Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0043167 (pertussis)
 19,595 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The Epidemiological Surveillance System of Navarra includes the notification of 34 transmissible infectious diseases, to which epidemic outbreaks of any aetiology and cause are added. In 2000, under the heading of diseases of respiratory transmission, 31,106 cases of flu were reported; 80% of total annual cases were reported in the first 6 weeks of the year, with a maximum in week 1 when 7,949 cases were reported. Twelve cases of meningococcal disease were reported to the system. Eight cases were confirmed microbiologically and appeared in a sporadic way. With respect to the causative serogroup, Neisseria meningitidis serogroup B was isolated on 5 occasions. On 2 occasions serogroup C was isolated, and serogroup Y was isolated on 1 occasion. By age groups, 5 cases were declared in infants of 2 years of age (Rate: 57.6 per 100,000), two cases in children between 2 and 4 years of age (14.7 per 100,000), one case in children between 5 and 9 years of age (3.5 per 100,000), two cases between 10 and 19 years of age (2.5 per 100,000) and the remaining 2 cases in persons aged 20 years or over (0.50 per 100,000). Twenty three cases of legionellosis were declared in 2000, all under the clinical form of pneumonia. These were isolated cases in persons of middle or advanced age. No indication was found of prior tourist trips to areas of high prevalence. In the majority of cases the origin was considered to be in the community, while one outbreak was identified as nosocomial. Similarly, there was a notable increase in the declaration of cases of hepatitis A, with 24 cases (EI: 2.00), pertussis, with 23 cases (EI: 1.64) and varicella, with 4,232 reported cases (EI: 1.86).
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PMID:[Surveillance report on Diseases of Compulsory Declaration (DCD) in Navarra. 2000]. 1287 1

To assess the causal association of autism with measles, mumps, and rubella (MMR) vaccine versus that with monovalent measles, mumps, and rubella immunization, a 1:2 sex-adjusted logistic regression analysis was conducted using data on subjects who were growing up in the Tokyo area between 1988 and 1992. When MMR immunization was used as a reference, monovalent measles immunization (odds ratio [OR] = 5.33, 99% confidence interval [CI]: 1.03-27.74), non-mumps immunization (OR = 8, 99%CI: 1.33-48.2), and non-rubella immunization (OR = 8.57, 99%CI: 1.30-56.4) with development of autistic spectrum disorders (ASD) were significantly increased. These results suggest a decreased risk of developing ASD with MMR compared to monovalent antigens. However, our findings may reflect potential selection bias due to requiring written consent, possible delayed vaccination in suspected autism cases, and small sample size (case = 21). For the case group and the control group, immunization completeness rate of each antigen, regardless of the timing of immunization, was 90.5% versus 100% in measles, 42.9% versus 78.6% in mumps (P < 0.01), 52.3% versus 83.3% in rubella (P < 0.01), 14.3% versus 45.2% in varicella (P < 0.01), 100% versus 90.5% in polio>2, 100% versus 97.6% in Diphtheria (D), pertussis, and tetanus (T)>3, 85.7% versus 66.7% in DT, 95.2% versus 92.9% in BCG, and 52.4% versus 81.0% in Japanese encephalitis>3 (P<0.01). Only two case subjects and four control subjects received their measles, mumps, and rubella immunizations separately, suggesting that few Japanese parents might have had concerns about the safety of MMR vaccine. A nation-wide study would be a practical measure to scientifically judge the safety of MMR and other routine childhood immunizations.
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PMID:An epidemiological study on Japanese autism concerning routine childhood immunization history. 1294 78

Vaccines against childhood diseases represent some of the most important applications of 20th-century pediatric research. This survey examines how the components of the current U.S. immunization schedule emerged in three phases during the course of the century. The first phase, after the development of bacterial culture techniques, witnessed numerous efforts in the early 1900s to develop bacterial vaccines. It proved most fruitful with respect to diphtheria, tetanus, and pertussis. The rise of viral tissue culture techniques in the 1950s brought about a second phase of innovation resulting in vaccines against polio, measles, mumps, rubella, and varicella. A third wave of innovation, still very much alive, has drawn on a variety of new technologies and led to vaccines against hepatitis B, Haemophilus influenzae type b, pneumococcus, and still other organisms. Although basic science research has thus been a primary factor shaping the history of vaccine development, the collaboration between the academic, private, and public sectors critical to its application has not always proceeded smoothly. The history of vaccine research and development has important implications for today, as a variety of factors threaten to fragment this network.
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PMID:Childhood vaccine development: an overview. 1463 Sep 81

