /2000.
:06:21.
Mastodon Matrix Lab Research Partnership with The Paleontological Research Institution Images used with permission from the Paleontological Research Institution.
Philadelphia PA Central Location Located in Center City Philadelphia – The City of Our Founding Fathers Convenient to: – Public.
Apes Understanding Humans 10 th Ed., p. 140 Prehistoric Cultures Tim Roufs’ section ©
International Student Exchange What is Exchange? Benefits of taking Part in the Exchange Program? Who is offering this? Three levels: University Faculty.
Collections Management KE EMu Spatial Technologies Turning information into knowledge.
OpenUp! mobilised data overview / Benefits and possibilities for content providers Mgr. Jiří Frank National Museum Prague, Czech Republic.
Anita E. Kunz, OC (born 1956) is a Canadian-born artist and illustrator. Kunz has lived in London, New York and Toronto, contributing to magazines and.
Museums Around The World Grade 8 E.D’Alessandro What is a Museum  A public institution for preserving and interpreting evidence of humans and their.
Hello everybody! I want to tell you about the museum of Nature in Latvia. This is one of the oldest museums in Latvia, it is also one of the largest museums.
San Diego Museum of Art 1405 BALBOA PARK, SAN DIEGO, CALIFORNIA COMPUTER ARTS WILLIAM KUHELELOA 10/25/14.
Anthropology 513 Method and Theory in Biological Anthropology Spring 2013 What is Biological Anthropology? Today the field of biological anthropology includes.
FALL TRIP TO AMERICA Monday, September 28 Depart for the United States Depart from Germany for New York City-JFK International Airport. Arrive at JFK at.
Amsterdam. Amsterdam is the capital and largest city of Netherlands. Population -743, 400 people Area -219 km ² Amsterdam is located in the north- west.
Natural History Collections. Types of Natural History Collections Natural History Museums – Plants – Animals Skeletons Preserved – Fossils – Anthropology.
Aspects for Improving the ABBI Patricia Escalante Instituto de Biología UNAM AOU-Collections Committee member.
Biscayne National Park Bio Blitz April 30, What are curatorial requirements? Curatorial requirements are those actions which researchers who collect.
Forensic Anthropology What is it all about?. Forensic Anthropology When all that is left is a pile of bones, that's when the police know to call in a.
Migration patterns and immigrant characteristics in north-western Europe Helga A.G. de Valk Geneva September 2011.
10 years of anthropological case work based in New South Wales Denise Donlon Department of Anatomy and Histology, & Department of Forensic Medicine University.
School: Estadual Vicente de Fontes Teacher: José Rosamilton de Lima Grade: 2nd Students: Samara Nune, Márcia Luana e Júlia Maia José da Penha – RN 2013.
Effects of Stress and Social Rank on Linear Enamel Hypoplasia in Chimpanzees (Pan troglodytes) Alanna M. Dillon Department of Biological Sciences, York.
Zoologist Agricultural Careers By: Dr. Frank Flanders and Asha Wise Georgia Agricultural Education Curriculum Office Georgia Department of Education April.
GREENING THE SCHOOLS AND THEIR COMMUNITIES: STRATEGIES AND GOOD PRACTICES FROM THE ACADEME “ THE WEST VISAYAS STATE UNIVERSITY EXPERIENCE” CRISANTO S.
Washington DC
THE PRESENT STATE OF THE DIGITALIZATION IN DEMOCRATIC REPUBLIC OF CONGO CASE OF THE HERBARIUM OF LWIRO. By: 1 Mwanga Mwanga Ithe, 1 Wabika Dumbo, 2 Franck.
Dr. Patricia Mergen Biology Department Head of the Cyber-taxonomy and Biodiversity Information Unit Royal Museum For Central Africa (RMCA) Federal Scientific.
NEW YORK All you need to know about this city By: Serena and Paz.
The Biodiversity Heritage Library (BHL-Europe) Towards a global library of life Patrick Grootaert Royal Belgian Institute of Natural Sciences IXth European.
Collections Management A superior collections management system for the world’s largest: Museums Art Galleries Historical Societies Herbaria Botanic Gardens.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Warsaw University of Technology history since 1826 students academic staff2 500 other personnel faculties Warsaw University of Technology.
Исполнитель: Крюкова Алина Алексеевна, студентка 1 курса Специальность : «Сестринское дело» Руководитель Мартынова Наталья Павловна, преподаватель английского.
