In this study, we introduce a newly designed technique called clipping to help stabilize the imaged embryos. Furthermore, this setup has potential for high-throughput imaging of live embryos using large volume coils in combination with individual inductive coupling loops for each embryo. Our results showed that the clipping technique secure the embryo for an extended imaging time of more than 90 minutes. The combination of volume coil and inductive coupling loop [ref] helps increasing the signal to noise ratio (SNR) for more than 3 folds compare to the volume coil alone and closely reach the level of commercial 4 channel received only surface coil.
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