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During my training at Khor Fakkan Hospital, I learned how to collect samples and the specific tubes needed for each test. I also gained knowledge about serology in the chemistry department.

I understood the importance of quality control (QC) and calibration, and how they ensure accurate test results. The experience was very helpful and improved my laboratory skills.

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During my chemistry practicum, the rotation allowed me to gain hands-on experience with automated chemistry analyzers and allowed me to understand the basic principlle of the machines in chemistry lab, sample processing in how to accept and reject the sample,Apply basic principle of quality control in order to assure reliabilty of test, Finally result interpretation and analyzing multiple aspect of the case

Hessa Humaid

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Operating chemistry analyzers.

Performing quality control.

Processing patient specimens.

Troubleshooting common errors.

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managing a high workload

troubleshooting instrument errors and out-of-range graphs

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During my training at Khor Fakkan Hospital, I learned:

Collecting patient samples.

Choosing the right tubes for tests.

Conducting quality control checks.

Calibrating lab equipment.

Processing specimens.

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During my hospital chemistry lab rotation, i gained practical experience in performing biochemical tests, calibrating analyzers, and ensuring accurate patient results.

I observed how laboratory data influences diagnosis and treatment, highlighting the importance of precision in every step.

This rotation improved my problem-solving skills and understanding of quality control measures in a clinical setting.

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I gained essential skills such as operating analyzers, performing quality control, and ensuring accurate test results.

I improved my attention to detail, problem-solving, and time management in a fast-paced clinical setting.

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One of the main challenges during my chemistry lab rotation was adapting to new laboratory analyzers and software.

Learning to operate unfamiliar equipment required careful attention to protocols and troubleshooting errors.

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My clinical training at the Clinical Chemistry Laboratory in Al Qassimi Hospital has been an incredibly valuable experience. Throughout my rotation, I gained both theoretical understanding and practical skills that deepened my appreciation for the vital role clinical chemistry plays in patient care.

One of the most significant aspects of this training was the hands-on exposure to automated analyzers and various testing procedures. I became familiar with instruments such as the Cobas analyzers, and I learned how to process and analyze a wide range of biochemical parameters including liver function tests, renal profiles, cardiac markers, and electrolytes. This gave me insight into how accurate and timely results are crucial for diagnosing and monitoring diseases.

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One of the challenges I encountered was troubleshooting analyzer errors. There were moments when the instrument flagged unexpected issues, such as clot detection, calibration errors, or reagent problems. With the guidance of the lab staff, I learned how to approach these situations calmly and systematically. I observed how to check for the root cause, whether it was a sample issue, a system error, or a quality control concern, and I actively participated in resolving some of these problems. These experiences taught me the importance of problem-solving skills and staying alert during routine work.