WEBVTT 00:00:11.720 --> 00:00:15.060 Breaking free from the chains of the past Where 00:00:15.060 --> 00:00:18.820 truth moves faster than a Holstein calf No law 00:00:18.820 --> 00:00:21.660 waiting on some printed page We're charting new 00:00:21.660 --> 00:00:25.300 ground in the digital age From genomic codes 00:00:25.300 --> 00:00:29.120 to robot facts We cut through the noise, no hold 00:00:29.280 --> 00:00:32.460 them back not your daddy's dairy news tonight 00:00:32.460 --> 00:01:03.560 we're sparking Welcome to the Bullvine Podcast, 00:01:04.040 --> 00:01:06.340 where we challenge conventional dairy industry 00:01:06.340 --> 00:01:09.180 wisdom and deliver the insights that matter most 00:01:09.180 --> 00:01:12.299 to your bottom line. I'm your host, bringing 00:01:12.299 --> 00:01:14.819 you another episode of fearless dairy journalism 00:01:14.819 --> 00:01:17.700 that cuts through the industry noise to reveal 00:01:17.700 --> 00:01:20.719 what's really happening in dairy operations worldwide. 00:01:21.500 --> 00:01:24.359 Today, we're diving deep into one of the most 00:01:24.359 --> 00:01:27.260 controversial topics in modern dairy management. 00:01:27.769 --> 00:01:30.730 mastitis treatment costs. What if I told you 00:01:30.730 --> 00:01:33.370 that the mastitis protocols your veterinarian 00:01:33.370 --> 00:01:36.090 recommends might actually be costing you more 00:01:36.090 --> 00:01:39.349 money than the disease itself? That's not just 00:01:39.349 --> 00:01:42.230 a provocative statement. It's a documented reality 00:01:42.230 --> 00:01:44.750 backed by research from Michigan State University, 00:01:45.170 --> 00:01:48.590 Norwegian National Dairy Programs, and comprehensive 00:01:48.590 --> 00:01:52.530 studies across 69 research publications. We're 00:01:52.530 --> 00:01:55.030 about to explore how progressive farms are slashing 00:01:55.030 --> 00:01:58.390 mastitis treatment costs by 60 % while achieving 00:01:58.390 --> 00:02:00.569 better outcomes than conventional protocols. 00:02:00.989 --> 00:02:04.750 This episode reveals the $2 .3 billion industry 00:02:04.750 --> 00:02:08.289 secret that's reshaping dairy economics. You'll 00:02:08.289 --> 00:02:11.150 discover why 90 % of clinical mastitis cases 00:02:11.150 --> 00:02:15.069 receive antibiotic treatment when only 30 % actually 00:02:15.069 --> 00:02:17.830 benefit from it. How Norwegian dairy operations 00:02:17.830 --> 00:02:21.639 reduced mastitis costs from 9 .2 % to just 1 00:02:21.639 --> 00:02:25.259 .7 % of milk price and why alternative treatments 00:02:25.259 --> 00:02:28.240 are delivering equivalent cure rates with dramatically 00:02:28.240 --> 00:02:32.319 reduced milk withdrawal periods. Whether you're 00:02:32.319 --> 00:02:35.379 managing 100 cows or 1 ,000, the evidence -based 00:02:35.379 --> 00:02:37.639 strategies we're discussing today could save 00:02:37.639 --> 00:02:41.699 your operation $50 ,000 or more annually. So 00:02:41.699 --> 00:02:44.479 grab your coffee and let's challenge some assumptions 00:02:44.479 --> 00:02:47.460 about mastitis management that might be quietly 00:02:47.460 --> 00:02:51.110 draining your profitability. This is the Bullvine 00:02:51.110 --> 00:02:54.169 Podcast, where dairy truth meets dairy profit. 00:02:54.409 --> 00:02:56.849 Welcome back to the Bullvine Podcast, the show 00:02:56.849 --> 00:02:59.229 that digs deep into the topics that matter most 00:02:59.229 --> 00:03:02.590 to dairy producers. Today, we're embarking on 00:03:02.590 --> 00:03:05.050 a deep dive into something truly game -changing, 00:03:05.090 --> 00:03:07.330 I think. We're looking at a feature article from 00:03:07.330 --> 00:03:09.370 the Bullvine that's already sparking a lot of 00:03:09.370 --> 00:03:12.409 conversation and, frankly, challenging some long 00:03:12.409 --> 00:03:14.449 -held assumptions in dairy management. That's 00:03:14.449 --> 00:03:17.289 right. Our mission today is, well, to unpack 00:03:17.289 --> 00:03:20.219 a really startling premise. What if the very 00:03:20.219 --> 00:03:22.639 treatments you're faithfully applying for mastitis 00:03:22.639 --> 00:03:25.379 are actually costing you more money than the 00:03:25.379 --> 00:03:27.840 disease itself? It sounds provocative, maybe 00:03:27.840 --> 00:03:30.520 even counterintuitive, you know, especially when 00:03:30.520 --> 00:03:32.400 we're used to relying on established veterinary 00:03:32.400 --> 00:03:34.979 protocols. But the insights from this article 00:03:34.979 --> 00:03:38.479 are genuinely eye -opening. They point to a path 00:03:38.479 --> 00:03:40.240 where farms are cutting their mastitis treatment 00:03:40.240 --> 00:03:44.840 costs by like a staggering 60%. 