Autologous Exosomes and Rapid Stem Cell Isolation
REGENERATE REJUVENATE RAPIDLY...
Rapid Autologous, Closed-System Isolation of Adipose Stem Cells and Exosomes for Immediate Same Procedure Use.*
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STEP 1: Obtain Adipose Tissue
Simply collect fat by way of standard liposuction with mechanical assistance or RF energy. Collect the infranatant.
STEP 2: Pass SVF Through CaptuRE(TM) Column
Infranatant is run through the CaptuRE(TM) Column and adipose stem cells are captured on a proprietary substrate. Inflammatory cells and contaminates are washed free from the column.. (Use the Maxi for liposuction total volumes under 2L, the Midi for volumes under 1L and Mini for volumes under 100cc.)
STEP 3: Rapidly Isolate Exosomes & Store Stem Cells
Elute the exosomes with minimal processing. May be used immediately for an Exosome Lift(TM) following micro needling or fractionated laser. Immobilized stem cells may be directly cryopreserved on the beads or transported to any tissue processing center for further culture or tissue banking.
Nanoprp
Draw blood
Collect Plasma Phase
Draw blood
Standard blood draw using sterile vials with anticoagulant (ACD) to prevent clumping.
Centrifuge
Collect Plasma Phase
Draw blood
PRP is isolated using any standard centrifuge. 5 minutes at 3000 RCF to separate phases.
Collect Plasma Phase
Collect Plasma Phase
Use proprietary syringe filter
Simple extraction using a 5mL syringe with a 16 gauge needle.
Use proprietary syringe filter
Microneedling or Fractionated E
Use proprietary syringe filter
The PRP is gently filtered through a proprietary surging filter to separate out exosomes at the nanometric level.
Exosomes are now free flowing
Microneedling or Fractionated E
Microneedling or Fractionated E
Unlike standard PRP that has activated fibrin particles preventing free flow of exosomes, the NanoPRP(TM) process removes this obstacle unlocking full regenerative power.
Microneedling or Fractionated E
Microneedling or Fractionated E
Microneedling or Fractionated E
Dermal penetration by micro needling or fractionated energy. Exosome miRNA binding can be improved with pulsed RF.