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8/4/2019 Cryopette presentation
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Cryopette
demonstration
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Cryopette is now CE marked and FDA cleared!
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Cryopette
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Cryopette product specifications
Straw: Polycarbonate plastic (inner diameter: 275m)
Bulb: Silicone
Max volume in straw: 1.2l
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Heat sealer
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UltraSeal 21 ultrasonic sealer
8/4/2019 Cryopette presentation
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Cutting block / razor
Razor-like item must be used to open the Cryopetteto avoidsqueezing the opening
Any sharp razor, scalpel, surgical scissor or other sharp cuttingdevice will work fine..
8/4/2019 Cryopette presentation
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CryoBath with rack
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Alternative goblets and cryocanes
www.minitube.de
If customers has storage facilities that do NOT fit our 13mm gobletsand canes or the above shown alternatives please get as much infoas possible and we will assist in finding a solution
HUMAGENMEDICULT MIDATLANTIC
8/4/2019 Cryopette presentation
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Labelling the Cryopette
System from Brady recommended
Wrap label with patient informationaround the bulb
HUMAGENMEDICULT MIDATLANTIC
8/4/2019 Cryopette presentation
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Cryopetteprotocol - Cooling
1. Prepare Blastocyst(s) in preferredvitrification cooling media.
2. Label Cryopettewith patient informationand attach to the Displacement Bulb.
3. Squeeze bulb and gently loadBlastocyst(s) in an unbroken columnof media.
4. Confirm that Blastocyst(s)are located correctly
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Cryopetteprotocol Cooling (cont)
5. Seal open end of Cryopette
6. Confirm secure seal by depressing Bulb
under microscope while looking for any leaks.
7. Plunge Cryopette into the liquid nitrogen
reservoir.Store the sealed Cryopette into goblet on cryocane.
Once experienced, whole procedure takes
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Cryopetteprotocol - Warming
1. Remove Cryopettefrom liquidnitrogen and completely submerge into37C water for 5 seconds.
Gently wipe off excess water.
2. Open Cryopettewith sharp razorjust above the heat seal at SealingMark.
3. Gently depress Displacement Bulband expel Blastocyst(s) into preferredvitrification warming media.
37C
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Clinical data
Mouse (127) and abnormal human (38)blastocysts vitrified with CryopetteandCryoloop (open system)
24-48hr post-warming blastocysts wereexamined for re-expansion
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8/4/2019 Cryopette presentation
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Mouse blastocysts vitrified with Cryopette
(n=73) and Cryotip (n=70) Recovery and survival were evaluated
following warming
RecoveredNot
recoveredSurvival
(recovered cells) Not survived
Cryopette
(n=73)73
(100%)70
(96%)3
(4%)
Cryoptip(n=70)
57(81%)
13(19%)
48(84%)
9(16%)
Total: 143 130 13 118 12
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MII Oocytes No %
Warmed 53
Recovered 53 100
Survived 49 92.4
Preliminary data* document great recovery
Visual inspection possible (correct position of cells and quality of seal)
Controlled transfer under visual inspection (with other devices cells arewashed off the carrier into the warming medium)
*Dal Canto, presented at ORIGIO booth at ASRM 2010unpublished data using protocol described in Fadini et al. 2009, RBM Online.
*Dal Canto, unpublished data usingprotocol described in Fadini et al. 2009,RBM Online.
Blastocysts; n=40(25 patients)
Closed system(Cryopette)
Recovery (%) 100
Survival (%) 88.9
Clinical PR/transfer (%) 33.3
Implantation rate (%) 25
D2/D3 embryos; n=69(37 patients)
Closed system(Cryopette)
Recovery (%) 100
Survival (%) 98.5
Clinical PR/transfer (%) 27.3
Implantation rate (%) 17.6
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8/4/2019 Cryopette presentation
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Medicult vitrification cooling protocol
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8/4/2019 Cryopette presentation
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8/4/2019 Cryopette presentation
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Medicult vitrification warming protocol
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8/4/2019 Cryopette presentation
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8/4/2019 Cryopette presentation
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Cooling rates - open vs closed vitrification devices
Camus et al, 2006
Closed
OpenCryopette