The major role played by demographic stochasticity in determining the dynamics and persistence of childhood diseases, such as measles, chickenpox and pertussis, has long been realized. Techniques which can be used to estimate the magnitude of this stochastic effect are of clear importance. In this study, we assess and compare the use of two moment closure approximations to estimate the variability seen about the average behavior of stochastic models for the recurrent epidemics seen in childhood diseases. The performance of the approximations are assessed using analytic techniques available for the simplest epidemiological model and using numerical simulations in more complex settings. We also present epidemiologically important extensions of previous work, considering variability in the SEIR model and in situations for which there is seasonal variation in disease transmission. Important implications of stochastic effects for the dynamics of childhood diseases are highlighted, including serious deficiencies of deterministic descriptions of dynamical behavior.
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PMID:Estimating variability in models for recurrent epidemics: assessing the use of moment closure techniques. 1464 44

Adults receive several vaccinations related to occupational health. Travellers or immunocompromised people who are exposed to infections need some other vaccinations, too. People older than 65 receive influenza vaccine every year. Tetanus and poliomyelitis immunity should be maintained with a decennial injection following adult immunisation schedule but the application of this vaccine remains rather erratic. Diphtheria valence included in a recently licensed combined vaccine could be done together. Maintenance of immunity against "childhood infectious diseases" preventable with vaccinations is a new challenge; measles, rubella and pertussis occur now quite often in adults: the risk of complications is higher in these ages. Adults may even become the source of the contamination of youngers: many infants affected with whooping cough have contracted the disease from their own parents. The immunisation against these diseases should be prosecuted in adults. Related with the development of more efficacious new vaccines, the indications of pneumococcus, meningococcus or varicella vaccines should be defined in some populations of adults. Immunization policy of adults should be revised in order to continue the vaccination program of childhood. Some infections that may affect adults should be prevented by improving vaccine application. A real adult immunisation schedule and recommendations for populations at risk of preventable infections should be set up and their application reinforced.
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PMID:[Adult immunization]. 1514 78

French immunisation schedule recommends tetanus and poliomyelitis vaccine every 10 years and influenza every year after the age of 65. Several other vaccinations related to occupational health are implemented. Travellers or immunocompromised people who could be exposed to infections need some other vaccinations, too. Pneumoccocal vaccine coverage is insufficient. Reinforcing diphteria immunization is considered, using a recently licensed combined vaccine. Maintenance of immunity against "childhood infectious diseases" preventable with vaccinations is a new challenge; measles, rubella and pertussis occur now quite often in adults: the risk of complications is higher in these ages (measles), or expose to specific risk (rubella in pregnant women); adults may even become the source of the contamination of younger people (many infants affected with whooping cough have contracted the disease from their own parents). The immunisation against these diseases should be prosecuted in adults. Related with the development of more efficacious new vaccines, the indications of pneumococcus, meningococcus or varicella vaccines should be defined in some populations of adults. Immunization policy of adults should be revised in order to continue the vaccination program of childhood. Some infections that may affect adults should be prevented by improving vaccine application. A real adult immunisation schedule and recommendations should be set up towards populations at risk of preventable infections. The implementation of these recommendations should be reinforced.
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PMID:[Adult immunization in France: an update]. 1517 7

Multiple sclerosis has been hypothesized to be the result from an aberrant immune response possibly triggered by delayed exposure to a common childhood infection. Because the vast majority of previous studies testing this hypothesis have been based on a history of childhood infections recalled years to decades later in adulthood, we investigated whether age at six common childhood infections was associated with risk of multiple sclerosis, using information recalled in the childhood of a historical cohort of school children in Denmark. Cases included all individuals with multiple sclerosis in the country born between 1940 and 1975, who had attended school in the capital, Copenhagen. Controls were age- and sex-matched peers. School health records were obtained for all subjects. The records contained information on measles, pertussis, scarlet fever, birth order, sibship size, social class of the father, school years, and name of school and attended school classes for children born since 1940 (n(cases) = 455, n(controls) = 1801). For children born since 1950, the records also contained information on rubella, varicella and mumps (n(cases) = 182, n(controls) = 690). Neither age at infection with measles, rubella, varicella, mumps, pertussis and scarlet fever (upper age limit, 14 years) nor the cumulative number of these infections between the ages of 10 and 14 years was associated with the risk of multiple sclerosis. In addition, the risk of multiple sclerosis was not associated with birth order or social class. No clustering of multiple sclerosis in school classes was observed. Our findings suggest that measles, rubella, mumps, varicella, pertussis and scarlet fever, even if acquired late in childhood, are not associated with increased risk of multiple sclerosis later in life.
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PMID:Childhood infections and risk of multiple sclerosis. 1537 Dec 88

