Oh, that's easy. It is from Kentaro Hanada. "Genetic evidence for ATP-dependent endoplasmic reticulum-to-Golgi apparatus trafficking of ceramide for sphingomyelin synthesis in Chinese hamster ovary cells" 1999. J Cell Bio 144:63.
Before Crispr, sequencing of the human genome, before RNA-Seq, before you could order an expression plasmid for any protein you were interested in, before siRNA was in common use. Dr. Hanada was looking for sphingomyelin synthase. He used a clever mutational strategy utilizing a toxin that binds to sphingomyelin and kills cells, to identify mutations in that abolished sphingomyelin synthesis. But he realized that the sphingomyelin synthase itself had full activity and was imaginative and broad minded enough to figure out that it was transport of ceramide from the ER to the Golgi that was affected. Amazing synthesis of biochemistry and cell biology. He went on to clone the protein, we now know as CERT.
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Brian Wattenberg
Professor
Virginia Commonwealth University
Richmond VA
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Original Message:
Sent: 08-22-2024 09:33 AM
From: Udipta Bohara
Subject: A paper you remember!
Hi All!
Just a fun little question on a busy Thursday Morning!
What is that one paper/field of research/scientist/book, etc that made a long lasting impression on you? (can list multiple :) ofcourse! Science is so widespread and cool!)
Happy Thursday!
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Udipta Bohara
Graduate Student
Virginia Tech
Blacksburg VA
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