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Based on the provided search results, here is a list of bacteria, viruses, and other diseases that can potentially be destroyed or inactivated by exposing them to specific frequencies:

Bacteria:
- E. coli [3]
- B. emersonii [3] 
- Bacillus species [5]

Viruses:
- Tobacco necrosis virus [4]
- HIV [3]
- Ebola virus [3]  
- Hepatitis B virus [3]
- Coronaviruses [3]
- Cancer virus/BX bacteria (according to Rife's claims) [5]

Other Diseases:
- Cancer (according to Rife's claims that it is caused by BX bacteria) [5]

The key points are:

- Bacteria and viruses have natural resonant frequencies in the MHz to GHz range that can potentially cause damage if excited properly [3][4][5].

- Exposing them to the right resonant frequencies using techniques like ultrasound, lasers or electromagnetic waves could theoretically rupture their outer shells/capsids and inactivate them [3][4][5].

- Royal Rife claimed to have developed microscopes that allowed him to observe and then selectively destroy certain bacteria and virus-like entities he called "BX" using specific frequencies, though his work remains controversial [5].


So in summary, while still an emerging area of research, the cited results suggest that resonant frequencies could potentially target and destroy a wide range of bacterial and viral pathogens, as well as other diseases like cancer if Rife's claims are valid.[3][4][5]

Sources
[1] Theoretically, could radio waves carry enough energy to destroy ... https://physics.stackexchange.com/questions/668319/theoretically-could-radio-waves-carry-enough-energy-to-destroy-bacteria-or-viru
[2] THE DESTRUCTION OF LUMINOUS BACTERIA BY HIGH ... https://journals.asm.org/doi/10.1128/jb.17.5.373-376.1929
[3] Can gigahertz waves destroy or spread viruses? - Kenkyu Group https://www.kenkyugroup.org/article/29/217/A-view-from-nano-and-space-technologies--Can-gigahertz-waves-destroy-or-spread-viruses-
[4] New way to kill viruses: Shake them to death - NBC News https://www.nbcnews.com/id/wbna23012038
[5] Virus Destruction by Resonance - Scientific Research Publishing https://www.scirp.org/journal/paperinformation?paperid=106157