The new BBO CryoProbe offers the highest commercially available sensitivity for the broadest range of nuclei, designed for both observe and inverse detection

The new BBO CryoProbes offers the highest commercially available sensitivity for the broadest range of nuclei, designed for both observe and inverse detection.

The BBO CryoProbe is designed for highest sensitivity on the broadest range of nuclei. Besides ¹H and ¹⁹F, all NMR nuclei in the range ³¹P to ¹⁵N can be observed / irradiated, except the frequency range between 199Hg and 153Eu. All of these nuclei can be fully automatically selected and optimally tuned and matched by using the ATM option.

Concerning ¹⁹F observation and decoupling Bruker offers two different BBO CryoProbe design: The BBFO and BBO H&F.

BBFO has the capacity to observe ¹H with ¹⁹F decoupling (and vice-versa) and to perform one or higher dimensional ¹H/¹⁹F spectroscopy with optimal quality.

BBO H&F was designed for enhanced ¹⁹F and ¹³C sensitivity compared to BBFO. ¹⁹F can be adjusted via tuning the ¹H channel to ¹⁹F. Of course ¹H observe with ¹⁹F decoupling (and vice-versa) is no longer possible but besides the standard experiments BB observe with ¹H decoupling the BBO H%F is capable for BB observe with ¹⁹F decoupling.

Hence the BBO CryoProbe is destined to be your workhorse probe for routine NMR with high sensitivity and/or high throughput. In addition it provides a great solution for research applications on less commonly measured nuclei as well as low natural abundance / low sensitivity nuclei.