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BEGIN:VEVENT
UID:20261113T045919Z - 62445@eupv304
DTSTART;TZID=Europe/Brussels:20261106T084500
DTEND;TZID=Europe/Brussels:20261106T160000
CREATED:20261113T045919Z
DESCRIPTION:<a href="https://www.analis.com/event/analis-academy-beyond-the
 -spin-ev-isolation-characterisation-318/register">Analis Academy - Beyond 
 the Spin: The Art and Science of EV Isolation and Characterisation</a>\nIs
 olating EVs is easy. Isolating EVs you can trust is not. Every EV research
 er knows the frustration: a protocol that works beautifully in one lab\, b
 ut not in yours. Co-isolated lipoproteins that complicate downstream prote
 omics. A density gradient that takes hours of hands-on work to prepare\, a
 nd still introduces variability. Downstream characterisation data that rai
 ses more questions than it answers. Beyond the Spin is a one-day scientifi
 c session dedicated to what happens between the sample and the data: how i
 solation strategy\, centrifugation design and characterisation choices are
  not three separate steps\, but parts of one interconnected workflow. Thro
 ughout the day\, experts from UGent LECR (Laboratory of Experimental Cance
 r Research)\, VIB-UGent Center for Inflammation Research\, Beckman Coulter
  Life Sciences and Analis will share practical\, transferable insights —
  from gradient planning and contaminant removal\, to rotor selection and f
 low cytometry for EVs and other sub-micron particles. The programme will a
 lso include a hands-on demonstration of the OptiMATE Gradient Maker\, show
 ing how automated gradient preparation can help reduce manual handling and
  improve consistency in density-gradient workflows. Real science\, real pr
 otocols\, real trade-offs\, real questions. WHAT YOU WILL TAKE HOMEUnderst
 and the principles behind the spin: Learn how ultracentrifugation separate
 s particles\, from differential sedimentation and rate-zonal separation to
  buoyant-density and equilibrium approaches and understand how to select t
 he right principle for your EV workflow.Take the principles back to your o
 wn workflow: Leave with a framework for choosing and designing an ultracen
 trifugation strategy based on what you want to separate\, why you want to 
 separate it\, and what you need to do with the sample afterwards.Different
 ial versus density gradient ultracentrifugation (matching [...]
DTSTAMP:20261113T045919Z
LOCATION:The Core - zaal Together - Ingang 37a/b\, Corneel Heymanslaan 10\,
  9000 GENT\, Belgium
SUMMARY:Analis Academy - Beyond the Spin: The Art and Science of EV Isolati
 on and Characterisation
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.analis.com/event/analis-a
 cademy-beyond-the-spin-ev-isolation-characterisation-318/register">Analis 
 Academy - Beyond the Spin: The Art and Science of EV Isolation and Charact
 erisation</a>\nIsolating EVs is easy. Isolating EVs you can trust is not. 
 Every EV researcher knows the frustration: a protocol that works beautiful
 ly in one lab\, but not in yours. Co-isolated lipoproteins that complicate
  downstream proteomics. A density gradient that takes hours of hands-on wo
 rk to prepare\, and still introduces variability. Downstream characterisat
 ion data that raises more questions than it answers. Beyond the Spin is a 
 one-day scientific session dedicated to what happens between the sample an
 d the data: how isolation strategy\, centrifugation design and characteris
 ation choices are not three separate steps\, but parts of one interconnect
 ed workflow. Throughout the day\, experts from UGent LECR (Laboratory of E
 xperimental Cancer Research)\, VIB-UGent Center for Inflammation Research\
 , Beckman Coulter Life Sciences and Analis will share practical\, transfer
 able insights — from gradient planning and contaminant removal\, to roto
 r selection and flow cytometry for EVs and other sub-micron particles. The
  programme will also include a hands-on demonstration of the OptiMATE Grad
 ient Maker\, showing how automated gradient preparation can help reduce ma
 nual handling and improve consistency in density-gradient workflows. Real 
 science\, real protocols\, real trade-offs\, real questions. WHAT YOU WILL
  TAKE HOMEUnderstand the principles behind the spin: Learn how ultracentri
 fugation separates particles\, from differential sedimentation and rate-zo
 nal separation to buoyant-density and equilibrium approaches and understan
 d how to select the right principle for your EV workflow.Take the principl
 es back to your own workflow: Leave with a framework for choosing and desi
 gning an ultracentrifugation strategy based on what you want to separate\,
  why you want to separate it\, and what you need to do with the sample aft
 erwards.Differential versus density gradient ultracentrifugation (matching
  [...]
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