Esosa Omoregie: Quantitative PCR machine to quantify Aquaporin 10
Esosa Omoregie, Graduate Research And Teaching Assistant at Georgia Southern University, shared a post on LinkedIn:
“Starting the Spring Semester with groundbreaking research!
Today, I utilized the Quantitative PCR (qPCR) machine, a cutting-edge tool in molecular biology, to quantify Aquaporin 10 (AQP10). This step is crucial for analyzing gene expression, monitoring amplification efficiency, and gaining deeper insights into the role of aquaporins in cellular pathways.
qPCR stands out for its precision and reliability, making it an indispensable technology for modern molecular research. By detecting and quantifying DNA and RNA, it bridges the gap between experimental observations and impactful scientific discoveries.
For my work, this involved carefully quantifying the expression of aquaporin genes, which are known to play significant roles in tumor growth, metastasis, and cellular water homeostasis. This research has the potential to contribute meaningfully to understanding cancer biology and identifying innovative therapeutic targets.
As we dive into another semester, I remain committed to pushing boundaries and advancing knowledge through research. The journey may be challenging, but the insights gained make it all worthwhile.
Here’s to new discoveries in science!”
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