Spots and tubes
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This document provides instructions for treating a patient who may have ingested a toxic substance. It describes using gastric lavage with a Ryle tube to empty the stomach, securing the airway with an endotracheal tube, and administering activated charcoal or syrup of ipecac to bind toxins in the stomach. Key steps, indications, contraindications and potential complications are outlined for each emergency treatment.
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1) The document discusses sample collection and processing, including the importance of accuracy and safety. It covers various sample types and provides details on blood collection methods like venipuncture and skin puncture.
2) Guidelines are provided for facilities, equipment, patient preparation, vein selection, tourniquet use, and performing the venipuncture. Potential complications are also reviewed.
3) Special considerations for sample collection in pediatric patients and alternative collection methods like skin puncture for certain cases are described.Collection, transport & storage of clinical specimens
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The document provides guidelines for safely collecting, transporting, and storing clinical specimens. It recommends using personal protective equipment like gloves and lab coats during collection. Specimens should be placed in leakproof containers and transported quickly in dedicated transport bags or autoclaved before disposal. For transport over long distances, specimens must be packaged in a triple container system with absorbent material to contain any leaks. Proper storage conditions are also outlined depending on the specific test or specimen type.Sample collectoin by manoj
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An HPV sample collection kit contains a spatula, cyto-brush, and tube of sterile saline. A doctor uses the spatula to scrape cervical tissue and aid collection with the cyto-brush, which is rotated in the endometrial canal to collect a sample. The cyto-brush is then cut off into the saline tube and transported to the lab at 2-8 degrees Celsius for HPV DNA PCR testing.good practices in the clinical laboratory
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Specimen collection, processing, and handling are important for accurate microbiological testing. Key points include collecting specimens before initiating antimicrobial therapy, using adequate volumes, and expediting transport. Proper collection methods and transport media are needed to preserve specimen integrity. Timing of collection depends on the suspected pathogen. Adequate labeling and packaging is required for referral testing. Universal precautions must be followed when handling all specimens.SPECIMEN MANAGEMENT IN DIAGNOSTIC MICROBIOLOGY guest talk@ RAPM Rajkot 2017
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Specimen management is an essential part of diagnostic microbiology and quality management. Proper collection, transport, storage, and disposal of specimens is critical for accurate laboratory results. Issues like contaminated specimens, improper transport conditions, and lack of coordination between laboratories and clinicians can negatively impact patient care and outcomes. Effective specimen management requires clear policies, training of all involved staff, and collaboration across departments.Specimen collection and handling
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Ìý
A brief presentation on specimen collection and handling on some of the routine tests carried out in district hospitals in Malawi.Chapter 007
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1. The document discusses guidelines for properly collecting various specimen types, including urine, stool, gastric contents, and nose/throat samples.
2. It emphasizes the importance of collecting specimens correctly, labeling them properly, and delivering them to the laboratory in a timely manner.
3. Special considerations are discussed for different populations, such as ensuring privacy for patients and using gender-congruent caregivers when appropriate.Coll Trans Micro Specimens
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Ìý
The document outlines principles for proper collection and submission of specimens to the microbiology lab in order to obtain accurate test results. It discusses 9 key principles: 1) collecting specimens with minimal contamination close to site of infection, 2) collecting at optimal times, 3) obtaining sufficient quantity, 4) using appropriate collection devices and containers, 5) collecting before antibiotics, 6) proper labeling for transport, 7) minimizing transport time, 8) following special handling instructions, and 9) collecting the proper specimen for the ordered test. Specific guidelines are provided for various specimen types like blood, urine, sputum etc. to ensure specimens are of high quality for microbiological analysis.Collection of biological specimens for microbiology tests
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This document provides guidance on collecting, handling, and transporting specimens for laboratory diagnosis of animal diseases. It discusses the purposes of collecting samples, such as for direct examination, isolation of microorganisms, serological and molecular testing. Key steps include using proper protective equipment, collecting sufficient samples before treatment, using sterile containers, maintaining cold chain transport, and providing epidemiological information. A checklist is provided for field sample collection kits and samples that should always be collected from various tissues and body fluids. Proper handling and rapid transport of samples to the laboratory is emphasized.SPECIMEN MANAGEMENT IN DIAGNOSTIC MICROBIOLOGY guest talk@ RAPM Rajkot 2017
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Here is some feedback on the lecture:
- The information provided was very thorough, covering the key topics of emergency management of poisoning, common toxins, diagnosis and treatment plans.
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- There was opportunity for discussion and questions throughout, which helped with understanding and retention of the concepts.
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