WEBVTT 00:00:00.000 --> 00:00:03.500 You know, the world of orthopedics in 2025, it 00:00:03.500 --> 00:00:05.500 isn't just about fixing bones anymore, is it? 00:00:05.519 --> 00:00:08.339 Not at all. It feels like it's exploding with 00:00:08.339 --> 00:00:10.439 cutting edge technology, really transforming 00:00:10.439 --> 00:00:12.699 how care is delivered right now. It certainly 00:00:12.699 --> 00:00:15.539 is a very exciting time. Welcome to the deep 00:00:15.539 --> 00:00:18.629 dive. You sent us well. Quite a stack of sources, 00:00:18.789 --> 00:00:21.550 the latest articles, press releases, expert insights, 00:00:21.989 --> 00:00:24.289 all buzzing with the newest innovations in orthopedic 00:00:24.289 --> 00:00:27.129 care. Our mission today is to guide you through 00:00:27.129 --> 00:00:29.750 this material to unpack the most important bits 00:00:29.750 --> 00:00:32.009 of knowledge you need to know about what's happening 00:00:32.009 --> 00:00:35.479 this year. Sounds good. And joining me to navigate 00:00:35.479 --> 00:00:38.960 these, frankly, quite exciting trends is our 00:00:38.960 --> 00:00:42.100 expert guide for this deep dive, Professor Mo 00:00:42.100 --> 00:00:45.420 Imam. Thank you. It's a real pleasure to explore 00:00:45.420 --> 00:00:47.439 such a dynamic field with you. It's moving so 00:00:47.439 --> 00:00:50.280 quickly. Absolutely. So looking across these 00:00:50.280 --> 00:00:53.310 sources... A few major themes just jump out immediately, 00:00:53.490 --> 00:00:55.990 don't they? They really do. We're seeing the, 00:00:55.990 --> 00:00:58.570 well, the pervasive influence of AI, genuinely 00:00:58.570 --> 00:01:01.909 revolutionary surgical technologies, smarter 00:01:01.909 --> 00:01:05.590 implants built with advanced materials, and a 00:01:05.590 --> 00:01:08.230 huge shift towards patient -centered care, even 00:01:08.230 --> 00:01:10.530 outpatient care. Quite a list. It's a lot. But 00:01:10.530 --> 00:01:12.069 let's jump right in, shall we? See what these 00:01:12.069 --> 00:01:14.409 sources tell us. Let's do it. OK, the first thing 00:01:14.409 --> 00:01:17.109 that's just impossible to miss is AI. It feels 00:01:17.109 --> 00:01:20.030 like it's everywhere. But our sources highlight 00:01:20.030 --> 00:01:22.750 some specific, really powerful applications in 00:01:22.750 --> 00:01:25.689 orthopedics. They seem to go way beyond simple 00:01:25.689 --> 00:01:29.329 image analysis or diagnosis. What's really grabbing 00:01:29.329 --> 00:01:31.250 you here? Well, I think what really stands out 00:01:31.250 --> 00:01:34.590 is how AI is integrating into quite fundamental 00:01:34.590 --> 00:01:36.909 processes. Take surgical planning, for instance. 00:01:36.969 --> 00:01:39.909 OK. Historically, getting a detailed 3D anatomical 00:01:39.909 --> 00:01:42.489 model for complex surgeries needed high radiation 00:01:42.489 --> 00:01:45.489 CT scans, maybe MRI, and the manual work to segment 00:01:45.489 --> 00:01:48.650 those images. That could take days, sometimes 00:01:48.650 --> 00:01:51.409 weeks. Right, a real bottleneck. Exactly. But 00:01:51.409 --> 00:01:54.310 these sources show AI -driven tools can now generate 00:01:54.310 --> 00:01:57.310 these detailed 3D models, and increasingly from 00:01:57.310 --> 00:01:59.310 standard x -rays. Hold on, from x -rays? That 00:01:59.310 --> 00:02:01.909 sounds like a huge shift, doesn't it? It is. 00:02:02.310 --> 00:02:06.689 Think about it. Less radiation, less cost. potentially 00:02:06.689 --> 00:02:09.490 much more accessible. That's one of those real 00:02:09.490 --> 00:02:11.370 sort of nuggets from this material, I think. 