
Discover how NABL 112 A and 112 B guide medical laboratory accreditation, aligning with ISO 15189 2022 and ISO 589 2022, covering scope, disciplines, and competency requirements.
Outline clause 4 and 5 of ISO 15189:2022 within Annabel 112A and 112B, focusing on impartiality, confidentiality, governance, risk management, and advisory communications with users.
Explore ISO 15189 2022 clauses six to eight, detailing general and discipline-specific resource, personnel, and facility requirements for accredited laboratories, including auto validation, staffing, and equipment calibration.
Telepathology enables remote interpretation of digital images by referral laboratories and consultants, with guidelines on scope, response times, risk analysis, traceability to patients via lab IDs, and quality assurance.
Ensure pre examination processes include complete clinical data on test requests, proper evacuated tube venipuncture with correct order of draw, and maintain sample integrity through documented handling, transport, and training.
Explain examination processes, including IVD kit usage, open channel verification, and method validation. Outline quality control, measurement uncertainty, reporting, and post-examination processes to ensure accurate results.
Explore alias, the laboratory information system, and laboratory management system, to control data from accession to reporting, ensure confidentiality, verify interfaces, and implement quality indicators, retention, and audits.
Explore the technical requirements for clinical biochemistry, clinical pathology, hematology, and immunohematology. Learn pre-examination precautions, QC, reporting, and verification practices.
Review the requirements for infectious disease serology, including measurement uncertainty and quality control in serology and microbiology. Follow QC guidelines, use ATCC strains, and ensure reporting.
Outline of microbiology laboratory facility and biosafety requirements for infectious samples. Emphasizes biosafety level two or higher, class II biosafety cabinet, two autoclaves, PPE, waste management, and media preparation.
Learn histopathology lab safety, environmental controls, formalin and xylene handling with exhaust and fume hoods, and maintain precise records and ISO 15189 disposal procedures.
Explore the fetal autopsy workflow, including gestational age terms, comprehensive clinical data, and consent requirements. Learn transmission electron microscopy setup and safety, including epoxy handling, one-micron sections, and retention rules.
Explains immunohistochemistry in histopathology, detailing specimen types, fixation times, antibody verification, verification case numbers, controls, equipment harmonization, and reporting standards for predictive and non-predictive markers.
Master digital pathology using whole slide imaging to acquire, manage, and interpret digitized slides for primary diagnosis, telepathology, and frozen sections, with validated workflows and scanner standards.
Learn facility and equipment needs for cytopathology, including a dedicated lab with cyto centrifuge for CSF and urine FNAC, on-site ROSE, and Bethesda system reporting.
Explore technical requirements for flow cytometry, including sample handling, viability testing, immunophenotyping, and antibody panels. Learn quality control, gating strategies, and reporting for hemato lymphoid neoplasms.
Ensure unidirectional workflow and post PCR separation to prevent cross contamination. Guard pre and post amplification guidelines, biosafety, and validation for PCR testing.
Outline molecular genetics within molecular diagnostics by detailing gene-specific DNA sequencing validation, cross-strand verification, HGVS nomenclature, prenatal testing standards, and ACMG/AMP reporting.
Maintain chromosomal microarray standards: probes with coordinates, SNP/CGH platforms, 400 kb resolution, validated software, and ISCN CNV reporting, plus reference DNA documentation.
Outline the end-to-end next generation sequencing workflow—from specimen handling and library preparation to sequence generation and QC—plus bioinformatics pipelines, variant calling, and reporting per ACMG/AMP guidelines.
Master histocompatibility and immunogenetics, covering HLA typing methods (SOP, SSP, SBT, NGS) and HLA crossmatching essential for transplantation. Learn reporting standards, authorization requirements, CPD, and post-examination handling under ISO 15189:2022.
This comprehensive course on NABL 112 A and NABL 112 B offers an in-depth understanding of the key guidelines essential for the operation and accreditation of medical laboratories. Designed for laboratory professionals, quality managers, and technical personnel, the course focuses on the interpretation and practical implementation of these critical documents in line with ISO 15189:2022 standards.
NABL 112 A provides guidance on interpreting the requirements of ISO 15189 for medical laboratories. It includes essential elements such as scope of accreditation, management system documentation, personnel competence, equipment calibration, and internal quality control practices. The course will break down each clause for better understanding, supported by real-world examples, case studies, and best practices.
NABL 112 B, aligned with ISO 15189, is targeted at medical laboratories, providing a structured approach to implementing a robust quality management system. The course explains quality and technical requirements, risk management, continual improvement, internal audits, and handling nonconformities. Participants will gain insights into aligning daily laboratory operations with accreditation expectations.
By the end of this course, participants will be equipped to effectively interpret the clauses of NABL 112 A and 112 B, apply the principles in their laboratory settings, and prepare for successful NABL accreditation or surveillance audits. This course is ideal for professionals looking to enhance quality, ensure regulatory compliance, and foster a culture of continual improvement within their laboratories