Despite the success of childhood vaccinations in Europe, many infectious diseases pose a threat to adults, particularly because immunity induced by vaccination is not life long in some cases. This paper presents the rationale for adult boosters for diphtheria, hepatitis B, pertussis, poliomyelitis and tetanus. Moreover indication for adult-vaccinations against measles, mumps, German measles and varicella is discussed, as a significant part of the population in Germany is susceptible or without known immunity/vaccination history. Finally, immunisation of the elderly against infections with influenza-virus and S. pneumoniae will be described.
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PMID:[Vaccinations in adults--who? when? why?]. 1565 80

The purpose of this report is to provide further information about vaccine information statements (VISs) that are revolutionary but neglected educational advances in the United States. Because the use of VISs is mandated by the Federal Government in every individual being immunized, it is the goal of this report to further awaken health professionals and society to the mandatory use of these superb educational statements. With the passage of the National Childhood Vaccine Injury Act of 1986, the Federal Government required that VISs would be given to all vaccine recipients. As of September 2001, the VISs that must be used are diphtheria, tetanus, pertussis, (DTaP); diphtheria, tetanus (Td); measles, mumps, rubella (MMR); polio (IPV); hepatitis B; Haemophilus influenzae type b (Hib); varicella; and pneumococcal conjugate. Copies of the VISs are available at www.cdc.gov/nip/publications/VIS. The National Childhood Vaccine Injury Act of 1986 mandated that all health care providers report certain adverse events that occur following vaccination. As a result, the Vaccine Adverse Events Reporting System (VAERS) was established by the FDA and the Centers for Disease Control and Prevention (CDC) in 1990. In order to reduce the liability of manufacturers and healthcare providers, the National Childhood Vaccine Injury Act of 1986 established the National Vaccine Injury Compensation Program (NVICP). This program is intended to compensate those individuals who have been injured by vaccines on a no-fault basis. While the use of VISs has been mandated since 1996, a national survey of private practice office settings has revealed that many immunized patients do not receive the VISs. When these forms were used, physicians rarely initiated discussions regarding contraindications to immunizations or the National Vaccine Injury Compensation Program. Fortunately, the state boards of medical examiners, like the one in Oregon, are taking a strong stand for the use of VISs, with the warning that failure to use a VIS may result in disciplinary action. Our nation and practicing physicians must be awakened to the importance of the use of VISs to ensure that every vaccinated individual receives this statement at the time of vaccination.
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PMID:Vaccine information statements. Revolutionary but neglected educational advances in healthcare in the United States. 1571 20

To evaluate protection against vaccine-preventable diseases in medical students, we obtained data on immunization status and history of diphtheria, tetanus, pertussis, poliomyelitis, measles, mumps, rubella, varicella and hepatitis B from students with elective periods in our institution. Further, serum antibodies against measles, mumps, rubella and varicella-zoster virus (VZV) and hepatitis B surface (HBs) antigen were determined on a voluntary basis. For students with incomplete immunization status or lack of protective antibodies, vaccination was offered for free. Success of catch-up immunizations was serologically confirmed 4 weeks later. From May 1999 to April 2003, 170 students were enrolled; their mean age was 26 years with a median of 25 years (range 22-48 years). Immunization records were complete in 148 (87%), incomplete in 11 (6.5%) and missing in 11 (6.5%) students. Only 26% of the cohort had a complete and up-to-date immunization status. Seroprevalence of IgG antibodies against measles, mumps, rubella, VZV and HBs (> or = 10 IU/l) in 149 students were 85, 85, 92, 97 and 90%, respectively. Indications for > or = 1 catch-up immunization were found in 125 (74%) students and were accepted by 97 of them (78%). Sixty two (99%) of 63 immunized students available for follow-up demonstrated an adequate serological response. In conclusion, the great majority of medical students had immunization gaps. Systematic immunization programmes for medical students should be implemented.
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PMID:Seroprevalence and immunization history of selected vaccine preventable diseases in medical students. 1573 76


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