00:02:11.930 --> 00:02:15.169 This single advancement dramatically lowers the 00:02:15.169 --> 00:02:17.550 barriers to sophisticated planning. It gives 00:02:17.550 --> 00:02:20.110 surgeons access to critical insights much faster. 00:02:20.909 --> 00:02:23.370 It potentially turns a process that took weeks 00:02:23.370 --> 00:02:27.289 into, well, just a few clicks. And it helps ensure 00:02:27.289 --> 00:02:29.889 consistent quality, opens up advanced planning 00:02:29.889 --> 00:02:32.770 to many more cases. Okay, so beyond just planning 00:02:32.770 --> 00:02:36.409 the shapes, what else is AI doing? Well, it's 00:02:36.409 --> 00:02:38.310 proving crucial in predictive modeling, too. 00:02:38.830 --> 00:02:41.590 Imagine you're designing an implant. AI can analyze 00:02:41.590 --> 00:02:43.810 vast data sets to predict its performance under 00:02:43.810 --> 00:02:46.330 various stresses. Or it could anticipate how 00:02:46.330 --> 00:02:48.610 different surgical techniques might fare in specific 00:02:48.610 --> 00:02:51.110 patient anatomies. So trying to foresee problems. 00:02:51.330 --> 00:02:53.449 Precisely. And you see companies like Quest Diagnostics 00:02:53.449 --> 00:02:56.069 collaborating with Google Cloud, using generative 00:02:56.069 --> 00:02:59.270 AI specifically to streamline data. personalized 00:02:59.270 --> 00:03:01.610 parts of the customer experience. It shows how 00:03:01.610 --> 00:03:03.889 AI touches everything, really, from the lab right 00:03:03.889 --> 00:03:05.990 through to the clinic. And it's even transforming 00:03:05.990 --> 00:03:07.789 training. There's mention of redefined surgery, 00:03:07.789 --> 00:03:11.050 for example. They have an AI -powered immersive 00:03:11.050 --> 00:03:14.030 3D training platform. So better simulations. 00:03:14.129 --> 00:03:17.030 It's more than just simulation. It allows large 00:03:17.030 --> 00:03:19.550 -scale training delivered by top experts, but 00:03:19.550 --> 00:03:22.389 in very realistic scenarios. Think about the 00:03:22.389 --> 00:03:24.909 bottleneck in surgical training through traditional 00:03:24.909 --> 00:03:26.870 fellowships. Right. It's very limited, one -on 00:03:26.870 --> 00:03:29.939 -one, often. Exactly. This platform offers the 00:03:29.939 --> 00:03:33.259 potential to scale expertise much more rapidly, 00:03:33.580 --> 00:03:35.699 training thousands simultaneously. That potential 00:03:35.699 --> 00:03:39.139 scale for training is, well, it's quite astonishing. 00:03:39.780 --> 00:03:41.780 So pulling this together then for, you know, 00:03:41.900 --> 00:03:44.780 the patient or the surgeon, what's the practical 00:03:44.780 --> 00:03:47.080 benefit of all this AI integration? What does 00:03:47.080 --> 00:03:49.900 it really mean? Day to day. For the surgeon. 00:03:50.139 --> 00:03:52.680 It's about enhanced precision, definitely, but 00:03:52.680 --> 00:03:55.860 also remarkable efficiency. Reducing complex 00:03:55.860 --> 00:03:58.800 planning to minutes, that saves incredibly valuable 00:03:58.800 --> 00:04:01.520 time. For the patient, it points towards better 00:04:01.520 --> 00:04:04.280 outcomes. Because the planning is more precise, 00:04:04.900 --> 00:04:07.479 it's potentially more personalized based on insights 00:04:07.479 --> 00:04:10.400 from enormous data sets. And as you pointed out, 00:04:10.439 --> 00:04:12.759 in some cases, it means reducing radiation exposure, 00:04:13.159 --> 00:04:16.259 shifting from CT or MRI to x -rays for that 3D 00:04:16.259 --> 00:04:18.569 modeling. Right. So fundamentally, it's enabling 00:04:18.569 --> 00:04:21.009 better, faster and potentially safer planning. 