Just wondering with the the US 2000 Pro device would that be useful for frozen shoulder? I have dupuytren's contracture on my left hand which will be operated on in a couple of weeks time, but the frozen shoulder is making sleep difficult and these 2 issues seem to go together and it seems like inflammation plays a big part. Would I be better off using ultrasound directly on the shoulder, or Vagus nerve or both? I am using redlight therapy but there seems to be no respite from the pain.

I saw on Sterlings X post that there was going to be a new ultrasound machine that does 40HZ, when will that be coming out as I was going to buy a device, but I might aswell wait until this one comes out, as long as it does all the frequencies that the US 2000 pro does.

If you need yet *another* reason to buy a 1MHz Ultrasound device - maybe this one will move you to action. Ultrasound on the Vagus Nerve especially - and in other regions where Neurons encode Memories - which is categorically also happening in your *Vagus Nerve* - is one of the best neuro-interventions you can make that doesn't involve drugs or brain implants. This is even one of those things you can even if you already have a half-decent memory ! 5-Days was all it took to see a 25% improvement. Precision neuromodulation has reached a critical milestone. Recent research into Theta-burst Transcranial Ultrasound Stimulation (TB-TUS) reveals a profound capacity to recalibrate the human semantic network. Targeting the left inferior temporal gyrus with a 1 MHz carrier frequency at 6 Hz theta rhythms, the protocol mimics endogenous oscillations to facilitate long-term potentiation. The biochemical results are stark: a 12% increase in glutamate and an 8% reduction in GABA. This neurochemical shift, paired with a 0.8% increase in gray matter volume, indicates genuine structural plasticity. Participants demonstrated an 18% improvement in semantic retrieval accuracy, compounding to 25% over a five-day protocol. This represents a literal tuning of neural architecture. It provides a high-precision, non-invasive roadmap for reversing cognitive attrition in aging and neurodegenerative disorders. https://www.nature.com/articles/s41467-026-69579-7