60%, wow. Yeah, 00:03:44.900 --> 00:03:47.219 leading to annual savings of $50 ,000 or more. 00:03:47.419 --> 00:03:51.000 $50 ,000 annually. Yeah. That's not just a number, 00:03:51.039 --> 00:03:53.020 is it? I mean, for any dairy operation, whether 00:03:53.020 --> 00:03:55.759 you're a small family farm or a large commercial 00:03:55.759 --> 00:03:59.039 facility, that's a fundamental shift in profitability. 00:03:59.419 --> 00:04:02.560 It suggests, we're not talking about small incremental 00:04:02.560 --> 00:04:05.879 tweaks here. It's more like a complete reevaluation 00:04:05.879 --> 00:04:09.400 of how we approach utter health. And when you 00:04:09.400 --> 00:04:11.819 consider that mastitis is estimated to cause 00:04:11.819 --> 00:04:15.460 over $32 billion in losses globally each year. 00:04:16.279 --> 00:04:18.040 I mean, this isn't just about individual farm 00:04:18.040 --> 00:04:20.800 economics. It's about a massive industry wide 00:04:20.800 --> 00:04:24.300 financial drain. It really is a huge drain. So 00:04:24.300 --> 00:04:26.800 if there's a better, more cost effective way 00:04:26.800 --> 00:04:29.560 to manage it, we absolutely need to explore it. 00:04:29.600 --> 00:04:31.600 And that's exactly where the initial skepticism 00:04:31.600 --> 00:04:33.540 often comes in, isn't it? Yeah, I can see that. 00:04:33.660 --> 00:04:35.740 When you hear a claim like your current mastitis 00:04:35.740 --> 00:04:37.839 protocols costing you tens of thousands a year, 00:04:37.920 --> 00:04:39.860 it's natural to think, wait a minute, I trust 00:04:39.860 --> 00:04:42.290 my vet. I trust my practices. Of course. But 00:04:42.290 --> 00:04:44.110 the numbers presented in this article, they really 00:04:44.110 --> 00:04:46.470 compel us to look closer. We're talking about 00:04:46.470 --> 00:04:49.050 a global market for bovine mastitis treatment 00:04:49.050 --> 00:04:53.509 that hovers around $1 .67 billion to maybe $2 00:04:53.509 --> 00:04:57.110 .66 billion annually. Okay. Now, that's a significant 00:04:57.110 --> 00:04:59.110 amount of money circulating within the treatment 00:04:59.110 --> 00:05:01.810 market itself. It is. But as you highlighted, 00:05:02.009 --> 00:05:05.550 that figure just, well, it... pales in comparison 00:05:05.550 --> 00:05:09.550 to the $32 billion worldwide loss from the disease 00:05:09.550 --> 00:05:12.990 itself. Exactly. That huge disparity, that yawning 00:05:12.990 --> 00:05:15.509 gap between what we spend on treatment and what 00:05:15.509 --> 00:05:18.689 the disease actually costs us, that's what immediately 00:05:18.689 --> 00:05:21.310 signals a fundamental inefficiency in our current 00:05:21.310 --> 00:05:23.589 approach. Right. It's like pouring water into 00:05:23.589 --> 00:05:26.290 a leaky bucket. A lot of effort, a lot of expense, 00:05:26.490 --> 00:05:28.670 but the problem just keeps going. Precisely. 00:05:28.670 --> 00:05:31.670 And what's fascinating here is how directly this 00:05:31.670 --> 00:05:34.430 connects to your farm's bottom line, your actual 00:05:34.430 --> 00:05:38.050 profit. With class three milk prices as of June 00:05:38.050 --> 00:05:42.269 2025, sitting in the $18 to $19 per hundred weight 00:05:42.269 --> 00:05:44.529 range, I mean, every single dollar you can save 00:05:44.529 --> 00:05:46.790 on treatment costs or by eliminating milk discard 00:05:46.790 --> 00:05:48.949 goes straight into your profitability. It's not 00:05:48.949 --> 00:05:51.129 theoretical at all. No, it's a direct, tangible 00:05:51.129 --> 00:05:52.930 impact on your take -home