00:04:21.329 --> 00:04:23.389 Better decision making before the first decision 00:04:23.389 --> 00:04:26.949 is even made. OK, let's move then from the planning 00:04:26.949 --> 00:04:32.069 stage into the operating theater itself. Once 00:04:32.069 --> 00:04:34.660 the surgeon is scrubbed in. What sort of advanced 00:04:34.660 --> 00:04:37.779 technology is guiding their hands, or maybe giving 00:04:37.779 --> 00:04:39.959 them a better view? Right. This is where robotic 00:04:39.959 --> 00:04:42.319 assistance and advanced visualization are really 00:04:42.319 --> 00:04:44.420 making significant impacts. Robotics, yeah. That 00:04:44.420 --> 00:04:45.819 feels like it's been growing for a while. It 00:04:45.819 --> 00:04:48.180 has, and it continues its rapid expansion. The 00:04:48.180 --> 00:04:50.709 market for orthopedic surgical robots. I mean, 00:04:51.110 --> 00:04:52.689 the projection is something like $16 billion 00:04:52.689 --> 00:04:55.490 by 2030. That gives you an idea of how mainstream 00:04:55.490 --> 00:04:58.350 this is becoming. Huge numbers. But are the robots 00:04:58.350 --> 00:05:01.009 doing the surgery? No, no. It's important to 00:05:01.009 --> 00:05:03.350 be clear. These systems aren't replacing the 00:05:03.350 --> 00:05:06.250 surgeon. They're augmenting them. OK, augmenting. 00:05:06.350 --> 00:05:09.110 They enhance precision. They help reduce variability. 00:05:10.060 --> 00:05:12.600 Maybe consistency is a better word. Yeah, especially 00:05:12.600 --> 00:05:15.079 in complex procedures like total knee replacements 00:05:15.079 --> 00:05:18.699 hip surgery spinal fusions Robots help with incredibly 00:05:18.699 --> 00:05:21.800 precise implant alignment for example, and they 00:05:21.800 --> 00:05:25.139 facilitate minimally invasive approaches Which 00:05:25.139 --> 00:05:27.620 of course is a key driver for faster patient 00:05:27.620 --> 00:05:31.139 recovery, right? We see established systems like 00:05:31.139 --> 00:05:33.800 Zimmer biomets our rosé hip system being used 00:05:33.800 --> 00:05:36.259 quite routinely now in procedures like direct 00:05:36.259 --> 00:05:38.899 anterior total hip replacement Okay, so the robots 00:05:38.899 --> 00:05:41.759 help with the doing What about the seeing? How 00:05:41.759 --> 00:05:44.319 are surgeons getting better eyes inside the body 00:05:44.319 --> 00:05:46.800 during the procedure? Ah, that's another really 00:05:46.800 --> 00:05:49.339 fascinating area. Surgical navigation is moving 00:05:49.339 --> 00:05:51.199 beyond just traditional screens placed somewhere 00:05:51.199 --> 00:05:54.360 in the OR. OK. Augmented reality, even holographic 00:05:54.360 --> 00:05:57.259 navigation. They're really emerging now. Novorod's 00:05:57.259 --> 00:05:58.939 Vizar system is a great example mentioned in 00:05:58.939 --> 00:06:01.459 the sources. It's essentially a surgical GPS. 00:06:01.639 --> 00:06:05.100 A GPS for surgery. Kind of. It projects anatomical 00:06:05.100 --> 00:06:08.600 imaging, could be 2D images, could be 3D holograms 00:06:08.600 --> 00:06:10.680 directly onto the patient's body right in the 00:06:10.680 --> 00:06:12.360 surgeon's field of view. Wow. OK. So they're 00:06:12.360 --> 00:06:14.339 seeing the plan overlayed on the actual patient. 00:06:14.560 --> 00:06:16.759 Exactly. And it provides incredibly accurate 00:06:16.759 --> 00:06:18.819 guidance, apparently down to the millimeter. 00:06:19.079 --> 00:06:22.920 And we're seeing FDA clearances now for these 00:06:22.920 --> 00:06:25.720 AR and AI guidance platforms, companies like 00:06:25.720 --> 00:06:28.720 Medivis, Pixi Medical, Proprio. They're even 00:06:28.720 --> 00:06:31.339 getting clearance for use in US ambulatory surgery 00:06:31.339 --> 00:06:33.370 centers. which suggests they're becoming more 00:06:33.370 --> 00:06:36.209 practical, more accessible. Precisely. It speaks 00:06:36.209 --> 00:06:38.610 to their increasing practicality. And it's not 00:06:38.610 --> 00:06:42.209 just AR, advanced 3D optical scanners, like those 00:06:42.209 --> 00:06:44.310 from Visi, which used to be advanced scanners. 