Welcome to the Museum.
CIDOC2016 Exhibition and Performance Documentation Working Group
QUANTITATIVE ANALYSIS OF THE MUSCLES OF THE ROTATOR CUFF IN DIFFERENT ORTHOGRADE AND PRONOGRADE PRIMATE SPECIES: ADAPTATIONS TO DIFFERENT TYPES OF LOCOMOTION.
How one man’s observations and ideas helped to change the world
What is Anthropology? Anthropology is the broad study of humankind around the world and throughout time.  It is concerned with both the biological and.
Primate skeletal collections are not very common
RESULTS and DISCUSSION
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
The Art Of LIU MAOSHAN.
Academic Appointments
PHYSICAL/BIOLOGICAL ANTHROPOLOGY
Clades and Classes.
American History Chapter 7 Sections 1,2 and 3.
Lectures in Plant Taxonomy
Occupy Wall Street global demonstrations
Chapter One What is Anthropology?
Physical Anthropology
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Birmingham.
Unusual animals.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Dr. Patricia Mergen Biology Department
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
ALCE Ireland Supported by the Spanish Department of Education-Spanish Embassy in Ireland in collaboration with the Council of.
Practical of Histopathology
What is Euthanasia? TYPES EUTHANASIA Euthanasia is classified into four types : Voluntary Active Euthanasia Passive Euthanasia Voluntary Non- voluntary.
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Biotechnology Training & Researching in University of Natural Science
Instructions Upon opening the file, if you see a RED X on the last slide, click the OPTIONS box on your security warning and select ENABLE THIS CONTENT.
Presentation transcript:

Primate skeletal collections are not very common Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel, Zurich), Germany (Zoologisches Museum A. Humboldt, Berlín), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum of Natural History, Washington; American Museum of Natural History, New York). In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from $Microcebus£ to $Gorilla£. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of $Gorilla£, $Pongo£, $Pan£ and $Hylobates£ have already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. THE PRIMATE SKELETAL COLLECTION CURATED AT THE UNIVERSIDAD DE VALLADOLID (SPAIN): A RESEARCH RESOURCE Pastor, J.F., Gutiérrez, B, Barbosa, M, San José, I., De Paz, F.J. Museo Anatómico. Departamento de Anatomía y Radiología. Universidad de Valladolid (Spain) juanpas@med.uva.es Primate skeletal collections are not very common. The most important in terms of species representation and number of specimens are located in Switzerland (Anthropology Department, Universität Zurich-Irchel. Zurich), Belgium (Musée Royale de l´Afrique Centrale, Tervuren, Bruxelles), Germany (Zoologisches Museum A. Humboldt, Berlin), Netherlands (Rijksmuseum van Natuulijke Historie, Leiden), England (Natural History Museum, London) and USA (National Museum at the Smithsonian Institution, Washington; American Museum of Natural History, New York) In Spain, the largest and most diverse collection of primate skeletons is curated at the Anatomical Museum, Faculty of Medicine, University of Valladolid. This Museum dates back to 1861, but the preparation of animal skeletons begun in 1986. Specimens come from zoological parks, rescue centers, transfer of animals confiscated in customs and exchange with other research institutions. Currently, the section of primates is composed of 801 specimens covering 132 species, from Microcebus to Gorilla. Sex and provenience is known for all specimens, who are classified into four age groups: fetuses, juveniles, immatures and adults. Before skeletization, specimens that arrive in a good state of preservation are frozen in order to carry out dissection of the muscular system, and musculo-skeletal atlas of Gorilla, Pongo, Pan and Hylobateshave already been published. Species diversity and sample sizes offer potential research in diverse areas of primatology, and since most are specimens from captivity, a high frequency of degenerative conditions is observed, which makes the collection a valuable resource for pathology and gerontology. With a policy of free access to the collection to applicant researchers, the number of visiting scholars has increased considerably in recent years. Monkey skulls show in the Anatomical Musum of University of Valladolid Pan troglodytes (2,5 years old) Saguinus labiatus (Identification label) Lemur catta Gorilla gorilla (new born) CT (Reconstruction 3D) Pan troglodytes CT (Sagital seccion, reconstrucction 3D) Cebus apella V Congress of the European Association of Primatologist. September 10 al 13, 2013. Antwerpen (Belgium)