earnings. It's, you 00:05:52.930 --> 00:05:54.769 know, the difference between maybe just breaking 00:05:54.769 --> 00:05:57.370 even and actually thriving. That brings us directly 00:05:57.370 --> 00:06:01.050 to what the article provocatively calls the flawed 00:06:01.050 --> 00:06:05.060 logic. of blanket treatment it argues that many 00:06:05.060 --> 00:06:08.420 of our current somatic cell count or sec management 00:06:08.420 --> 00:06:12.360 strategies are effectively bleeding profitability 00:06:12.360 --> 00:06:16.680 from dairy operations bleeding profitability 00:06:16.680 --> 00:06:19.759 that's a strong phrase it is think of it this 00:06:19.759 --> 00:06:23.040 way imagine you're managing a crop field you 00:06:23.040 --> 00:06:25.740 wouldn't blindly apply expensive fertilizer to 00:06:25.740 --> 00:06:28.230 every single acre Without first doing a soil 00:06:28.230 --> 00:06:30.790 test. No, of course not. That'd be crazy. You 00:06:30.790 --> 00:06:32.769 wouldn't waste resources on areas that don't 00:06:32.769 --> 00:06:34.509 need it or apply the wrong type of nutrient. 00:06:35.050 --> 00:06:37.449 It just doesn't make sense. And yet that's precisely 00:06:37.449 --> 00:06:39.550 what's happening with mastitis, according to 00:06:39.550 --> 00:06:41.370 the research highlighted here. We're often applying 00:06:41.370 --> 00:06:43.589 antibiotics universally or, you know, using a 00:06:43.589 --> 00:06:45.129 one -size -fits -all approach. Without really 00:06:45.129 --> 00:06:47.569 diagnosing anything specific. Exactly. Without 00:06:47.569 --> 00:06:50.389 truly diagnosing the specific bacterial culprit 00:06:50.389 --> 00:06:53.129 or even confirming if bacteria are present at 00:06:53.129 --> 00:06:55.990 all. If your bulk tank SEC consistently runs 00:06:55.990 --> 00:06:59.290 above, say, 200 ,000 cells a ml, the article 00:06:59.290 --> 00:07:01.389 suggests you're likely experiencing this economic 00:07:01.389 --> 00:07:04.350 hemorrhaging on a pretty significant scale. And 00:07:04.350 --> 00:07:06.230 maybe not even realizing the full extent of it. 00:07:06.290 --> 00:07:08.449 Right. You're pouring precious resources, time, 00:07:08.730 --> 00:07:13.170 labor, drugs, and crucially, lost milk into treatments 00:07:13.170 --> 00:07:15.449 that, well, they might not even be necessary 00:07:15.449 --> 00:07:17.930 or effective. And the research findings back 00:07:17.930 --> 00:07:20.670 this up in a pretty shocking way, actually. Studies 00:07:20.670 --> 00:07:23.290 consistently show that somewhere between 90 % 00:07:23.290 --> 00:07:27.509 and 100 % of clinical mastitis cases get antibiotic 00:07:27.509 --> 00:07:29.529 treatment. Which sounds like standard practice. 00:07:29.870 --> 00:07:32.839 It does. But here's the kicker, the point that 00:07:32.839 --> 00:07:36.759 truly demands our attention. Only about 30 % 00:07:36.759 --> 00:07:39.480 of those cases actually benefit from that antibiotic 00:07:39.480 --> 00:07:42.259 treatment. Wait, say that again? Only 30 %? Yeah, 00:07:42.360 --> 00:07:44.660 about 30%. So think about that for a moment. 00:07:44.720 --> 00:07:47.240 You are effectively treating 7 out of 10 cows 00:07:47.240 --> 00:07:49.839 unnecessarily with antibiotics. 7 out of 10, 00:07:49.980 --> 00:07:52.040 wow. This is where the economic hemorrhaging 00:07:52.040 --> 00:07:54.370 becomes like... a torrent especially if your 00:07:54.370 --> 00:07:58.069 herd's sec is consistently high it's basically 00:07:58.069 --> 00:08:01.050 the equivalent of giving a potent expensive drug 00:08:01.050 --> 00:08:03.910 for maybe a viral infection that will clear on 00:08:03.910 --> 00:08:06.329 its own or worse for something that isn't even 00:08:06.329 --> 00:08:09.149 an infection exactly for a condition that isn't 00:08:09.149 --> 00:08:11.750 even there and the cost isn't just the drug it's 00:08:11.750 --> 00:08:13.790 the whole ripple effect through your operation 00:08:13.790 --> 00:08:16.410 right what's even more fascinating and frankly 00:08:16.410 --> 00:08:19.290 kind of sobering is understanding the true cost 00:08:19.290 --> 00:08:22.180 per case The research