Summary of Control de Calidad en Parasitología Clínica

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00:00:00 - 01:00:00

This video discusses the importance of quality control in clinical parasitology. It focuses on the use of three indicators to measure the quality of a microscope: calibration, image quality, and specimen quality. Rules for microscope calibration are also discussed, and training is recommended to ensure that staff are properly equipped and able to identify parasite sizes correctly. Finally, color quality is discussed, with particular emphasis on the importance of ensuring that colorants are correctly formulated and free of apparent contamination. Quality control measures, such as regular microscope maintenance, are also discussed.

00:00:00 In this video, Dr. Arturo Chavez from Peru provides an overview of control quality in clinical parasitology, focusing on primary care. Topics covered include the importance of quality assurance in parasitology, the importance of parasite identification, and the importance of studying parasite epidemiology. The importance of quality control in parasitology is highlighted, as is the importance of rotating staff in this field.
00:05:00 This video discusses the importance of quality control in clinical parasitology. Cuba, for example, mentions that three laboratories out of nine have failed inspection. I don't know yet some of the criteria they use, but we do know that there are methods to detect these parasites directly and indirectly. Direct methods, such as examining parasite larva morphology, are used to identify the parasite. Indirect methods, such as using chemical or other support services in diagnosing and treating the infection, are also used. There are many quality control methods, but we will only discuss direct methods in this article. Direct methods, such as examining parasite larva morphology, are used to identify the parasite. These methods are indirect, as they rely on other methods to help identify the parasite. Books on parasitology used to contain many direct methods, but now these methods are all available online as a PDF. There are also indirect methods, such as immunology tests and other support services. Indirect methods are used to identify the parasite indirectly. These methods are also indirect, as they rely on other methods to help identify the parasite. Control of quality in parasitology clinical laboratories requires planning, organizing, directing, and controlling the quality of the work.
00:10:00 The video discusses the importance of quality control in clinical parasitology and provides three strategies for achieving this: controlling performance, controlling materials, and controlling methods. The last strategy, predetermining quality, is important in clinical parasitology because different laboratories may have different standards for quality control. It is important to have a system in place that is practical and does not overcontrol, but still allows for accurate monitoring of errors.
00:15:00 This video discusses control of quality in clinical parasitology, which essentially is a conservator, a filter, and a microscope or other tool like a bathtub Maria, but is not much more than that. One of the main controls of quality is trying to determine what we need to be judicious about in order to implement quality control measures. One measure of quality control is how often we perform certain tests, depending on the performance of the laboratory. If the laboratory is performing well, there would be no need to control it as much because it is already doing something that is good. However, if the laboratory is not performing well, then controls need to be increased. One of the controls that is applied even though it is recommended is the quality control of predetermined time. This refers to setting a control for quality on a certain time period, such as daily, hourly, or weekly. And, all methods should be treated equally. Remember that what we are doing with quality control is measuring the error and that the error is of two types in the laboratory-random error and systematic error. Random error is an error that appears and disappears, only affecting a single component of a sample, while systematic error is an error that affects all components and is possible to
