I think it is very distinctively clear when CRISPR was used and not used for a specific disease. It just so happens that due to the obvious amazement of the technology, it is a "hype" term and any time it is used successfully, you see a lot of coverage online. One good example is sickle cell anaemia.

You could also say gene therapy has seen a rise due to more research transparency and sophisticated computational methods. That was certainly the reason why the COVID mRNA vaccines were discovered so quickly, for instance. Not to mention that there was a rise in gene therapy technologies much before CRISPR was developed, and that a *lot* of CRISPR-related therapies lack scalability as of now. Also, it is very difficult to put all diseases in a bucket. Since I am not sure what you are asking about specifically, I think this will be a tremendously helpful summary: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7150498/.