shows this wide range, 00:08:22.459 --> 00:08:27.360 anywhere from maybe $120 up to as high as $444 00:08:27.360 --> 00:08:33.399 per case. $444 per case? $444, that's a lot per 00:08:33.399 --> 00:08:35.879 case. It is, and there's a frequently cited 2015 00:08:35.879 --> 00:08:39.679 study pinpointing that $444 number specifically 00:08:39.679 --> 00:08:42.100 for cases occurring within the first 30 days 00:08:42.100 --> 00:08:44.470 of lactation. And it's important to break down 00:08:44.470 --> 00:08:47.009 where that $444 actually comes from, right? It's 00:08:47.009 --> 00:08:48.909 not just the tube of antibiotic. Not at all. 00:08:48.929 --> 00:08:51.750 It's this complex web of consequential costs. 00:08:51.990 --> 00:08:53.789 So the primary components, according to the article, 00:08:53.950 --> 00:08:56.330 include an average of 31 % from reduced milk 00:08:56.330 --> 00:08:58.730 production. That's the biggest chunk. Lost milk. 00:08:58.889 --> 00:09:01.809 Then another 23 % from premature culling. Cows 00:09:01.809 --> 00:09:04.070 leaving the herd too soon. Which is a huge hidden 00:09:04.070 --> 00:09:07.490 cost, too. Definitely. Then about 24 % from veterinary 00:09:07.490 --> 00:09:09.149 and drug costs. That's the part we usually think 00:09:09.149 --> 00:09:11.470 of first. Right. The direct expense. A significant 00:09:11.470 --> 00:09:14.370 18 % from discarded milk. We'll come back to 00:09:14.370 --> 00:09:17.309 that. And about 4 % from excess labor. So when 00:09:17.309 --> 00:09:20.649 you add all that up. That $444 hit, especially 00:09:20.649 --> 00:09:22.990 during that critical early lactation period, 00:09:23.090 --> 00:09:26.169 when a cow's... peak productivity is so important, 00:09:26.330 --> 00:09:29.549 it's just a devastating financial blow. It really 00:09:29.549 --> 00:09:31.870 erodes your margins. And this leads us perfectly 00:09:31.870 --> 00:09:34.610 into what the article calls milk discard economics. 00:09:35.049 --> 00:09:37.389 And this is truly where it gets really interesting. 00:09:37.649 --> 00:09:40.509 It's a fundamental game changer in how we should 00:09:40.509 --> 00:09:43.309 be thinking about mastitis treatment. Research 00:09:43.309 --> 00:09:45.590 demonstrates that the cost of discarded milk 00:09:45.590 --> 00:09:49.269 represents a staggering 53 % to 80 % of your 00:09:49.269 --> 00:09:51.909 direct out -of -pocket treatment costs. 53 % 00:09:51.909 --> 00:09:55.450 to 80%. Just the discarded milk. Just the discarded 00:09:55.450 --> 00:09:58.409 milk. This creates what the article calls a powerful 00:09:58.409 --> 00:10:01.470 value inversion, the drug cost, which might be, 00:10:01.490 --> 00:10:04.230 what, around $17 for a conventional antibiotic? 00:10:04.730 --> 00:10:06.289 Yeah, something like that. It suddenly seems 00:10:06.289 --> 00:10:08.149 almost irrelevant when you compare it to the 00:10:08.149 --> 00:10:10.710 massive losses incurred from that discarded milk. 00:10:10.950 --> 00:10:12.990 Okay, so what does that mean in practical terms 00:10:12.990 --> 00:10:15.149 for your operation for the listener? Well, each 00:10:15.149 --> 00:10:17.309 unnecessary day of treatment where that milk 00:10:17.309 --> 00:10:20.669 has to be dumped costs approximately $65 in discarded 00:10:20.669 --> 00:10:25.070 milk alone. $65 a day per cow. Per day. Let's 00:10:25.070 --> 00:10:28.570 make that concrete. $65 in lost income is equivalent 00:10:28.570 --> 00:10:31.610 to losing about 3 .5 pounds of milk at current 00:10:31.610 --> 00:10:34.750 Class 3 pricing. Wow. And this happens often 00:10:34.750 --> 00:10:37.330 because farmers tend to extend treatment for, 00:10:37.450 --> 00:10:40.570 say, five days, maybe even longer. Based purely 00:10:40.570 --> 00:10:43.330 on how the milk looks. Is it still clumpy? Is 00:10:43.330 --> 00:10:45.470 it watery? Exactly. They're waiting for it to 00:10:45.470 --> 00:10:47.830 look completely normal again. And that's the 00:10:47.830 --> 00:10:50.230 trap, isn't it? That visual cue doesn't necessarily 00:10:50.230 --> 00:10:53.519 correlate with bacterial cure. Not at all. The 00:10:53.519 --> 00:10:55.700 research shows that often the infection itself 00:10:55.700 --> 00:10:58.220 is cleared within maybe two to three days. But 00:10:58.220 --> 00:11:00.159 the milk might still look abnormal for longer. 