Türkçe 
English 
LBYS is the Turkish acronym corresponding to a Laboratory Information Management System. Internationally, this type of system is commonly referred to as LIMS. It digitizes sample receipt, analysis planning, testing, results entry, reporting, equipment tracking, user approvals, and laboratory data management.
Laboratory processes are built on accurate data and traceable records. Information such as when the sample was taken, who received it, which analyses it underwent, which equipment was used, who entered the results, and who approved the report is critical for quality. LBYS enables this information to be managed in a centralized system instead of scattered forms or manual files.
What is LBYS?
What does LBYS mean?
LBYS is a digital management system that regulates all information flow within a laboratory. Samples arriving at the laboratory, planned analyses, test results, reports, equipment information, user operations, and quality records can all be tracked through LBYS. This makes laboratory operations more organized, faster, and traceable.
Are LBYS and LIMS the same thing?
LBYS and LIMS essentially address the same need. LBYS stands for Laboratory Information Management System in Turkish, while LIMS is an abbreviation for Laboratory Information Management System. Both concepts refer to the digital management of laboratory processes.
What is LBYS used for?
LBYS makes data entry, sample tracking, analysis management, result approval, and reporting in laboratory processes more controlled. It helps reduce problems such as incomplete records, incorrect result entries, lost samples, delayed reporting, and audit preparation that can occur with manual tracking methods.
In which laboratories is LBYS used?
LBYS can be used in quality control laboratories, laboratories attached to production facilities, food analysis laboratories, pharmaceutical laboratories, chemistry laboratories, environmental analysis laboratories, R&D laboratories, and microbiology laboratories. It is a useful system for all laboratories that regularly take samples and produce analysis reports.
Why is LBYS important?
The results obtained in laboratories are important for product quality, production decision-making, customer information, and regulatory compliance. An incorrectly recorded analysis result or incomplete sample information can lead to serious quality problems. LBYS reduces these risks by making laboratory data controlled and traceable.
How is LBYS Used in Laboratory Processes?
Used in the sample acceptance process.
The use of the LBYS generally begins with the sample acceptance stage. The sample arriving at the laboratory is registered in the system. Information such as sample code, arrival date, sample type, quantity, customer or production information, batch number, and analysis request are entered into the system. After this stage, the sample becomes digitally traceable.
Sample coding and labeling are performed.
LBYS can support coding and labeling processes to prevent sample mixing. Each sample can be assigned a unique sample number. Physical movement of the sample can be matched with a digital record using barcodes or QR codes. This structure provides significant advantages, especially in laboratories with high sample traffic.
Analysis requests are created in the system.
After the sample is accepted, the analyses to be performed are defined in the LBYS. Which tests will be performed, which methods will be used, which laboratory unit is responsible, and the expected completion time can all be tracked in the system. This allows the analysis process to proceed in a more planned manner.
Laboratory workflows are standardized.
LBYS ensures that laboratory processes are carried out according to defined rules. Steps such as sample acceptance, test assignment, analysis, result entry, control, approval, and reporting can proceed in a systematic sequence. This reduces variations in application depending on the individual and strengthens process standardization.
Analysis results are recorded digitally.
Once the analysis is complete, the results are recorded on the LBYS. Information such as the result value, unit of measurement, reference range, analysis date, and responsible user can be entered into the system. In some facilities, data from laboratory equipment can be directly transferred to the system. This reduces the risk of errors caused by manual data entry.
The results control and approval process is managed.
Laboratory results need to be checked before reporting. LBYS can ensure that results are reviewed and approved by authorized personnel. The user who entered the result, the person who checked it, and the authorized person who approved it can all be tracked within the system. This ensures greater accuracy of the data being reported.
The reporting process is accelerated.
LBYS facilitates the conversion of analysis results into standard report formats. Sample information, test results, date, method, description, and approval information can be included in the report. Reports can be created digitally, archived, and viewed again when needed.
Device and equipment information is tracked.
The proper functioning of laboratory equipment is crucial for the reliability of analysis results. LBYS can support the tracking of equipment maintenance, calibration, usage, and compliance records. This allows for retrospective tracking of which result was obtained with which equipment.
User authorization ensures data security.
On the LBYS, each user may have different permissions depending on their role. One user may only be able to enter results, while another may approve results or publish reports. This structure helps prevent unauthorized individuals from altering laboratory data.
It supports audit and traceability processes.
LBYS facilitates the retrospective review of laboratory records. The entire lifecycle of the sample, analysis history, result changes, user actions, and approval steps can be tracked through the system. This structure provides significant advantages for audit preparation and quality assurance processes.
What is the difference between LBYS and manual laboratory monitoring?
In manual laboratory tracking, sample information, analysis results, and reports can be managed through paper forms or various files. This method can lead to data loss, delays, incorrect records, and difficulties in tracking. LBYS, on the other hand, gathers the entire process in a centralized digital system, making it easier to monitor records.
How does LBYS reduce errors in laboratories?
LBYS reduces the risk of errors with features such as mandatory data fields, user authorization, barcode tracking, automatic registration, electronic approval, and transaction history. It is particularly helpful in preventing problems such as sample mix-ups, incomplete result entry, and incorrect reporting.
Which systems can LBYS integrate with?
LBYS can integrate with ERP, QMS, EBR, WMS, MES, and laboratory equipment. For example, batch information from production can be transformed into an analysis request on LBYS. The analysis result can initiate the quality process on QMS or provide data for product decision-making in the ERP system.
How is LBYS used in quality control laboratories?
In quality control laboratories, the LBYS manages the analysis processes of raw material, semi-finished product, and finished product samples. The entire process, from sample acceptance to result approval, is traceable within the system. This allows for faster product release, conformity assessment, and quality reporting processes.
How does LBYS contribute to reporting processes?
LBYS helps prepare analysis results in standard report formats. Past sample results, analysis trends, equipment usage, pending tasks, and approval statuses can be reported through the system. This makes laboratory performance more measurable.
How does LBYS support data integrity?
LBYS makes it possible to track who created the records, when, and with what transaction. Features such as authorization, transaction history, electronic approval, and controlled data modification support data integrity. This structure is particularly important for laboratories subject to audits.
What should be considered when choosing a LBYS?
When selecting a Laboratory Management System (LMS), the laboratory's sample volume, variety of analyses, number of users, reporting needs, equipment integration, quality requirements, data security, and integration capabilities with other corporate systems should be considered. The system should be flexible enough to adapt to the laboratory's existing workflow.
LBYS is a fundamental software system that enables the digital management of laboratory processes. It centralizes processes such as sample acceptance, analysis planning, results entry, approval, reporting, equipment tracking, and data management. For businesses aiming for speed, accuracy, traceability, data integrity, and audit readiness in their laboratories, LBYS is a powerful digital transformation tool.