00:06:44.689 --> 00:06:47.009 They're providing detailed intraoperative imaging 00:06:47.009 --> 00:06:49.790 and software analysis too. So real -time information. 00:06:49.970 --> 00:06:52.310 Real -time actionable intelligence right there 00:06:52.310 --> 00:06:54.629 during complex procedures. It really sounds like 00:06:54.629 --> 00:06:56.709 these technologies are taking complex surgeries 00:06:56.709 --> 00:06:58.920 and... I don't know, by adding these layers of 00:06:58.920 --> 00:07:01.100 precision and real -time data visualization, 00:07:02.079 --> 00:07:04.680 they're making them potentially simpler to execute, 00:07:04.920 --> 00:07:06.459 safer for the patient. That's a great way to 00:07:06.459 --> 00:07:08.819 put it, I think. It's about providing sophisticated 00:07:08.819 --> 00:07:11.339 tools that enhance the surgeon's own innate skill 00:07:11.339 --> 00:07:13.779 and judgment, making the incredibly challenging 00:07:13.779 --> 00:07:15.779 slightly more manageable, perhaps, and certainly 00:07:15.779 --> 00:07:18.300 more consistent. Like giving surgeons a new set 00:07:18.300 --> 00:07:21.300 of finely tuned senses. Yes, exactly. OK, let's 00:07:21.300 --> 00:07:23.310 shift gears slightly then. We've talked about 00:07:23.310 --> 00:07:25.850 the planning tools, the tools for surgical execution. 00:07:26.470 --> 00:07:28.910 What about what actually stays inside the body, 00:07:29.329 --> 00:07:32.170 the implants themselves? What's new and impactful 00:07:32.170 --> 00:07:34.810 in materials and functionality this year? Right. 00:07:34.939 --> 00:07:38.079 implant innovation. Well, it feels like it's 00:07:38.079 --> 00:07:41.360 undergoing a bit of a renaissance. One key trend 00:07:41.360 --> 00:07:44.439 is the increased use of biodegradable materials. 00:07:44.899 --> 00:07:47.959 Think magnesium alloys or bio -resorbable screws 00:07:47.959 --> 00:07:50.259 and plates. Things that dissolve. Essentially, 00:07:50.439 --> 00:07:53.399 yes. The market for these is projected to grow 00:07:53.399 --> 00:07:56.500 significantly, potentially over $16 billion by 00:07:56.500 --> 00:07:58.959 2035, according to one source. And the benefit? 00:07:59.300 --> 00:08:01.259 The real benefit is they're designed to safely 00:08:01.259 --> 00:08:04.189 dissolve within the body over time. So for patients, 00:08:04.670 --> 00:08:06.850 maybe particularly in trauma cases or pediatric 00:08:06.850 --> 00:08:09.529 cases where bones heal and hardware might otherwise 00:08:09.529 --> 00:08:12.410 need removing later. Ah, avoiding a second surgery. 00:08:12.610 --> 00:08:15.170 Exactly. Avoiding a second operation altogether. 00:08:15.810 --> 00:08:17.990 That's a significant win for the patient, obviously. 00:08:18.689 --> 00:08:21.269 Less risk, less cost, less recovery time. Definitely. 00:08:21.730 --> 00:08:23.930 What else is happening with materials? Another 00:08:23.930 --> 00:08:27.660 critical area is fighting infection. Antimicrobial 00:08:27.660 --> 00:08:30.100 coatings are being developed for implants. We 00:08:30.100 --> 00:08:33.379 see companies like Onco Surgical or Zimmer Biomet's 00:08:33.379 --> 00:08:35.820 Persona Solution, PPS Femur mentioned. Because 00:08:35.820 --> 00:08:38.620 infection is still a big risk. It remains a persistent, 00:08:38.960 --> 00:08:41.860 serious risk in implant surgery, yes. So materials 00:08:41.860 --> 00:08:45.000 engineered to actively combat that risk are vital. 