00:11:00.559 --> 00:11:03.299 Inflammation takes time to resolve. Right. So 00:11:03.299 --> 00:11:05.460 if you're treating for five days when only two 00:11:05.460 --> 00:11:08.259 were truly needed, you're needlessly losing an 00:11:08.259 --> 00:11:11.779 additional $195 in discarded milk per case. Just 00:11:11.779 --> 00:11:14.809 poof. Gone. That's pure profit draining away 00:11:14.809 --> 00:11:17.190 for absolutely no clinical benefit. None. This 00:11:17.190 --> 00:11:19.289 lost production, that discarded milk, that's 00:11:19.289 --> 00:11:21.490 where the real money is being emerged. It completely 00:11:21.490 --> 00:11:24.509 redefines where your focus needs to be in terms 00:11:24.509 --> 00:11:26.970 of cost control. So what does all this mean for 00:11:26.970 --> 00:11:29.570 you, the dairy producer listening today? We'd 00:11:29.570 --> 00:11:31.950 really encourage you to, well, consider your 00:11:31.950 --> 00:11:34.789 current protocols. Yeah, take a hard look. Are 00:11:34.789 --> 00:11:37.830 you extending treatments based purely on visual 00:11:37.830 --> 00:11:41.110 appearance? Are you factoring in the full cost 00:11:41.110 --> 00:11:43.419 of milk discard? when you're making these treatment 00:11:43.419 --> 00:11:45.919 decisions. It's often a hidden cost, isn't it? 00:11:46.000 --> 00:11:49.019 But as this deep dive is revealing, it's a massive 00:11:49.019 --> 00:11:51.759 one. You really can't afford to ignore it. Okay, 00:11:51.820 --> 00:11:55.139 so if conventional practices are bleeding profits 00:11:55.139 --> 00:11:58.779 and the economic reality is shifting, that leads 00:11:58.779 --> 00:12:02.149 us to the next big question. Why does one size 00:12:02.149 --> 00:12:05.190 fits all treatment simply not work? It's all 00:12:05.190 --> 00:12:07.129 about what the article calls pathogen reality 00:12:07.129 --> 00:12:11.629 and the evolving landscape of antibiotic resistance. 00:12:11.950 --> 00:12:14.230 Most farms, whether you're an 80 cow operation 00:12:14.230 --> 00:12:17.870 in Wisconsin, 150 cow herd in Vermont, or a 2 00:12:17.870 --> 00:12:20.309 ,000 cow facility in California, they tend to 00:12:20.309 --> 00:12:22.789 treat every case of mastitis pretty much identically. 00:12:22.870 --> 00:12:25.590 Standard operating procedure, SOP. Exactly. They 00:12:25.590 --> 00:12:27.590 follow a standard protocol regardless of the 00:12:27.590 --> 00:12:29.970 underlying bacterial culprit. And that's precisely 00:12:29.970 --> 00:12:33.409 the problem. The causative pathogen plays a critical, 00:12:33.610 --> 00:12:36.830 often overlooked role in treatment efficacy. 00:12:37.559 --> 00:12:39.460 So it really matters which bug it is. It absolutely 00:12:39.460 --> 00:12:42.500 matters. While pasture -based systems, like those 00:12:42.500 --> 00:12:45.679 often found in New Zealand, might see lower overall 00:12:45.679 --> 00:12:47.980 mastitis rates because of different environmental 00:12:47.980 --> 00:12:50.460 exposures. Sure, different environment. Housed 00:12:50.460 --> 00:12:54.200 dairy operations globally face very similar pathogen 00:12:54.200 --> 00:12:56.419 challenges regardless of their size or location. 00:12:56.860 --> 00:12:59.360 It's not really about the system size, it's about 00:12:59.360 --> 00:13:01.659 the bugs themselves and how they behave in the 00:13:01.659 --> 00:13:03.460 udder. And this is where the research provides 00:13:03.460 --> 00:13:06.299 a really clear breakdown of why that uniform 00:13:06.299 --> 00:13:09.330 approach is costing operations thousands annually. 