No abstract available.
Exercise Test*

No abstract available.
Exercise Test*

No abstract available.
Exercise Test*

Cervical cancer is the seventh most common cancer among women in Iraq. This study aimed to assess the factors influencing Pap smear practice among married primary school teachers in Diyala City, Iraq. A total of 222 teachers (aged 20 years to 63 years) residing in Diyala City were enrolled in a cross sectional study from 1st August till 30th September 2012. The sampling method was a self-administered survey using a multistage sampling technique. The prevalence of Pap smear practice was very low (12.6%). Relatives and friends were the main source of information about the Pap smear test for more than one third (41.9%) of the respondents. However, the medical doctor’s advice was the most important reason for undergoing a Pap smear test in more than two third (60.7%) of respondents. Only 32.4% of the teachers have good knowledge about cervical cancer and Pap smear test, but 76.1% of them showed a positive attitude toward learning about cervical cancer and Pap smear. Based on multiple logistic regression analysis results only the husband’s encouragement (p= 0.003, prevalence odds ratio [POR] = 0.256, 95%CI 0.10-0.63) was significantly associated with Pap smear practice. A more effective educational program is needed to educate Iraqi women about cervical cancer and screening tests, including Pap smear.
Papanicolaou Test

Tuberculin Test

Introduction: Performance on cardiopulmonary exercise test (CPET) is influenced by genetic, racial and environmental factors. It is important to establish a set of reference values for the Filipino population. This study aimed to establish the maximum working capacity, peak oxygen uptake (VO2), peak carbon dioxide output (VCO2), tidal volume (TV) for normal Filipinos during exercise; determine the median perceived rate of exertion using the Borg Scale; and derive prediction equation models for maximum working capacity, peak VO2, peak VCO2 and maximum attained TV. Methods: The maximal cardiopulmonary responses were analyzed for 118 healthy sedentary adult Filipino subjects who underwent CPET using a symptom limited incremental progressive cycle ergometer driven protocol. A Vista MiniCPX Model 17670 was used. Models for predicting VO2 max, VCO2 peak, TV peak, and work max were derived with height, weight, age and sex being screened for significance as predictors. Linear and non-linear regression analyses were done. Results: The maximum working capacity for males was 154.21+26.6 watts and 93.02+15.57 watts for females while the peak VO2 for males was 4.90+3.11 and 4.56 2.41 liters/ minute for females. The predictive formulae derived from this study for maximum work capacity, peak VO2, VCO2 and tidal volume had acceptable correlation coefficients and performed as well as other published predictive equations based on Caucasian and Asian populations. Discussion: Differences between races as to performance in exercise testing was confirmed in this study so that it is worthwhile to utilize predictive equations specific for a certain racial population in the accurate interpretation of results. Performance in an exercise test also depends on the exercise protocol used so that the predictive equations in this study can be used only for exercise tests using a similar protocol. Conclusion Cardiopulmonary exercise testing was performed on a community based, healthy, sedentary Filipino population using a standard maximal incremental cycle ergometry protocol. Predictive equation models were derived for Maximum Working Capacity (r2=0.728), peak VO2 (r2= 0.123), peak VCO2 (r2=0.648), and TV (r2=0.579). The derived predictive formulae performed as well as other published predictive equations.
Exercise Test

No abstract available.
Exercise Test* ; Rehabilitation*

The cardiopulmonary exercise testing (CPET) is one important clinical functional testing method, which linked to all functions of respiratory, circulatory, metabolic and neurohumoral etc. The most important parameter of CPET is oxygen uptake which can reflect the core oxygen metabolic information of the human being's holistic integrative physiology. We explain why the CPET interpretation needs new philosophy of holistic integrative physiology and medicine. CPET is a unique holistic, objective, quantitative scientific evaluation skill of human function to distinguish health, sub-health and dieases, It can help us to make optimal recommendations for prevention, diagnosis and differential diagnosis, treatment evaluation, exercise rehabilitation and prognosis of many clinical diseases. However, in order to so, we needs pre-qualified and calibrated stable system, standardized clinical practice, data analysis, display illustration and interpretation principle for CPET.
Exercise Test ; standards ; Humans

No abstract available.
Exercise Test* ; Physiology*

Introduction: Quality control in medical laboratory includes internal quality control and external quality control is very necessary for the quality management of medical laboratory tests. However, many laboratories for different reasons have not carried out quality control, its benefits, as well as inadequately evaluated affected risks of laboratory test quality. \r\n', u'Objectives: Two objectives are set for the research. First, to evaluate the quality of blood biochemical tests in some of the provinces, districts and private laboratories in the North of Vietnam. Second, factors that affect the quality of the medical laboratory tests are also examined. \r\n', u'Subjects and method: In this study, human control serum of Biorad is sent as ordinary blood samples to the 6 provincial, 12 district and 10 private laboratories to analyze some normal blood biomedical indexes. We also collected the necessary information on staff, equipments, and chemicals\u2026of the laboratories.\r\n', u'Results: There are five main findings in the areas of (1) general information about the laboratories, (2) laboratory test results of blood biochemical indexes with true value at the normal level, (3) laboratory test results of blood biochemical indexes with true value at the pathological level (level 2), (4) the accuracy of laboratory test results based on the blood test sample level 1, (5) the accuracy of laboratory test results based on the blood test sample level 2. In general, the first results of analyzed biomedical indexes are very different by statistical calculation between laboratories. \r\n', u'Conclusion: The research results indicated that the quality of analyzed biomedical indexes in some laboratories is not ensured. It is necessary to find the reasons and the ways to resolve the problem. \r\n', u'
Quality control ; Clinical test