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Various phases of solar energy were evaluated for possible medical application, using the Bi-Digital O-Ring Test. A 2-4 minute interval of highly beneficial phase during sunrise and sunset which is comparable or is stronger than (+) Qigong Energy was detected. This energy was stored on 3 x 5 inch index cards. The sun energy stored on the exposed surface had a Bi-Digital O-Ring Test extremely strong positive (+) response, and the opposite side of the index card which was not exposed to the sun showed an equally strong negative (-) response. When the Bi-Digital O-Ring Test strong positive side (+) was applied to the patient's skin above various intractable painful areas with circulatory disturbances, including gangrenous pain, muscle pain, joint pain, & migraine headache, most of the pain disappeared or was significantly reduced within between 10 seconds and 5 minutes, with accelerated wound healing compared with Qigong energy stored paper of the same exposure, which caused pain to disappear within between 1.5 minutes and 15 minutes. When this Special Solar Energy Stored Paper was applied either directly to the skin above cancer positive areas or the midline of the upper chest above the thymus gland representation area, or the occipital area above the medulla oblongata, various cancer related parameters returned to close to normal values, with immediate clinical improvement. The beneficial effects of 10-60 seconds of application of the Special Solar Energy Stored Paper lasted for between 7 and 40 days, depending on the individual and their environmental electromagnetic field, how the special solar energy was stored, and how it was applied to the patient.
Deterioration of paper in the book stock-especially among books of recent decades-has become a serious problem for libraries, but exact measures of the extent or rate of this deterioration have not been available. By the same token, no good indications have been available of the expected useful life of paper in books currently coming off the press. Furthermore, although attention has been given to means of counteracting one of the recognized causes of deterioration-pollutants absorbed from the atmosphere-similar attention has not been given to the problems of identifying and counteracting the other recognized source of deterioration-agents left in or introduced into the paper at the time of manufacture. Our investigation was undertaken in an attempt to fill some of these gaps in our knowledge. It has been found that modern books-even those written with a serious or scholarly purpose ("nonfiction") and published ("to last!") in hard bindings-are deteriorating rapidly, and many of those issued 25 to 50 years ago are now almost unusable. The paper of an average American publication of the first decade of this century retains only 4 percent of the folding endurance of a typical new book paper of today; even the paper in the average publication of the 1940's has already declined in folding endurance to 36 percent of today's new book paper. Meanwhile this typical new book paper itself shows low initial strength (for example, folding endurance on the order of only 20 percent of that of book papers already 200 to 500 years old) as well as indications that it is subject to rapid deterioration. Acidity appears to be the principal cause of deterioration, both in the older papers and the new. A stabilizing process for neutralizing this acidity was developed and was brought during the investigation to an initial stage of economic feasibility. This process appears to inactivate the most injurious properties found in new book papers and precipitates compounds into the fibers which should, in addition, counteract the effect of pollutants absorbed from the air. A principal technique used for predicting the durability of paper is the accelerated aging procedure developed by the National Bureau of Standards; by extending the use of this technique, interesting decay curves have been obtained which facilitate comparison of modern papers with papers which have already demonstrated their stability for several centuries. These curves offer other values as well for the study of permanence in paper and suggest that a principle exists relating extended accelerated aging to even longer periods of natural aging than those with which it has hitherto been equated. During the past 300 years the papermaker has done an excellent job in meeting the demand for more and cheaper paper. A by-product of this accomplishment has been the production of many weak and unstable papers. This does not give rise to any problem where strength or stability are not critical, but where permanence is important, as in libraries of record, the problem becomes serious. While the present study describes a procedure for stabilizing initially unstable paper, much more remains to be done if relatively stable papers are to be made for books of lasting value. There is evidence that this is possible-that such papers can be made from certain types of chemical wood fibers at but little additional cost. But more research is needed, and the cooperation of the scientist, papermaker, printer, publisher, and librarian will be required to assure permanent books for the future.