00:13:09.769 --> 00:13:12.350 It reveals the varying efficacy of antibiotics 00:13:12.350 --> 00:13:15.269 based on the type of pathogen involved. What's 00:13:15.269 --> 00:13:17.070 fascinating here is understanding the distinct 00:13:17.070 --> 00:13:19.929 categories. For gram -positive infections, things 00:13:19.929 --> 00:13:22.409 like certain strep species, streptococcus hubris, 00:13:22.509 --> 00:13:24.649 or streptococcus dysgalactia. The common ones. 00:13:24.830 --> 00:13:27.110 Yeah, the common gram -positives. In those cases, 00:13:27.190 --> 00:13:29.389 antibiotics do accelerate the cure and provide 00:13:29.389 --> 00:13:32.370 a clear clinical benefit. The antibiotic is indeed 00:13:32.370 --> 00:13:35.070 an effective and necessary tool there. Okay, 00:13:35.110 --> 00:13:37.190 so for those, treatment makes sense. It does. 00:13:37.450 --> 00:13:40.090 However, for gram -negative infections, the picture 00:13:40.090 --> 00:13:43.289 changes dramatically. Cathogens like E. coli, 00:13:43.330 --> 00:13:46.149 they have a high spontaneous cure rate. Meaning 00:13:46.149 --> 00:13:48.769 they often clear up on their own. Exactly. Often 00:13:48.769 --> 00:13:53.210 exceeding 70 % to 80%. This means the cow's own 00:13:53.210 --> 00:13:55.990 robust immune system can frequently clear the 00:13:55.990 --> 00:13:58.370 infection on its own within a few days. Wow. 00:13:58.470 --> 00:14:01.570 And antibiotics in these instances provide minimal, 00:14:01.570 --> 00:14:04.049 if any, additional benefit. They're often unnecessary. 00:14:04.799 --> 00:14:06.700 But they still incur all the costs. All the costs. 00:14:06.779 --> 00:14:09.340 The drug costs, and more significantly, that 00:14:09.340 --> 00:14:12.960 huge milk discard cost. And then, perhaps most 00:14:12.960 --> 00:14:15.659 startling, are the culture negative cases. Right. 00:14:15.820 --> 00:14:18.399 These account for a significant portion, anywhere 00:14:18.399 --> 00:14:21.519 from 10 % to maybe 40 % of clinical mastitis 00:14:21.519 --> 00:14:24.399 cases. 10 to 40%. Yeah. That's a big range, but 00:14:24.399 --> 00:14:26.679 even 10 % is significant. It is. And in these 00:14:26.679 --> 00:14:29.639 instances, no bacteria are present at all. So 00:14:29.639 --> 00:14:31.909 what causes the symptoms then? It might be an 00:14:31.909 --> 00:14:34.889 inflammatory response to, say, physical trauma 00:14:34.889 --> 00:14:37.789 or something non -infectious entirely. In such 00:14:37.789 --> 00:14:39.950 scenarios, antibiotics are completely unnecessary. 00:14:40.450 --> 00:14:43.250 They offer zero clinical benefit. So you're basically 00:14:43.250 --> 00:14:45.490 just throwing them away. Pretty much, along with 00:14:45.490 --> 00:14:48.549 all the associated milk discard. This pathogen 00:14:48.549 --> 00:14:51.450 reality, understanding which bug or if there's 00:14:51.450 --> 00:14:54.710 a bug, completely changes the economics of mastitis 00:14:54.710 --> 00:14:56.909 treatment. It really does. It shifts it from 00:14:56.909 --> 00:14:59.889 a simple drug decision to a much more complex 00:14:59.889 --> 00:15:03.299 data -driven one. Which brings us to, well, a 00:15:03.299 --> 00:15:05.799 controversial reality, one that truly challenges 00:15:05.799 --> 00:15:09.120 conventional veterinary wisdom. The increasing 00:15:09.120 --> 00:15:12.000 prevalence of multidrug -resistant isolates. 00:15:12.320 --> 00:15:15.980 Ah, resistance. Yeah. The big one. Yeah. The 00:15:15.980 --> 00:15:18.039 article cites a recent comprehensive analysis 00:15:18.039 --> 00:15:21.240 looked at 69 studies published between 2013 and 00:15:21.240 --> 00:15:24.740 2025. So very current data. Very current. And 00:15:24.740 --> 00:15:27.100 this vast body of research consistently found 00:15:27.100 --> 00:15:29.860 that multidrug -resistant bacteria are increasingly 00:15:29.860 --> 00:15:32.440 identified in clinical mastitis cases. Which 00:15:32.440 --> 00:15:34.240 means our standard drugs aren't working as well. 00:15:34.340 --> 00:15:37.000 Exactly. Even more alarming, E. coli was found 00:15:37.000 --> 00:15:39.840 to show resistance to all tested antimicrobials 00:15:39.840 --> 00:15:42.720 in some studies. All of them. All of them. And 00:15:42.720 --> 00:15:44.820 significant resistance patterns were observed 00:15:44.820 --> 00:15:48.159 in Staphylococcus species as well. To put that 00:15:48.159 --> 00:15:50.580 into perspective, the article notes a concerning 00:15:50.580 --> 00:15:54.340 52 % penicillin resistance in streptococcal mastitis 00:15:54.340 --> 00:15:57.559 infections. Half of them resistant to penicillin 00:15:57.559 --> 00:16:00.919 when it remains stays. Right. What that means 00:16:00.919 --> 00:16:02.919 for your farm is that the conventional treatments 00:16:02.919 --> 00:16:05.720 we've relied on for decades are becoming increasingly 00:16:05.720 --> 00:16:08.529 ineffective. While their costs... especially 00:16:08.529 --> 00:16:11.370 the discard costs, continue to rise. Exactly. 