00:20:00 This video discusses the importance of quality control in clinical parasitology, and how it can be applied to various serological methods. However, we will not see quality control applied to parasites today, because it does not apply to whole-body parasites. Quality control is measured with an inter-laboratory comparison, which compares the results of laboratories. If a laboratory's results are within the expected range, it can be said to be accurate; if the results are not within the expected range, it can be said to be inaccurate. Quality control is important for both quantitative and qualitative parasitology. Quantitative quality control can be calculated using the error total, and quality control for serological methods can be implemented by measuring the accuracy of the results. Quality control for serological methods also involves evaluating the procedures used, maintaining equipment, and having a disciplined work ethic. It is important to start talking about quality control before the analysis even begins. The preclinic phases are for everyone, and always there is a demand for parasite analysis. Next, the patient is identified, the sample is taken, the laboratory is notified, and the sample is stored in a freezer. When it is thawed, it is transported to the laboratory that should validate the sample
00:25:00 This video discusses the importance of quality control in clinical parasitology, and provides a brief overview of some of the principles involved. It then goes on to discuss how to achieve quality control in parasitology using human resources, the environment, and diagnostic tools. Finally, it discusses how to measure and evaluate the accuracy of parasitological results.
00:30:00 This video discusses the importance of quality control in clinical parasitology, and provides three methods for delivering instructions to patients: orally, in writing, and with a video. Quality control is important to ensure accurate analysis of parasite specimens, and proper instructions are essential to ensuring patient compliance. New staff members should be trained in these methods every two months, and monthly indicators of specimen quality should be greater than or equal to 80%.
00:35:00 The Control of Quality in Clinical Parasitology video discusses how to implement quality control in the pre-analytical phase of a laboratory specializing in parasitology. There are five stages of quality control: planning, verification, calibration, internal quality control, and external quality control. The interlocutor, who used to be a key part of quality assurance, no longer applies in most cases. However, it is still important to discuss quality control in the pre-analytical phase, specifically in the area of control of quality, because the process of receiving samples and producing results always involves quality control. Quality control is achieved by ensuring that samples meet predetermined technical requirements, and then conducting quality assurance tests on the procedures and equipment used. Next, the process of verifying results is initiated, and the final step is the assessment of quality, in which a document outlining the quality characteristics of the resources is created and signed by the director of the laboratory. Finally, a human resources evaluation is conducted to make sure that workers have the necessary qualifications and experience. Quality control is essential for the reliability of results in the pre-analytical phase, and the video provides information on how to implement quality control in a laboratory.
00:40:00 This video discusses the importance of quality control in clinical parasitology. It reviews methods for quality control, including using microscopes to determine the size of parasites. It also discusses the importance of standardizing parasite identification procedures and training staff in these procedures. Finally, it discusses the importance of maintaining quality control records.
00:45:00 In this video, José Luis García-Romero, a parasitologist, discusses the importance of quality control in clinical parasitology. He discusses the use of double samples and how to ensure quality control in a private setting. He also discusses the use of negative samples, which is a common technique in quality control. Finally, he discusses the importance of having a protocol for establishing negative samples, in order to avoid unnecessary treatment or even mistaking someone for being free of parasites.
00:50:00 The video discusses the importance of quality control in clinical parasitology, and how to ensure that samples taken from patients are negative. It points out that, among other things, accurate timing of tests and proper specimen handling are necessary for quality control. The video then provides examples of quality control measures that could be implemented in a laboratory.
00:55:00 This video discusses the importance of quality control in clinical parasitology, and focuses on the use of three indicators to measure the quality of a microscope: calibration, image quality, and specimen quality. Rules for microscope calibration are also discussed, and training is recommended to ensure that staff are properly equipped and able to identify parasite sizes correctly. Finally, color quality is discussed, with particular emphasis on the importance of ensuring that colorants are correctly formulated and free of apparent contamination. Quality control measures, such as regular microscope maintenance, are also discussed.