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PURPOSE: The objective of the study is to analyze the review contents of reviewers for the submitted papers in the Journal of Korean Academy of Nursing in 2003. METHOD: The review contents of the 165 papers were selected 217 papers that were submitted in 2003. Among those 165 papers, the 21 papers belonged to the 'Do not publish' list and 17 papers, 'Revise manuscript and resubmit', list and the 94 papers, 'Publish if revisions are made' list. There are more than two level differences among the four levels of decision in acceptance of publication in 33 papers. RESULTS: The analysis of the review contents for the papers were suggested according to review categories : introduction, method, results, discussion and conclusion. In addition, if papers had more than two levels of review they were rated poor accord or inconsistent. CONCLUSION: For the quality of the academic journal and development of the nursing science, it is important to disseminate and publish the research paper. Therefore, review of the submitted paper is also important. Implications for the profitable review were suggested in the study.
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Phosphocellulose paper has been found to be the paper of choice in assaying protein kinase activities using [gamma-32P]ATP by the trichloroacetic acid method of precipitation and washing. A study of binding of ATP of increasing concentrations at constant specific activity with Whatman 3MM or ATP-coated Whatman 3 MM papers (in vogue) versus phosphocellulose paper (proposed here) has shown that the latter has the least affinity for ATP when washing is done with either trichloracetic acid or trichloroacetic acid containing pyrophosphate. In an experiment where the placental cytosolic protein kinase was serially diluted, the phosphocellulose paper was found to give higher signal/noise ratios at all dilutions studied compared to the other two papers. With regard to the technological side of washing the papers, we have found that the traditional method of cutting papers into small squares before loading the samples is perhaps not the best. Instead, we propose the use of a flat sheet matrix for loading the samples because this method ensures uniformity of washing among the samples while shaking is performed on a simple shaker. In addition, the whole paper matrix can provide an almost instantaneous autoradiogram of hundreds of samples facilitating biochemical experimentation with protein kinases.
BACKGROUND: The scientific community views the publication of academic papers as a means of disseminating information, ensuring transparency and good practice in terms of research utilization. However, the choice of journal in which to publish is frequently influenced by other, less obvious, factors. This paper describes the lengthy route taken to get a methodological paper about pilot studies into print. AIM AND METHOD: This paper shares some of our experiences and discusses the lessons that we learned about the process of getting into print. A case study approach is adopted to help the reader understand the different influences on this process. FINDINGS: Our methodological paper was submitted to six different academic journals before it was finally accepted for publication. The choice of journal was influenced by the need to reach an appropriate academic audience, the estimated turn around time (the time taken between submission of a paper and its subsequent publication) and the level of academic credibility of the journal (often assessed by the journal's Impact Factor). Publishing in 'high impact' academic journals assumed considerable importance for us in view of the UK Research Assessment Exercise (RAE). However, the consequence of going down the journal status hierarchy was that we lost about 1 year through submitting, rewriting according to each of the journal's specific requirements and resubmitting. The case study also demonstrates that getting into print often depends on a range of factors, not just the quality of the written text. CONCLUSIONS: Getting a paper published may depend not only on the intrinsic quality of the paper, but also whether it is submitted to the 'right' academic journal. Moreover, if journals do not take certain papers (e.g. ones with negative findings or those reporting multi-disciplinary studies) then this can lead to publication bias.