00:08:45.940 --> 00:08:49.220 We're also seeing composite polymers, ceramics, 00:08:49.399 --> 00:08:52.220 being engineered not just for strength, but to 00:08:52.220 --> 00:08:56.000 actively encourage bone growth. To improve osseointegration 00:08:56.000 --> 00:08:57.840 to integration. That's the bone bonding with 00:08:57.840 --> 00:09:00.159 the implant. That's the crucial process Yes, 00:09:00.399 --> 00:09:03.019 where your natural bone tissue grows onto and 00:09:03.019 --> 00:09:04.940 bonds with the implant surface for stability 00:09:04.940 --> 00:09:08.039 Getting that right is key to long -term success. 00:09:08.139 --> 00:09:10.519 Okay materials getting smarter And then there 00:09:10.519 --> 00:09:12.740 are smart implants that always sounds a bit science 00:09:12.740 --> 00:09:14.519 fiction, but they're very real now aren't that 00:09:14.519 --> 00:09:16.559 what do they actually do? They're very real, 00:09:16.740 --> 00:09:20.059 yes. And quite remarkable. Smart implants basically 00:09:20.059 --> 00:09:23.399 have tiny sensors embedded within them. Okay. 00:09:23.679 --> 00:09:26.539 After surgery, they collect real -time objective 00:09:26.539 --> 00:09:29.240 data right from inside the patient's body. What 00:09:29.240 --> 00:09:31.460 kind of data? We're talking about medical grade 00:09:31.460 --> 00:09:33.980 data. Things like range of motion, how the implant 00:09:33.980 --> 00:09:36.919 is aligning, weight bearing, even step count, 00:09:37.460 --> 00:09:40.539 or early indicators of how the healing is progressing. 00:09:40.740 --> 00:09:43.139 Right. Data you couldn't get otherwise. Exactly. 00:09:43.480 --> 00:09:46.100 And this data can be transmitted wirelessly to 00:09:46.100 --> 00:09:49.279 the surgeon or the clinical team. Zimmer Biomed's 00:09:49.279 --> 00:09:51.500 Persona IQ Smart Knee Implant is probably the 00:09:51.500 --> 00:09:54.100 most prominent example right now. It provides 00:09:54.100 --> 00:09:56.139 really valuable insights into how the patient 00:09:56.139 --> 00:09:58.639 is actually recovering once they're outside the 00:09:58.639 --> 00:10:00.740 clinic walls. So instead of just asking the patient, 00:10:00.980 --> 00:10:02.899 you know, how are you feeling at a follow -up 00:10:02.899 --> 00:10:06.340 appointment weeks later, the surgeon has objective 00:10:06.340 --> 00:10:08.259 data on their recovery journey from day one. 00:10:08.500 --> 00:10:11.240 Precisely. This data -driven approach is fundamentally 00:10:11.240 --> 00:10:13.710 changing post -operative care. Well, it allows 00:10:13.710 --> 00:10:17.309 clinicians to monitor recovery remotely. They 00:10:17.309 --> 00:10:19.970 can potentially intervene earlier if issues arise. 00:10:20.629 --> 00:10:23.629 And they can tailor the rehabilitation plan much 00:10:23.629 --> 00:10:26.370 more effectively to the individual patient. There 00:10:26.370 --> 00:10:28.309 are companies, like Inkwell Health mentioned 00:10:28.309 --> 00:10:31.350 in the sources, specifically focused on providing 00:10:31.350 --> 00:10:33.830 clinicians with this kind of real -time data 00:10:33.830 --> 00:10:37.830 to truly optimize that recovery process. It moves 00:10:37.830 --> 00:10:41.090 follow -up care from being periodic snapshots 00:10:41.090 --> 00:10:43.470 to something much closer to continuous monitoring. 