12 articles in this category
The immune system doesn't hold still. It drifts—between hours, between doses, between patients. Yet most theranostic interfaces still read out like a ...
A coating that detects and releases—in the same material—sounds like a researcher's dream. But in practice, that single layer has to survive two very ...
Imagine you're a neutrophil. You sense a faint trail of bacterial peptides, a chemotactic gradient that pulls you toward a wound. Now imagine a synthe...
Here's a scene you've probably lived: you synthesize a new theranostic nanoparticle, load it with doxorubicin, conjugate a fluorescent sensor for matr...
Two years ago, a team at Stanford spent six months tuning a drift compensation algorithm for a neural probe. The drift vanished—on the bench. In vivo,...
Sodium alginate gels shrink when pH drops below 3.5. Polyacrylamide swells in alkaline conditions. And your theranostic interface relies on a finely t...
Every theranostic surface is a liar. It promises to sense and respond, but over hours or days, its molecular landscape shifts—receptors bury, linkers ...
Theranostic drifting scaffolds promise a revolutionary closed loop: implant, release drug, and watch via dual-modal imaging. But there's a catch that ...
You synthesized a pH-responsive theranostic scaffold that lit up perfectly at pH 6.8. Six month later, the same scaffold barely flickers at pH 6.5. Wh...
Chronic immune drift is the slow, cumulative shift in immune state over months to years. It happens in aging, chronic infection, autoimmune progressio...
You have a theranostic coating that releases drug like a burst—and the diagnostic signal crawls behind like a reluctant witness. The mismatch is not j...
Imagine a smart bandage that only releases antibiotics when both bacterial enzymes and low pH are present — a classic dual-trigger theranostic interfa...