N A Barnicot
Biographic Data
| ID | 84528 |
|---|---|
| NAME | N A Barnicot |
| GIVEN NAMES | N A |
| FAMILY NAME | Barnicot |
| SIGNATURE | BARNICOT N A |
| AFFILIATIONS | University College London |
| VERIFIED | No |
| TOTAL WORKS | 14 |
| TOTAL CITATIONS | 29 |
| AUTHOR COUNT | 14 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1953 |
| LATEST PUBLICATION YEAR | 2017 |
| H-INDEX | 3 |
Human nutrition: Evolutionary perspectives
The domestication of plants and animals initiated major changes in human ecology. The creation of novel micro-environments by human interference led in some cases to closer contact with disease vectors, such as mosquitoes carrying malaria or rats carrying plague-infected fleas. Turning to the fossils the most interesting in relation to human evolution are the Australopithecinae recovered from early Pleistocene deposits in South and East Africa. A…
Human nutrition: Evolutionary perspectives
Colour-blindness and sensitivity to PTC in Hadza
211 Hadza (Tanzania) males, including members of both western and eastern groups, were tested for red-green colour blindness with the Ishihara non-numeral plates. Three closely related individuals were considered to be protanopes. It is possible that they received the gene from an Isanzu ancestor. 118 individuals (both sexes) were tested for taste-deficiency to PTC using a single solution and a sorting test. 22% of the males and 27% of the female…
Protein variations and primatology
We summarize work based on electrophoretic screening for protein variation within and between primate species. We consider serum proteins—albumins, haptoglobins, transferrins—and red cell proteins—carbonic anhydrases, hemoglobins. Using hemoglobin, cytochrome‐c, and fibrinopeptides as examples, we discuss the value of using molecular data, i.e. protein structures, in evolutionary studies and in primatology
The Biology of Human Adaptability
The Human Skull: A Cultural History
Human Biology. An Introduction to Human Evolution, Variation and Growth
A survey of some genetical characters in Ethiopian tribes. III. Haptoglobins and transferrins
A survey of some genetical characters in Ethiopian tribes. Concluding discussion
A study of the bilaterality of human hair
Biology and Human Variation
British Association for the Advancement of Science, Sheffield, 1956: Symposium on Blood Groups and Anthropology
Human Pigmentation
A study of the Lewis, Kell, Lutheran and P blood group systems and the ABH secretion in West African Negroes
A study of the Lewis, Kell, Lutheran and P blood group systems and the ABH secretion in West African Negroes
Protein variations and primatology
We summarize work based on electrophoretic screening for protein variation within and between primate species. We consider serum proteins—albumins, haptoglobins, transferrins—and red cell proteins—carbonic anhydrases, hemoglobins. Using hemoglobin, cytochrome‐c, and fibrinopeptides as examples, we discuss the value of using molecular data, i.e. protein structures, in evolutionary studies and in primatology
The Biology of Human Adaptability
The Human Skull: A Cultural History
A study of the bilaterality of human hair
A survey of some genetical characters in Ethiopian tribes. III. Haptoglobins and transferrins
A survey of some genetical characters in Ethiopian tribes. Concluding discussion
Biology and Human Variation
A study of the Lewis, Kell, Lutheran and P blood group systems and the ABH secretion in West African Negroes
British Association for the Advancement of Science, Sheffield, 1956: Symposium on Blood Groups and Anthropology
Human Pigmentation
Biology and Human Variation
A study of the bilaterality of human hair
A survey of some genetical characters in Ethiopian tribes. III. Haptoglobins and transferrins
A survey of some genetical characters in Ethiopian tribes. Concluding discussion
Human Biology. An Introduction to Human Evolution, Variation and Growth
Protein variations and primatology
We summarize work based on electrophoretic screening for protein variation within and between primate species. We consider serum proteins—albumins, haptoglobins, transferrins—and red cell proteins—carbonic anhydrases, hemoglobins. Using hemoglobin, cytochrome‐c, and fibrinopeptides as examples, we discuss the value of using molecular data, i.e. protein structures, in evolutionary studies and in primatology
The Biology of Human Adaptability
The Human Skull: A Cultural History
Colour-blindness and sensitivity to PTC in Hadza
211 Hadza (Tanzania) males, including members of both western and eastern groups, were tested for red-green colour blindness with the Ishihara non-numeral plates. Three closely related individuals were considered to be protanopes. It is possible that they received the gene from an Isanzu ancestor. 118 individuals (both sexes) were tested for taste-deficiency to PTC using a single solution and a sorting test. 22% of the males and 27% of the female…
Human nutrition: Evolutionary perspectives
Human nutrition: Evolutionary perspectives
The domestication of plants and animals initiated major changes in human ecology. The creation of novel micro-environments by human interference led in some cases to closer contact with disease vectors, such as mosquitoes carrying malaria or rats carrying plague-infected fleas. Turning to the fossils the most interesting in relation to human evolution are the Australopithecinae recovered from early Pleistocene deposits in South and East Africa. A…
Biology (7 works) · Computer Science (4 works) · Evolutionary biology (4 works) · History (4 works) · Medicine (4 works) · Anthropology (3 works) · Blood groups and transfusion (3 works) · Citation (3 works) · Library science (3 works) · Nutrition, Genetics, and Disease (3 works)