00:16:11.370 --> 00:16:13.929 It's a losing battle on two fronts if we just 00:16:13.929 --> 00:16:16.649 stick to the old ways. It compromises both your 00:16:16.649 --> 00:16:19.570 immediate profitability and the long -term health, 00:16:19.649 --> 00:16:21.970 the treatability of your herd. It feels like 00:16:21.970 --> 00:16:24.289 an unsustainable path, really. It does. And if 00:16:24.289 --> 00:16:25.830 we connect this to the bigger picture, you can 00:16:25.830 --> 00:16:28.230 see why this is so critical, not just for individual 00:16:28.230 --> 00:16:30.629 farms, but for the entire dairy industry. You 00:16:30.629 --> 00:16:32.929 mentioned the global perspective. Yeah, think 00:16:32.929 --> 00:16:35.490 about European Union firms, for example. They've 00:16:35.490 --> 00:16:37.720 been essentially forced to adopt... selective 00:16:37.720 --> 00:16:41.259 treatment approaches due to, well, stringent 00:16:41.259 --> 00:16:44.279 regulatory restrictions on antibiotic use. Right. 00:16:44.320 --> 00:16:45.919 They've tightened things up considerably over 00:16:45.919 --> 00:16:49.120 there. They have. And this has, in a way, created 00:16:49.120 --> 00:16:51.200 a kind of natural experiment in treatment economics. 00:16:51.779 --> 00:16:54.759 It offers invaluable insights for us, for U .S. 00:16:54.779 --> 00:16:56.960 dairy operations. So we can learn from what they've 00:16:56.960 --> 00:16:59.279 had to do. Definitely. They've had to adapt quickly. 00:16:59.460 --> 00:17:02.110 For instance, Norway. Norway has achieved the 00:17:02.110 --> 00:17:04.970 lowest use of antibiotics per kilogram of livestock 00:17:04.970 --> 00:17:08.569 biomass among 31 European countries. The lowest? 00:17:08.829 --> 00:17:11.299 How low? Well... To put that in perspective, 00:17:11.599 --> 00:17:15.119 consider the contrast. Sweden used almost four 00:17:15.119 --> 00:17:17.660 times more antibiotics per unit of product than 00:17:17.660 --> 00:17:21.619 Norway. Denmark, 10 times more. Germany, 30 times 00:17:21.619 --> 00:17:25.339 more. And Italy, a staggering 100 times more 00:17:25.339 --> 00:17:27.400 than Norway. 100 times more. That's incredible. 00:17:27.680 --> 00:17:29.700 It is. And it raises an incredibly important 00:17:29.700 --> 00:17:33.299 question for us. If Norway can achieve such remarkably 00:17:33.299 --> 00:17:35.460 low antibiotic use while maintaining excellent 00:17:35.460 --> 00:17:38.519 herd health and productivity, why can't we adapt 00:17:38.519 --> 00:17:40.740 similar principles here? It makes you think, 00:17:40.880 --> 00:17:42.940 doesn't it? You have to consider the long -term 00:17:42.940 --> 00:17:45.079 implications for your own herd health and the 00:17:45.079 --> 00:17:47.819 broader dairy industry if antibiotic efficacy 00:17:47.819 --> 00:17:50.619 just keeps declining globally. Absolutely. It's 00:17:50.619 --> 00:17:53.079 not just about today's costs. It's about preserving 00:17:53.079 --> 00:17:55.920 our ability to treat effectively in the future. 00:17:56.119 --> 00:17:59.140 It's about animal welfare, meeting potential 00:17:59.140 --> 00:18:02.440 market demands for responsibly produced dairy. 