00:10:43.649 --> 00:10:45.950 That connectivity and data, it brings us nicely 00:10:45.950 --> 00:10:48.470 to the final major trend we're seeing across 00:10:48.470 --> 00:10:51.950 these sources, personalization and making patient 00:10:51.950 --> 00:10:54.990 care much more patient -centric. How do all these 00:10:54.990 --> 00:10:57.429 technologies tie Well, the demand for solutions 00:10:57.429 --> 00:10:59.289 tailored to the individual is definitely a major 00:10:59.289 --> 00:11:01.049 driving force. Right. And this starts with things 00:11:01.049 --> 00:11:03.889 like patient -specific implants and custom surgical 00:11:03.889 --> 00:11:06.950 guides, using detailed imaging, often enhanced 00:11:06.950 --> 00:11:09.590 by AI analysis, as we discussed and produced 00:11:09.590 --> 00:11:12.070 with advanced manufacturing techniques like 3D 00:11:12.070 --> 00:11:14.370 printing. Companies like Restore Third are mentioned 00:11:14.370 --> 00:11:17.529 as focusing on this. Surgeons can get implants 00:11:17.529 --> 00:11:19.970 and tools designed precisely for a patient's 00:11:19.970 --> 00:11:23.529 unique anatomy. So a better fit. The aim is absolutely 00:11:23.529 --> 00:11:26.399 a better fit. better function, and ultimately 00:11:26.399 --> 00:11:29.519 better longevity for the implant. It's a direct 00:11:29.519 --> 00:11:31.980 link back to the AI and the advanced imaging 00:11:31.980 --> 00:11:34.600 we talked about earlier. Makes sense. And this 00:11:34.600 --> 00:11:36.860 drive for personalization also extends to where 00:11:36.860 --> 00:11:39.639 care is delivered. There's a really significant 00:11:39.639 --> 00:11:42.820 trend towards more outpatient surgeries, often 00:11:42.820 --> 00:11:46.159 performed in Amulatory Surgery Centers, or ASCs. 00:11:46.340 --> 00:11:49.120 Right. And why is that shift happening now, particularly? 00:11:49.399 --> 00:11:51.519 It's several factors coming together, really. 00:11:52.039 --> 00:11:54.320 Improved surgical techniques, certainly. less 00:11:54.320 --> 00:11:56.320 invasive approaches, which are enabled by the 00:11:56.320 --> 00:11:58.600 robotics and navigation we mentioned, better 00:11:58.600 --> 00:12:01.179 pain management, shorter acting anesthetics, 00:12:01.320 --> 00:12:04.179 they all contribute. But crucially, changes from 00:12:04.179 --> 00:12:06.200 bodies like the Centers for Medicare and Medicaid 00:12:06.200 --> 00:12:09.679 Services, CMS, in the US are adding more orthopedic 00:12:09.679 --> 00:12:12.240 procedures to the list that are covered in ASCs. 00:12:12.480 --> 00:12:14.480 That makes it more financially viable. Ah, the 00:12:14.480 --> 00:12:16.659 payment structures are catching up. Exactly. 00:12:17.019 --> 00:12:19.419 And for patients, this often means potentially 00:12:19.419 --> 00:12:21.980 shorter hospital stays or no overnight stay at 00:12:21.980 --> 00:12:24.259 all, recovering in the comfort of their own home 00:12:24.259 --> 00:12:28.960 faster and often lower costs compared to a traditional 00:12:28.960 --> 00:12:30.919 hospital setting. That sounds like a win -win. 00:12:31.460 --> 00:12:33.659 In many cases, it can be. And alongside that 00:12:33.659 --> 00:12:35.820 shift in location, digital health solutions are 00:12:35.820 --> 00:12:37.720 improving access and streamlining the patient 00:12:37.720 --> 00:12:40.840 journey. Well, the Hurt app is an interesting 00:12:40.840 --> 00:12:45.019 example mentioned. It offers free 247 virtual 00:12:45.019 --> 00:12:47.360 access to orthopedic expertise by partnering 00:12:47.360 --> 00:12:49.539 with physician groups. So quick advice anytime. 00:12:49.860 --> 00:12:52.240 It helps patients get quick advice outside standard 00:12:52.240 --> 00:12:54.740 clinic hours, yes. And it potentially alleviates 00:12:54.740 --> 00:12:57.539 some pressure on busy clinics. Partnerships, 00:12:57.679 --> 00:12:59.639 like the one mentioned between hurt and relation, 00:13:00.159 --> 00:13:02.039 are focused on improving this kind of access 00:13:02.039 --> 00:13:05.590 and the user experience. Other digital platforms 00:13:05.590 --> 00:13:07.629 are helping practices manage patient engagement, 00:13:07.990 --> 00:13:10.830 data analytics, operational efficiency, smoothing 00:13:10.830 --> 00:13:13.549 the whole process. And we probably shouldn't 00:13:13.549 --> 00:13:17.049 forget regenerative medicine, things like PRP, 00:13:17.230 --> 00:13:19.809 stem cell injections. These offer non -surgical 00:13:19.809 --> 00:13:21.990 personalized options for certain conditions, 00:13:22.549 --> 00:13:26.169 which meets that growing patient demand for less 00:13:26.169 --> 00:13:28.149 invasive alternatives where they're appropriate. 