DKK 2.630,00
Not in stock, delivery 1-2 weeks
Stampwell stamps imprint arrays of wells in hydrogels in just one time. Nothing more to do than load your samples into the wells and image. 4 different stamnps according to positioning and size of the fish.
Larvae 1:
• Shape of the wells: Fish body and tali (Zebrafish larvae)
• Material: PU
• Depth of the wells: 1.4 mm
• Dimensions of the smaller wells: 4 (1.8 for the body and 2.2 for the tail) x 0.65 mm
• Dimensions of the intermediate wells: 5 (2.25 for the body and 2.75 for the tail) x 0.8 mm
• Dimensions of the largest wells: 6 (2.7 for the body and 3.3 for the tail) x 0.96 mm
• Number of pins: 5 large pins ideal for the 9-14 dpf zebrafishes + 5 medium pins ideal for the 6-9 dpf zebrafishes + 5 small pins ideal for the 3-6 dpf zebrafishes
Key features:
1. Save time: no need to manually position your samples individually. Fish embryos/larvae will self-position in the wells.
2. Boost your assay reproducibility: once loaded in the wells, your samples are perfectly positioned, aligned and located on a similar focal plane.
3. Open system: direct access to embryos/larvae for adding external compounds (i.e. drug screening).
4. User-friendly and economic, easy to handle and usable dozens of times
4. Compatible with a wide variety of hydrogels
5. Easy to keep track of samples located with their alpha-numerical register mark
A technology designed by Gaëlle Recher
Powered by the Mount(n) technology (UniverSlide) published in Scientific Reports
GRE-MOU-U
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments.
Suitable for organoid culture & imaging.
Mold an array of 81x U-bottom microwells.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-Lar1
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Create arrays of microwells in hydrogels to immobilize and image fish larvae from 15 to 20dpf14dpf.
10 triangular wells in 2 different sizes.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-EMB2
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Creates arrays of microwells in hydrogels to immobilize and image fish larvae lying on the side.
18 Zebrafish larvae shaped wells.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-REC
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Creates arrays of microwells in hydrogels to immobilize and image fish larvae.
35 rectangular wells.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-V300
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments. Suitable for organoid culture & imaging.
42 wells per stamp, well bottom diameter: 300μm
Package size: 1 unit
DKK 2.630,00
GRE-MOU-V500
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments. Suitable for organoid culture & imaging.
42 wells per stamp, well bottom diameter: 500μm
Package size: 1 unit
DKK 2.630,00
