[THE CONSTITUENT ELEMENTS OF BIOLOGICAL TERRAINS AND NATURAL IMMUNITY].
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Animals↗
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[EFFECT OF PROLONGED ADMINISTRATION OF SMALL DOSES OF CALCIUM-45 ON SOME INDICES OF NATURAL IMMUNITY].
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Calcium↗
[INFLUENCE OF EXPOSURE TO ETHYLENE OXIDE VAPORS ON POWERS OF NATURAL IMMUNITY].
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Ethylene Oxide↗
Studies on the development of natural immunity to poliomyelitis in Louisiana. VI. The incidence of poliovirus infections during 1958 as an indication of the effect of Salk-type vaccine on virus dissemination.
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Humans↗
Acquired natural immunity following recovery from keratoconjunctivitis shigellosa.
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Adaptive Immunity↗
[Effect of small doses of polonium on the intestinal microflora and on some indices of natural immunity in dogs. III].
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Animals↗
A natural immune system in pregnancy serum lethal to human neuroblastoma cells: a possible mechanism of spontaneous regression.
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Animals↗
[Bilirubinemia: defensive mechanism in natural immunity, infections and rheumatic diseases].
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Bilirubin↗
[Behavior of some expressions of natural immunity during acute poisoning with a nitrogen mustard (dichlorodiethylmethylamine)].
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Humans↗
[Behavior of some expressions of natural immunity during chronic poisoning with a nitrogen mustard (dichlorodiethylmethylamine). I. Complement power of serum].
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Chronic Disease↗
[Behavior of some expressions of natural immunity during chronic poisoning with a nitrogen mustard (dichlorodiethylmethylamine). II. Bactericide power of whole blood].
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Anti-Bacterial Agents↗
[Behavior of some expressions of natural immunity during chronic poisoning with a nitrogen mustard (dichlorodiethylmethylamine). III. Lysozyme activity of serum].
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Chronic Disease↗
[Natural immunity].
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Anti-Bacterial Agents↗
Neutrotropic virus diseases, with special reference to natural immunity and artificial immunization poliomyelitis.
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Immunity, Innate↗
[Insulin-resistance due to natural immunity; demonstration of anti-insulin factors in the blood with antibody characteristics].
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Antibodies↗
Microbial diseases and natural immunity in insects.
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Animals↗
[Natural immunity to snake venom, the venom of the Vipera ammodytes and the supposed protective action of the bile of the Erinaceous europeaus meridionalis].
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Animals↗
Epidemiology of malaria transmission and development of natural immunity in a malaria-endemic village, San Dulakudar, in Orissa state, India.
We describe the epidemiology of malaria in San Dulakudar, a village in Sundargarh District in the state of Orissa in eastern India. Malaria transmission is perennial with Plasmodium falciparum, accounting for greater than 80% of malaria cases. Transmission intensity varies with season with high transmission after the monsoon rains in autumn and winter, low transmission in summer, and intermediate transmission in spring. The anthropophagic mosquito Anopheles fluviatilis was identified as the main vector for malaria transmission. Based on observations of spleen rates and supported by data on malaria parasite prevalence and malaria incidence, San Dulakudar can be classified as a hyperendemic area for P. falciparum malaria. Parasite prevalence and malaria incidence rates decrease with age, suggesting that residents of San Dulakudar develop immunity to malaria. The study demonstrates the presence of regions in the Indian subcontinent such as Sundargarh District where P. falciparum is the primary cause of malaria and where malaria transmission rates are comparable to those found in many parts of Africa.
Adolescent↗