Results 181 to 190 of about 20,481 (222)
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Serum cholesterol of Malayan tree shrews
Primates, 1969Subspecific differences were found in total and esterified cholesterol of Malayan tree shrews. Thirty-twoT. glis sordida (Tioman Island) had mean levels of 73.4 mg% total cholesterol and 50.6 mg% esterified cholesterol. Mean levels of 57.3 mg% total cholesterol and 38.2 mg% cholesterol esters were found in 25T. g.
O. Elliot, M. Wong, C. E. Shearman
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Temperature regulation in the tree shrew Tupaia glis
Comparative Biochemistry and Physiology Part A: Physiology, 1974Abstract 1. 1. The mean day-night difference of body temperature in Tupaia glisis 5-1°C. 2. 2. The nocturnal standard metabolic rate is 0.76 ml O 2 /g per hr ± 0.07 (2 S.E.) at a mean body temperature of 37.0°C. 3. 3. The thermal neutral zone extends from near 30 to above 37°C. 4. 4.
S R, Bradley, J W, Hudson
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Nature, 1954
A COLONY of tree shrews, Tupaia glis (Diard), has been maintained at the University of Malaya for the past nineteen months, specimens having been obtained both from the Federation of Malaya and from Thailand. A total of fifty-five living animals has been received; the colony at the time of writing includes thirteen males and fourteen females.
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A COLONY of tree shrews, Tupaia glis (Diard), has been maintained at the University of Malaya for the past nineteen months, specimens having been obtained both from the Federation of Malaya and from Thailand. A total of fifty-five living animals has been received; the colony at the time of writing includes thirteen males and fourteen females.
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Müller glial cells of the tree shrew retina
Journal of Comparative Neurology, 1995AbstractThe tree shrew is one of the few mammalian species whose retinae are strongly cone dominated, which is usually the case in reptilian and avian retinae. Müller cells of the tree shrew (Tupaia belangeri) retina were studied by transmission electron microscopy of tissue sections and freeze‐fracture replicas, by immunolabeling of the intermediate ...
A, Reichenbach +5 more
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Cortical localization in the tree shrew (Tupaia)
Brain Research, 1970Abstract Somatic sensory-motor area I, somatic sensory-motor area II, somatic motor-sensory area I and the areas of visual and auditory response were identified in the cerebral neocortex of the primitive placental mammal, Tupaia. Representation accorded with the general schema found in other small placentals and did not approximate more closely the ...
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Establishment of brain ischemia model in tree shrew
Brain Research, 2019Tree shrew, as a kind of small and inexpensive animal between insectivores and primates with the general anatomy being similar to human, could be considered as developed animal model for brain ischemia (BI) study. However, there is no neural behavior scores criterion from tree shrew with BI up to now.To produce BI model of tree shrew, a novel ...
Yang-Yang, Wang +5 more
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Tree Shrew Herpesvirus: Pathogenicity and Latency
1984The study of the pathogenicity of different isolates of Tupaia herpesvirus in its indigenous host, marmosets, and rodents, revealed that intravenous administration of this virus led to the death of infected juvenile Tupaias only. The clinical picture was manifested by a generalized virus infection predominantly inflammatory, hemorrhagic, and with ...
G. Darai, H.-G. Koch
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Experimental myopia in tree shrews.
Ciba Foundation symposium, 1991When deprived of form vision during postnatal development, tree shrews reliably develop an axial myopia characterized by elongation of the vitreous chamber, zonular dysplasia and a slight reduction in lens weight and thickness. Corneal flattening has been observed in animals visually deprived by eyelid suture but is absent in animals visually deprived ...
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Tree Shrews: Unique Reproductive Mechanism of Systematic Importance
Science, 1966Tupaia offspring are maintained in a separate nest constructed by the male parent and are suckled by the female only once every 48 hours. The young are nevertheless able to maintain a constant external body temperature of 37°C.
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Interactive Tree Of Life (iTOL) v5: an online tool for phylogenetic tree display and annotation
Nucleic Acids Research, 2021Ivica Letunic, Peer Bork
exaly