The entire point of Oguzhan Zengi's study was to improve turnaround time and sample quality by exploring the less traditional option of plasma for the above reasons. The results did not suggest an outright replacement of serum, but showed many positives and reasoning for such.
In a way, one might say plasma has been neglected. This begs the question: what other potential sample variations could be used to improve TAT and sample quality?
Beyond plasma and serum, several other sample variations could be explored to improve turnaround time (TAT) and sample quality in clinical or research settings. Here are a few possibilities:
1. Urine: Urine samples are readily obtainable and contain valuable diagnostic information. Further exploration could lead to quicker and more effective testing methods for a range of conditions.
2. Saliva: Saliva samples are easily accessible and offer diverse biomarkers for diagnostics. Enhancing our understanding and handling of saliva could streamline testing processes, improving accuracy and efficiency.
3. CSF: CSF samples hold critical insights into neurological conditions. Advancements in CSF sample processing and analysis techniques could enhance diagnostic speed and reliability for brain-related issues.
4. Stool: Stool samples provide significant insights into gastrointestinal health. Research into improved handling and analysis methods could optimize diagnostic accuracy and turnaround time for gut-related conditions.
5. Sweat: Sweat contains diagnostic markers for various conditions. Investigating enhanced methods for sweat sample collection and analysis may expedite and refine diagnostic processes.
6. Tissue: Tissue samples play a crucial role in diagnosing organ-specific diseases. Refining techniques for tissue sample processing and analysis could lead to swifter and more precise disease diagnosis.
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