Paper sludges are solid wastes material generated from the paper production, which have been characterized for their chemical contents. Some are rich in wood fiber and are a good carbon source, for example the primary and de-inking paper sludges. Others are made rich in nitrogen and phosphorus by pressing the activated sludge, resulting from the biological water treatments, with the primary sludge, yielding the combined paper sludge. Still, in the absence of sanitary effluents very few studies have addressed the characterization of their coliform microflora. Therefore, this study investigated the thermotolerant coliform population of one paper mill effluent and two paper mill sludges and wood chips screening rejects using chromogenic media. For the first series of analyses, the medium used was Colilert broth and positive tubes were selected to isolate bacteria in pure culture on MacConkey agar. In a second series of analyses, double selective media, based on ss-galactosidase and ss-glucuronidase activities, were used to isolate bacteria. First, the presence of thermotolerant coliforms was detected in low numbers in most water effluents, but showed that the entrance of the thermotolerant coliforms was early in the industrial process. Also, large numbers of thermotolerant coliforms, i.e., 7,000,000 MPN/g sludge (dry weight; d.w.), were found in combined sludges. From this first series of isolations, bacteria were purified on MacConkey medium and identified as Citrobacter freundii, Enterobacter sp, E. sakazakii, E. cloacae, Escherichia coli, K. pneumoniae, K. pneumoniae subsp. rhinoscleromatis, K. pneumoniae subsp. ozaenae, K. pneumoniae subsp. pneumoniae, Pantoea sp, Raoultella terrigena, R. planticola. Second, the presence of thermotolerant coliforms was measured at more than 3,700-6,000 MPN/g (d.w) sludge, whereas E. coli was detected from 730 to more than 3,300 MPN/g (d.w.) sludge. The presence of thermotolerant coliform bacteria and E. coli was sometimes detected from wood chips screening rejects in large quantities. Also, indigenous E. coli were able to multiply into the combined sludge, and inoculated E. coli isolates were often able to multiply in wood chips and combined sludge media. In this second series of isolations, API20E and Biolog identified most isolates as E. coli, but others remained unidentified. The sequences of the 16S rDNA confirmed that most isolates were likely E. coli, few Burkholderia spp, but 10% of the isolates remained unidentified. This study points out that the coliform bacteria are introduced by the wood chips in the water effluents, where they can survive throught the primary clarifier and regrow in combined sludges.
An examination of the relative breakdown rates of unused toilet paper, facial tissues and tampons was undertaken in nine different environments typical of Tasmanian natural areas. Bags of the paper products (toilet paper, facial tissues, tampons) were buried for periods of 6, 12 and 24 months at depths of 5 and 15 cm. A nutrient solution simulating human body wastes was added to half of the samples, to test the hypothesis that the addition of nutrients would enhance the breakdown of paper products buried in the soil. Mean annual rainfall was the most important measured variable determining mean breakdown in the nutrient addition treatment between sites, with high rainfall sites (mean annual rainfall of greater than 650 mm) recording less decayed products than the drier sites (mean annual rainfall of 500-650 mm). Temperature and soil organic content were important influences on the breakdown of the unfertilised products. Toilet paper and tissues decayed more readily than tampons. Nutrient addition enhanced decay for all products across all sites. Depth of burial was not important in determining the degree to which products decayed. In alpine environments, burial under rocks at the surface did not increase the speed of decay of any product. The Western Alpine site, typical of alpine sites in the Tasmanian Wilderness World Heritage Area, showed very little decay over the two-year period, even for nutrient enhanced products. Management prescriptions should be amended to dissuade people from depositing human toilet waste in the extreme (montane to alpine) environments in western Tasmania. Tampons should continue to be carried out as currently prescribed.
BACKGROUND: An increasing number of people involved in medicine are under pressure to publish research, but there is little understanding of how to describe structured writing. AIM: This paper aims to describe the structure of original research papers published in the British Journal of General Practice with a view to providing insight into the nature of such analyses, and particularly to help researchers and trainers to write and teach writing more successfully. METHOD: A sample of 50 original papers published in the Journal between January 1989 and March 1993 were examined. The papers were subjected to a form of 'move structure analysis', a technique used in applied linguistics; move structure analysis assigns a tentative function to a piece of text, and identifies words/phrases associated with it. To be recognized, moves thus identified had to occur in the same section of the paper in 65% of the corpus, and/or appear in the same order relative to other moves in 50%. RESULTS: Fifteen moves were identified, four in the introduction, three in the method, and four each in the results and discussion. These moves functioned, for example in the discussion, to state limitations and defend successes; describe achievements; contextualize procedures and findings; and offer recommendations. Frequency scores ranged from 66% to 100%, and order stability scores from 50% to 80%, with three moves being unordered. CONCLUSION: It is possible to derive from this study a template for structuring academic medical writing. This template may be built up from the exemplary quotations in the text, to provide assistance to educators and less experienced writers.
