OPS STRAW: FOR VITRIFICATION, GAMMA IRRADIATED, 10/PKG
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OPS STRAW: FOR VITRIFICATION, GAMMA IRRADIATED, 10/PKG
This product is a set of OPS straws designed for professional use in vitrification processes for cells such as oocytes, embryos, or similar biological samples. The straws are sterilized by gamma irradiation to ensure a high level of sterility and come in a package containing ten straws.
Allows for ultra-fast cooling and warming rates by reducing sample volume and increasing the contact surface area.
Facilitates sample loading and unloading using capillary action, reducing stress during handling.
Proven effective in maintaining the viability of oocytes and embryos in various species such as cattle and goats.
Conveniently packaged with ten straws per package, suitable for laboratory workflow.
Package contains 10 individual straws.
After storage, the straw is warmed, and the sample is unloaded into the appropriate warming medium.
Sample size and precise procedural parameters should be determined by a qualified veterinarian or embryologist based on the animal species, sample type, and clinical or research requirements.
Main Benefits
Gamma irradiation sterilization provides a high level of cleanliness suitable for sensitive freezing processes.Allows for ultra-fast cooling and warming rates by reducing sample volume and increasing the contact surface area.
Facilitates sample loading and unloading using capillary action, reducing stress during handling.
Proven effective in maintaining the viability of oocytes and embryos in various species such as cattle and goats.
Conveniently packaged with ten straws per package, suitable for laboratory workflow.
Components
OPS straws made from biocompatible plastic, pre-sterilized by gamma irradiation.Package contains 10 individual straws.
Instructions for Use
Used in vitrification by loading the sample into the narrow end of the straw using capillary action, then quickly immersing it in the freezing medium.After storage, the straw is warmed, and the sample is unloaded into the appropriate warming medium.
Sample size and precise procedural parameters should be determined by a qualified veterinarian or embryologist based on the animal species, sample type, and clinical or research requirements.
