Results 221 to 230 of about 290,643 (260)
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2007
Because of the ability of Cryptosporidium species to infect humans and a wide variety of animals, and because of the ubiquitous presence of cryptosporidium oocysis in the environment, humans can acquire Cryptosporidium infections through several transmission routes Hunter and Nichols, 2002; Chapter 4). These include direct person-to-person or animal-to-
Xiao, L., Ryan, U.
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Because of the ability of Cryptosporidium species to infect humans and a wide variety of animals, and because of the ubiquitous presence of cryptosporidium oocysis in the environment, humans can acquire Cryptosporidium infections through several transmission routes Hunter and Nichols, 2002; Chapter 4). These include direct person-to-person or animal-to-
Xiao, L., Ryan, U.
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The molecular epidemiology of parasites
Experientia, 1991The explosion of new techniques, made available by the rapid advance in molecular biology, has provided a battery of novel approaches and technology which can be applied to more practical issues such as the epidemiology of parasites. In this review, we discuss the ways in which this new field of molecular epidemiology has contributed to and ...
G, Hide, A, Tait
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Molecular epidemiology of giardiasis
Molecular and Biochemical Parasitology, 2008Giardia duodenalis is a widespread parasite of mammalian species, including humans. Due to its invariant morphology, investigation on aspects such as host specificity and transmission patterns requires a direct genetic characterization of cysts/trophozoites from host samples.
Cacciò, S.M., Ryan, U.
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Molecular epidemiology of atherosclerosis
The FASEB Journal, 1997It has been hypothesized that mutational events may be involved in the atherogenetic process and that at least a portion of atherosclerotic plaques may develop according to an initiation‐promotion process of arterial smooth muscle cells, akin to benign tumors.
DE FLORA, SILVIO +5 more
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Molecular epidemiology of polioviruses
Seminars in Virology, 1995Abstract A worldwide effort is underway to eradicate poliomyelitis bythe year 2000. Surveillance for wild poliovirus circulation is crucial to this effort. The use of molecular epidemiologic methods has enhanced the precision and reliability of poliovirus surveillance.
Kew, OM +4 more
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Molecular Epidemiology of Preeclampsia
Obstetrical & Gynecological Survey, 2003Numerous articles have been published that address the possible genetic influences on the development of preeclampsia (PE). However, to our knowledge, a complete review of the results has not yet been completed. We undertook a MEDLINE search to identify English-language articles published after January 1, 1990 that examined the possible role of ...
Melissa L, Wilson +3 more
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Molecular Epidemiology of Glioblastoma
The Cancer Journal, 2003Glioblastoma (GBM) is the most important primary brain tumor, both in terms of its incidence and its devastating impact on the unfortunate patients who have it. Although several well-defined hereditary syndromes predispose to malignant gliomas, most cases occur in the absence of a such a syndrome.
Kenneth D, Aldape +3 more
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The molecular epidemiology of malaria
Tropical Medicine & International Health, 2002SummaryThis review discusses how the use of molecular genetic techniques such as the polymerase chain reaction are helping in the management and prevention of malaria.
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Molecular epidemiology of tuberculosis
Enfermedades infecciosas y microbiologia clinica (English ed.), 2018The application of genotyping tools allowed us to discriminate between the Mycobacterium tuberculosis isolates obtained in the laboratory. The differentiation between single strains opened the door to molecular epidemiology studies, which had helped us to progress in our knowledge of how this pathogen is transmitted in the progressively more complex ...
Pere, Coll, Darío, García de Viedma
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Molecular Epidemiology of Polioviruses
Clinical Infectious Diseases, 1984Poliovirus isolates can be identified according to their genotypes with use of the technique of oligonucleotide fingerprinting. Fingerprint analysis is performed by cleaving the viral RNA genome with ribonuclease T1 and separating the fragments (oligonucleotides) in two dimensions.
O M, Kew, B K, Nottay
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