CryoSurge · Technology relationships
Freeze stage · sublimation stage · machine · control
CryoSurge and the Panacea technologies around itWhich technology does what, and where in the run it works
CryoSurge is an event; DCSN and DCSA act on it; the Lyochrysalis is the machine it happens in and S3Pulse is the control system that reads it. The drying-stage technologies work downstream, on the cake the freeze has made.
01The map
CryoSurge™
The nucleation-induced crystallisation exotherm: a sudden rise in product temperature when ice nucleates in a supercooled formulation, recorded per holder as onset, peak and return.
DCSN — Dicoias CryoSurge Smart Nucleation
An on-demand, time-metered gas pulse with a mechanical burst that forces nucleation at a chosen product temperature, replacing random supercooling with a deterministic, operator-triggered event.
DCSA — Dicoias CryoSurge Smart Annealing
Annealing guided by the recorded landmarks: cool back to the onset, warm under control to the natural peak, hold, then freeze to the ULT target. Not conventional annealing. DCSA →
CryoFlare
A sharp drop in product temperature during sublimation — an unwanted event that can crack the Lyoprester, watched for in primary drying. CryoSurge rises in freezing; CryoFlare drops in sublimation; the two are never conflated. cryoflarepoint.com →
Cryolapse™
Cryogenic pressure collapse under S3Pulse control: vapour redistributed through the whole cake, not only its surface, impeding crust formation. cryolapse.com →
Lyochrysalis™
The integrated chamber that houses the whole drying stack, and the research platform on which CryoSurge is observed, holder by holder. lyochrysalis.com →
S3Pulse™
The control brain of Panacea hardware: it runs the Lyochrysalis, reads every probe, records the CryoSurge landmarks, runs DCSN and DCSA and keeps the run record. s3pulse.com →
LyoLevit™
The cake levitates and spins in high orbit, driven by ultrasound and RF. DCSA conditions the frozen cake upstream; LyoLevit works on that cake during sublimation. lyolevit.com →
TgShift™
Raises the cake’s glass-transition temperature with RF instead of chilling below it — a drying-stage technology, downstream of the freeze that CryoSurge describes. tgshift.com →
Lyoprester®
The dual-chamber cartridge whose cake the freeze shapes: autoreconstitution-enabled, vacuum-sealed and argon-filled. lyoprester.com →
Concept: Bogdan Dicoias · Published by Panacea Bio Chem Scientific Communications · first edition, 4 November 2026 · Evidence last searched 4 November 2026 (PubMed) — every study cited here was read from its PubMed record; first-party facts come from Panacea Bio Chem’s S3Pulse records.
Panacea Peptides · Panacea Bio Chem · Bogdan Dicoias · Panacea Technologies — CryoSurge detection, DCSN and DCSA are technologies invented by Bogdan Dicoias at Panacea Bio Chem.
