You don’t usually hear about a paralegal who spent years managing a colony of genetically engineered mice. Jamie Sahagian of Riviera Beach did exactly that, before his career moved into law.
It’s the kind of background that raises a question almost immediately: what does molecular biology have to do with probate paperwork. The answer turns out to be more than it sounds like.
A Research Background, Not a Legal One
Sahagian earned a Bachelor of Science in Microbiology and Cell Science from the University of Florida, with minors in Philosophy and Business Administration. Before finishing that degree, he worked as a research assistant studying the molecular genetics of maize and sorghum, extracting DNA and proteins for analysis.
After graduating, he managed a transgenic mouse colony at the Max Planck Florida Institute for Neuroscience, supporting research on neuronal signal transduction. The work was eventually published in Frontiers in Cellular Neuroscience, with Sahagian acknowledged for his contribution.
Managing that colony meant daily monitoring, genotyping, and selective breeding, all of it documented carefully enough that other researchers could trust and reproduce the results. There was no room for approximation in that process, and Sahagian carried that expectation with him when the work changed.
Before the Max Planck role, his work at the University of Florida involved extracting DNA and proteins from maize and sorghum samples for genetic analysis, a different subject entirely but the same requirement underneath it: a contaminated sample or a mislabeled extraction ruins the data, no matter how careful the rest of the process was.
What Carries Over From a Lab to a Courtroom
Laboratory work runs on protocol. Every step has to be done in order, documented, and repeatable, or the results aren’t trustworthy. Sahagian says that habit of mind followed him into legal work, where a filing that’s out of sequence or missing a document causes the same kind of failure.
He studied law at the City University of New York School of Law, where he served on the CUNY Law Review and held fellowships in public interest advocacy, including the CUNY Justice Roundtable Fellowship and the Hamill Family Summer Fellowship in Children’s Rights. From there, his paralegal career took him from criminal defense work at Queens Defenders to public defense and probate work in Florida.
Reviewing legal scholarship for the Law Review wasn’t so different from checking a lab result, in his account of it. Every citation had to hold up before anything went to print, and that same standard shows up now in how a proposed order or a deed gets checked before it’s filed.
He also held those early fellowships during law school focused on public interest advocacy, work that pointed his career toward paralegal roles supporting people who needed legal help they might not otherwise have been able to access, first in criminal defense, later in public defense and probate work back in Florida.
Two Fields, One Approach
Sahagian doesn’t describe the shift from science to law as a reinvention. The subject matter changed. The discipline required to do the work well didn’t.
Where the Science Background Actually Shows Up Now
Years later, working probate and estate administration in Palm Beach County, Sahagian’s day to day looks nothing like a laboratory. Deadlines replace protocols, and courthouses replace research benches. But the underlying expectation is identical: a step done out of order, or a detail left unverified, produces a result nobody can trust.
That’s the part of his background that shows up most in how he approaches a caseload: methodically, with the same attention to sequence and documentation that a research protocol demands, whether the paperwork involves a mouse colony or a probate estate.
It’s an unusual résumé to explain in an elevator, mouse colonies and probate deeds rarely come up in the same conversation, but the connective thread has held up across every job in between: the details are the work, not an obstacle to it.