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mNSET™ (Non-Surgical Embryo Transfer) Device for Mice 60010 [$275/box] [In stock Feb 2023]
60010 (10 devices per box)
Item is currently out of stock. Please contact ParaTechs for availability. See product 60020 for AI and pathogen transfer.
ParaTechs’ mNSET™ (Non-Surgical Embryo Transfer) Device for Mice 60010 revolutionizes mouse uterine embryo transfer by reducing cost and eliminates the need for animal anesthesia and recovery normally required for conventional surgical procedures. Compare this methodology with the time, expense, and training required to accomplish the same task with other methods and you will discover that the NSET procedure is humane, quick, and cost effective.
The mNSET Device for Mice 60010 is manufactured in the USA, solely for ParaTechs Corporation, by an FDA Registered Medical Device Manufacturer and ISO 13485:2003 Registered Company and is EtO (Ethylene Oxide) sterilization processed. Patent Information: Non-Surgical Embryo Transfer Method and Apparatus, United States Patent 9,615,903. [PDF]
Harmonized Tariff: 3926.90.9910
10% Discount on orders of 10 or more boxes. Discount applies automatically at checkout.
mNSET 60010 Videos
Watch all 3 mouse NSET demonstration videos:
Rodent Embryo Transfer and the 3Rs
mNSET 60010 Full Procedure Demonstration Video
mNSET 60010 Quick Procedure Only Video
mNSET 60010 Webinars
Watch both webinars presented by Dr. Barbara Stone, Director of Rodent Assisted Reproductive Technologies, ParaTechs Corporation
Rodent Embryo Transfer and the 3Rs
The Future of Mouse Embryo Transfer: Achieving the 3Rs with the NSET Device
Labroots Webinar ABSTRACT: Non-surgical transfer techniques for mouse embryos and sperm provide animal welfare benefits for assisted reproduction of mice. While surgical embryo transfer (ET) is an effective method for transfer of embryos into the uterine horn of mice, surgery is expensive, time consuming, and requires technical expertise. Surgery is also a stressful procedure for the mouse, which has to be anesthetized and treated with an analgesic. We have developed a simple, brief procedure for ET using a non-surgical embryo transfer (NSET) device. Once embryos are loaded into the NSET device, the tapered NSET catheter passes through the vagina and traverses the cervix to deposit the embryos into the uterine horn of a recipient mouse. Since the NSET procedure does not require sedation, opening of the inner body cavity, or use of an analgesic, this procedure is less stressful for the mouse than surgery. In proof, our results show that when pseudopregnant mice are monitored by electrocardiography, the non-surgical procedure does not affect heart rate. The NSET procedure also has no effect on the level of the stress biomarker fecal corticosterone measured by ELISA analysis. However, surgery or anesthesia does lower heart rate and increases levels of fecal corticosterone. Additional studies show that the NSET procedure is effective for transfer of mouse embryos for the purposes of rederivation, cryorecovery, and transgenic research. Embryos can be successfully transferred with the NSET technique after cryopreservation, in vitro fertilization (IVF), or embryonic stem (ES) cell injection as an alternative to traditional surgical embryo transfer. The NSET device has also successfully transferred mouse sperm for artificial insemination. Therefore, the NSET technique is an example of a 3Rs refinement, an alternative to a surgical procedure, which will lead the way for improved assisted reproductive techniques in mice.
Mouse Embryo Transfer:
Embryo transfer after DNA microinjection
ES cell chimeric blastocyst transfer
Cryopreserved embryo transfer
Embryo transfer after in vitro fertilization
Embryo transfer for rederivation
Small volume material transfer to the uterine horn. For larger volume transfer, please consider the mC&I device which has a 40µl capacity.
Mouse Sperm Transfer for Artificial Insemination (AI): Fresh sperm
Pathogen Transfer: Chlamydia trachomatis
Eliminates the pain and distress of surgery
No anesthesia required
Eliminates need for post-surgical monitoring of animals
Reduces regulatory burden by eliminating need to justify survival surgery
Eliminates surgical instruments and time-consuming pre- and post-surgical processes
Greatly reduces time required to become proficient in embryo transfer or artificial insemination (AI)