Results 171 to 180 of about 3,874 (202)

Placental alkaline phosphatase in Hominidae

Nature, 1979
HUMAN placental alkaline phosphatase has several unique properties. It is stable to heating at 65 °C (ref. 1), is immunochemically distinct from the isoenzymes in other adult organs2,3, and has a large number of allelic variants4–6, with a ‘degree of heterozygosity’ much larger than that of any other human enzyme studied to date7.
G J, Doellgast, K, Benirschke
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Defining Hominidae [PDF]

, 2014
Jeffrey H. Schwartz
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Early Hominidae and Cranial Capacity

Nature, 1969
WOLPOFF1 has recently argued that the cranial capacity of the type specimen of Homo habilis2 from Olduvai Gorge, Tanzania (Olduvai hominid 7), is not sufficiently different from those of South African Australopithecus africanus to warrant placement in a separate species. He arrives at this conclusion by pooling the sets of observations from Olduvai and
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Toward a Life History of the Hominidae

Annual Review of Anthropology, 1995
Two new developments promise to greatly improve our ability to reconstruct the evolution of the human life cycle: 1. the introduction of the comparative methodology of life history into anthropology and 2. research on bone and dental development that reveals a world of life history preserved in the fossil record.
B. Holly Smith, Robert L. Tompkins
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Bone Smashing by Late Miocene Hominidae

Nature, 1968
Bones found in the Upper Miocene Fossil Beds of Fort Ternan, Kenya, show evidence of having been broken up by some kind of blunt instrument.
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Hominidae (Große Menschenaffen)

2003
Nach traditioneller Ansicht wurden die Namen „Pongidae“ und „Grose Menschenaffen“ als Synonyme behandelt und die afrikanischen Gattungen Pan (Schimpansen) und Gorilla (Gorillas) ebenso wie die asiatische Gattung Pongo (Orang-Utans) gemeinsam der Familie der „Pongidae“ zugeordnet.
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Character Displacement and the Evolution of the Hominidae

The American Naturalist, 1968
The hominids recovered from the early Pleistocene in Africa appear to constitute two distinct lineages. The first consists of gracile forms characterized by small cheek teeth and relatively large canines and incisors. All of these creatures have been assigned to the genus Homo (Robinson, 1967), and to this group may be referred Homo transvalensis from ...
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Secondary structure construction and molecular identification of rRNA 18S V4 region E23-5–E23-6 of parasitic lice of Hominidae

Acta Tropica, 2023
Zhao Yae
exaly  

Hominidae and Controversy: Review

The Geographical Journal, 1965
William Bishop, L. S. B. Leakey
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Note on the nomenclature of certain hominidae

American Journal of Physical Anthropology, 1951
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