AIMS: To isolate aerobic mesophilic bacilli and thermophilic bacteria from different paper mill samples and to evaluate their potential harmfulness. METHODS AND RESULTS: A total of 109 mesophilic and 68 thermophilic isolates were purified and characterized by automated ribotyping and partial 16S rDNA sequencing. The mesophilic isolates belonged to the genera Bacillus (13 taxa), Brevibacillus (three taxa) and Paenibacillus (five taxa). The thermophilic bacteria represented seven taxa of Bacillus, Geobacillus or Paenibacillus, four of proteobacteria and one of actinobacteria. The most frequently occurring bacteria were Bacillus cereus, B. licheniformis, Pseudoxanthomonas taiwanensis and bacteria closely related to Paenibacillus stellifer, P. turicensis or Leptothrix sp. One mill was contaminated throughout with bacteria of a novel mesophilic genus most closely related to Brevibacillus centrosporus and another with bacteria of a novel thermophilic genus most closely related to Hydrogenophilus thermoluteolus. One B. cereus isolate producing haemolytic diarrhoeal enterotoxin was detected and all the tested B. licheniformis isolates produced a metabolite toxic to boar sperm cells. CONCLUSIONS: The bacilli and thermophilic bacteria isolated represent species which should not present occupational hazards in paper mill environments. The most harmful bacterium detected was B. licheniformis and potentially also B. cereus. SIGNIFICANCE AND IMPACT OF THE STUDY: Knowledge of the microbial diversity in a paper mill provides a rational basis for development of an effective controlling programme. A database constructed from the fingerprints generated using automated ribotyping helps to identify and trace the contamination routes of bacteria occurring in paper mills.
In this paper, we discuss briefly three of the several lines of evidence that we believe demonstrate de Vries's lack of understanding of Mendel's paper. In our view, at least part of de Vries's failure of understanding derives from the fact that he appears to have viewed Mendel's paper as being mainly about the inheritance of characters that was his own interest. Therefore, he looked at it to see whether Mendel had found any laws of inheritance. Mendel had done his research for another purpose, to find the laws describing the formation of hybrids and the development of their offspring. Thus, de Vries started his examination of Mendel's paper with a very fundamental misunderstanding of what it was about.
BACKGROUND: Quality of life is often best estimated by standard gamble techniques. However, these techniques usually require time-consuming and expensive interviews or computer-directed questionnaires. Paper Standard Gamble (PSG) is a paper questionnaire that has previously been shown to accurately represent standard gambles elicited by computer. The authors sought to demonstrate its test-retest reliability in comparison to other, paper-based measures of quality of life. METHODS: The authors used a longitudinal cohort design with duplicate assessments of quality of life by PSG, the Dermatology Life Quality Index, and the Mental and Physical Component Summary scores of the SF-12 in stable dermatology out-patients. Baseline measures were performed by mail 1 to 2 weeks before a scheduled dermatology clinic visit. Follow-up measures were performed in the waiting room before being seen by the dermatologist. The authors calculated the coefficient of variation and the Spearman rank correlation coefficient for each of the instruments. RESULTS: 74 patients with stable skin conditions participated. The coefficient of variation of PSG (0.47%) was smaller than the other instruments (4.26%-5.22%); PSG's correlation was higher (0.97 v. 0.65-0.80). CONCLUSION: PSG, a 1-page paper questionnaire, is a reliable measure of patient utility suitable for use in postal surveys.