01:00:00 - 01:30:00

This video discusses the importance of quality control in clinical parasitology. It describes how to assess quality control in laboratories, and provides tips for new personnel on how to correctly and efficiently apply knowledge in this field.

01:00:00 The video discusses the importance of quality control in clinical parasitology, and provides recommendations for assessing quality control in laboratories. It also discusses the importance of properly naming and classifying parasites, as well as recording parasite detection rates. Finally, the video provides a brief overview of the post-analitic quality control process.
01:05:00 This video discusses the control of quality in clinical parasitology, focusing on external controls, internal controls, and extra controls. The external control component includes receiving samples. The internal control component includes evaluating laboratory performance for specific tests and making ongoing laboratory performance evaluations. The extra control component includes statistical comparisons between laboratories. External quality control measures include a set of standards known as ISO 17043. This standard specifies how to carry out external quality control without samples. There are multiple models for conducting external quality control. One model uses interlaboratory comparisons. Another model uses microphotographs to assess the ability of microcopyists to reproduce parasite images accurately. Internal quality control measures include validating laboratory results against established standards and verifying accuracy of estimates for uncertainties not applicable to this case. Laboratory procedures must be documented and performance must be monitored to ensure consistent quality. Laboratories should participate in external quality control as part of an annual quality control program. After participating in external quality control, laboratories must then participate in an internal quality control program to ensure that all procedures are properly executed. Laboratories should also participate in continuing education programs to maintain their quality standards.
01:10:00 This video discusses the importance of quality control in clinical parasitology. Diligence and consistency of personnel, reproducibility of results, and the regularity of routine procedures are important factors, but more important is the retrospective view of what happens when analyses are done. An example is given of a Colombian control, in which general conditions of stability, sample handling, and statistical analysis are described. Another example of a control is given, this time from a manufacturer, in which results are reported for two samples, the one with the most parasites in the main wire cage and the one with the fewest. All of the participants in the second sample reported that the sample was taken yesterday. All results were identical, which suggests that the laboratory was performing at an acceptable level. However, if an unusual result is found, then the laboratory is losing accuracy and is likely to find a parasite that does not exist. Finally, a quality statistic is given for each laboratory, showing the percentage of findings for each category. This information can be used to evaluate the quality of management as well as the quality of the procedure being performed.
01:15:00 This video discusses the importance of quality control in clinical parasitology, and provides tips for new personnel on how to correctly and efficiently apply knowledge in this field. New parasitologists must possess a competent base of knowledge in order to practice effectively, and this is evaluated through tests of knowledge and ability. In order to be competent, individuals must undergo training and apprenticeship, and must have a professional degree in order to have acquired the necessary knowledge. Induction into the organization's parasitology practice is also necessary in order to bring new people into the laboratory. This process involves presenting people with the lab's infrastructure,strategy, and personnel. Finally, an evaluation of the new employee's competency is performed, followed by an evaluation of the employee's performance. Various elements that are called "induction" help new employees to understand and apply knowledge in the lab. Afterward, the new employee is trained to use the knowledge. The main problem with quality control in parasitology is that it is often not given the importance it deserves due to the costs associated with it. External quality control of parasitology is not too late, and can be more affordable than purchasing medical equipment, for example. The talk also touches on the importance of training and sharing samples within
01:20:00 The video discusses the importance of quality control in clinical parasitology, and provides several strategies for implementing it. One of the main goals of quality control is to ensure that all samples are processed and analyzed correctly, and that they are kept for future reference. Some parasitologists choose to store only positive samples, and soon begin to question those who maintain positive samples for longer periods of time. Ultimately, quality control is a responsibility that falls on both the owner of the process and the director/manager of quality. When planning and implementing quality control, it is important to be clear about the objectives and goals of the process, and to have a clear understanding of the individual's role. The video then presents three internal quality control strategies--monthly, weekly, and daily--and provides examples of how they might be implemented. It concludes with a discussion of the importance of communication and consensus-building within the parasitology field, and suggests that a common strategy is to establish goals and objectives, plan and organize, and then conduct periodic inspections.
01:25:00 The speaker discusses the concept of quality control in clinical parasitology, providing an example of how it is applied to the purchase of parasitology supplies. She also discusses the need for parasitologists to have ongoing competency training, and recommends that new parasitologists be given basic knowledge of parasites, but not certified in parasitology. She reiterates the importance of quality control in parasitology, and provides a video of a recent speech she gave on the topic.
01:30:00 The Instituto para la Calidad de Laboratorio (ICL) offers opportunities to continue advancing knowledge and becoming more competent laboratory workers. In the future, ICL has an appointment with quality very good nights all of America Latina, but good night with all and take care of yourself until soon.