00:13:28.409 --> 00:13:30.330 It's fascinating, actually, how all these threads 00:13:30.330 --> 00:13:34.080 seem to connect. You've got AI refining. the 00:13:34.080 --> 00:13:36.519 planning and enabling personalized implants, 00:13:37.299 --> 00:13:39.580 then advanced surgical tech allowing for less 00:13:39.580 --> 00:13:42.320 invasive approaches, which enables the shift 00:13:42.320 --> 00:13:44.840 to outpatient care. Exactly. And then the smart 00:13:44.840 --> 00:13:47.980 implants providing the data for that personalized 00:13:47.980 --> 00:13:50.360 remote recovery monitoring. Absolutely. When 00:13:50.360 --> 00:13:53.179 you look across all these trends, the AI, robotics, 00:13:53.519 --> 00:13:55.779 AR, smart implants, personalized approaches, 00:13:56.399 --> 00:13:58.879 the shift outpatient care, they really do all 00:13:58.879 --> 00:14:00.840 seem to converge on the same goals. Which are? 00:14:01.000 --> 00:14:04.220 Increasing precision, accelerating recovery times, 00:14:04.419 --> 00:14:07.580 improving outcomes, and ultimately making orthopedic 00:14:07.580 --> 00:14:09.899 care significantly more patient -centered in 00:14:09.899 --> 00:14:12.580 2025. It really is an incredibly exciting time 00:14:12.580 --> 00:14:14.460 in the field. And if you found this deep dive 00:14:14.460 --> 00:14:17.259 valuable, perhaps consider rating the show or 00:14:17.259 --> 00:14:19.179 sharing it with a colleague who might also find 00:14:19.179 --> 00:14:22.460 it insightful. As we wrap up, though, these rapid 00:14:22.460 --> 00:14:25.039 technological leaps are clearly reshaping the 00:14:25.039 --> 00:14:27.519 landscape. But it does leave us with a compelling 00:14:27.519 --> 00:14:29.679 question, doesn't it? Perhaps one for you, the 00:14:29.679 --> 00:14:32.659 listener, to consider. As AI takes over more 00:14:32.659 --> 00:14:35.539 planning tasks, robots enhance execution, and 00:14:35.539 --> 00:14:37.720 smart implants provide this constant stream of 00:14:37.720 --> 00:14:40.659 data, how does the fundamental role of the human 00:14:40.659 --> 00:14:43.500 expert, the surgeon, the clinician actually change? 00:14:43.740 --> 00:14:46.139 That's the key question, isn't it? And on a larger 00:14:46.139 --> 00:14:48.659 scale, how will our health care systems truly 00:14:48.659 --> 00:14:52.019 adapt to integrate and manage all this new technology, 00:14:52.139 --> 00:14:55.120 the vast amount of data it generates, while still 00:14:55.120 --> 00:14:58.960 navigating the ethical considerations that inevitably 00:14:58.960 --> 00:15:02.360 come with such powerful tools? Indeed. The technology 00:15:02.360 --> 00:15:04.259 is a powerful enabler, there's no doubt. But 00:15:04.259 --> 00:15:06.960 human judgment, empathy, expertise, they remain 00:15:06.960 --> 00:15:09.100 absolutely critical in actually delivering care. 00:15:09.740 --> 00:15:12.309 Technology is a tool, not the whole answer. A 00:15:12.309 --> 00:15:14.070 lot to think about as these innovations continue 00:15:14.070 --> 00:15:16.090 to unfold. Thank you so much for joining us for 00:15:16.090 --> 00:15:18.370 this deep dive into the cutting edge of orthopedic 00:15:18.370 --> 00:15:20.409 innovation in 2025. My pleasure. Thank you.