Serum IgE concentrations were determined by the paper radioimmunosorbent test in 56 patients with psoriasis and 50 normal controls, and by the paper enzyme-immunosorbent test in 32 of these patients and 50 controls. Elevated IgE levels were found in 26 (46%) of 56 patients with psoriasis and in 1 normal control (2%). The mean value (208 U/ml) in 56 patients was significantly higher than in normal controls (31 U/ml). Thirteen of 19 patients (68%) with extensive involvement (greater than 20% body surface) had an increased IgE level; the mean value (365 U/ml) was 4 times greater than in 17 patients with limited lesions (89 U/ml) and 12 times higher than in 50 normal controls (31 U/ml). No correlation was found between serum IgE levels and the presence of psoriatic arthritis. Both paper radioimmunosorbent and paper enzyme-immunosorbent testing produced similar results.
An international data base of exposure measurements in the pulp, paper and paper product industries was constructed to be used in exposure assessment for epidemiology studies and hazard control. Industrial hygiene and biological monitoring data were collected from countries participating in the multicentric study of the International Agency for Research on Cancer. Each measurement was characterized by country, mill type and number, department, job, agent measured, sampling method, measurement result in the standard unit, duration and date of sampling, assessment of representativeness, measurer, purpose of measurements, and remarks (e.g. on measurement sites and biases). Over 31,000 measurement results on 246 different chemical agents from 13 countries were available from pulp (45% of measurements), paper/paperboard/recycling (12%) and paper product (11%) mills or from their non-production departments (23%). Most measurements (82%) were carried out after 1980. The most frequently measured group of agents was inorganic gases (35%), followed by organic compounds (25%), solvents (18%), mineral dusts (12%), metals (6%) and bioaerosols (3%). Over 90% of the measurements were without an obvious bias, but their true representativeness is difficult to assess. Concentrations of various agents, including sulfur dioxide, chlorine dioxide, carbon monoxide, nitrogen dioxide, ozone, ammonia, formaldehyde and some solvents, often exceeded current occupational exposure limits. This data base summarizes a great deal of previously unpublished exposure data, provides a unique opportunity to study exposure patterns at the international level and identifies exposure situations that require further attention and investigation.
Concern has been raised about the lack of participant compliance in diary studies that use paper-and-pencil as opposed to electronic formats. Three studies explored the magnitude of compliance problems and their effects on data quality. Study 1 used random signals to elicit diary reports and found close matches to self-reported completion times, matches that could not plausibly have been fabricated. Studies 2 and 3 examined the psychometric and statistical equivalence of data obtained with paper versus electronic formats. With minor exceptions, both methods yielded data that were equivalent psychometrically and in patterns of findings. These results serve to at least partially mollify concern about the validity of paper diary methods.
OBJECTIVES: To develop and validate a paper-based instrument that is simple to administer and produces a reliable estimate of patient standard gamble (SG) utilities for current health status. METHODS: A 1-page paper questionnaire instrument, paper standard gamble (PSG), was designed to estimate SG utilities. We performed two studies to assess the validity of PSG. First we compared PSG and SG utilities for current health in patients with prostate cancer. They randomly received either PSG followed by SG or vice versa, always with an intervening SF-12. In the second validity study, we assessed the test-retest reliability of PSG by administering it to prostate cancer patients twice, at least 2 weeks apart. RESULTS: In the first study, utilities were assessed in 64 men (32 per SG/PSG order group). A paired-comparison t test suggested no difference between SG and PSG (mean difference = -0.007; 95% confidence interval (Cl), -0.022 to 0.008). The concordance correlation coefficient was 0.92 (95% Cl, 0.79 to 0.99). In the second study, test and retest PSGs were available for 184 patients. The concordance correlation coefficient was 0.88 (95% Cl, 0.73 to 0.94). CONCLUSIONS: These data suggest that PSG may serve as a reliable substitute for SG when current health utility is of interest. PSG may have particular advantages for acquisition of health-related quality-of-life data in longitudinal studies.