00:18:02.619 --> 00:18:04.640 And just protecting our toolbox for tomorrow, 00:18:04.839 --> 00:18:07.119 really. Exactly. Protecting the tools we have 00:18:07.119 --> 00:18:10.140 left. So if current practices are, well, leading 00:18:10.140 --> 00:18:12.039 profits and facing these increasing resistance 00:18:12.039 --> 00:18:14.859 issues, what's the solution? Where do we go from 00:18:14.859 --> 00:18:17.990 here? Right. This is where we shift focus to 00:18:17.990 --> 00:18:20.869 revolutionizing treatment, precision, alternatives, 00:18:21.109 --> 00:18:23.970 and proven models. Okay. The article really emphasizes 00:18:23.970 --> 00:18:26.730 what it calls a game -changing economic reality, 00:18:26.869 --> 00:18:28.329 and it's that concept we touched on earlier, 00:18:28.410 --> 00:18:31.539 the value inversion. where the milk discard costs 00:18:31.539 --> 00:18:34.980 become paramount, completely dwarfing the actual 00:18:34.980 --> 00:18:37.480 drug costs. That shift in thinking. That is the 00:18:37.480 --> 00:18:39.519 fundamental shift in mindset that needs to happen 00:18:39.519 --> 00:18:42.099 for producers. We need to stop seeing the antibiotic 00:18:42.099 --> 00:18:44.680 itself as the main expense and start seeing the 00:18:44.680 --> 00:18:48.319 lost milk as the true financial drain. Okay, 00:18:48.359 --> 00:18:50.220 so let's look at the real -world cost comparison 00:18:50.220 --> 00:18:53.279 the article provides, using that June 2025 milk 00:18:53.279 --> 00:18:55.700 pricing to really illustrate this point. Perfect. 00:18:56.559 --> 00:18:58.440 For a conventional antibiotic treatment, you're 00:18:58.440 --> 00:19:01.900 typically looking at about a $17 drug cost, give 00:19:01.900 --> 00:19:05.539 or take. Okay, $17. But then you add in the $150 00:19:05.539 --> 00:19:09.440 to $200 in milk discard costs over that typical 00:19:09.440 --> 00:19:12.380 3 .5 to 7 -day withdrawal period. Right, that 00:19:12.380 --> 00:19:15.440 long withhold. Which brings your total cost per 00:19:15.440 --> 00:19:20.400 case to anywhere from $167 to $217. That adds 00:19:20.400 --> 00:19:22.740 up fast across multiple cases. It really does. 00:19:23.690 --> 00:19:25.849 Compare that to an alternative treatment. The 00:19:25.849 --> 00:19:28.309 article uses Phytobomat as an example, which 00:19:28.309 --> 00:19:31.130 was analyzed in a pharmaco -economic study. Pharmaco 00:19:31.130 --> 00:19:33.450 -economic. Basically cost -effectiveness. Exactly. 00:19:33.829 --> 00:19:35.769 Analyzing the cost -effectiveness of different 00:19:35.769 --> 00:19:38.269 drug treatments. This specific analysis showed 00:19:38.269 --> 00:19:41.890 a net cost saving of approximately €400 per mastitis 00:19:41.890 --> 00:19:44.269 case compared to conventional antibiotic therapy. 00:19:44.650 --> 00:19:47.720 €4 saving. Okay, but why? It's primarily driven 00:19:47.720 --> 00:19:50.059 by a dramatic reduction in milk rejection costs. 00:19:50.180 --> 00:19:52.740 And that's thanks to an incredibly short 24 -hour 00:19:52.740 --> 00:19:55.079 withdrawal period for this alternative. 24 hours 00:19:55.079 --> 00:19:57.599 compared to three and a half to seven days. Exactly. 00:19:57.619 --> 00:19:59.900 That massive difference in withdrawal period 00:19:59.900 --> 00:20:02.880 is where the huge savings come from. It translates 00:20:02.880 --> 00:20:07.180 into a net savings potential of $108 to $198 00:20:07.180 --> 00:20:10.789 per. case. Per case. That's a huge potential 00:20:10.789 --> 00:20:13.650 saving. It is. Let's illustrate this with a practical 00:20:13.650 --> 00:20:15.589 example that really brings it home for our listeners. 00:20:15.710 --> 00:20:17.269 Okay, let's do that. If you're running, say, 00:20:17.369 --> 00:20:20.190 200 milking cows and you're experiencing average 00:20:20.190 --> 00:20:23.589 clinical mastitis rates, maybe 35 cases per 100 00:20:23.589 --> 00:20:26.130 cows annually, that's pretty typical. So about 00:20:26.130 --> 00:20:28.849 70 cases in that herd each year. Right. At a 00:20:28.849 --> 00:20:31.910 conservative, $108 savings per case using these 00:20:31.910 --> 00:20:35.869 alternative protocols, that's $7 ,560 in immediate 00:20:35.869 --> 00:20:38.779 tangible cost reduction. annually. Seven and 00:20:38.779 --> 00:20:40.960 a half thousand dollars. That's real money. That's 00:20:40.960 --> 00:20:43.380 not insignificant at all. Not at all. That's 00:20:43.380 --> 00:20:46.019 enough to fund genomic testing on your entire 00:20:46.019 --> 00:20:48.099 replacement heifer population, for instance, 00:20:48.319 --> 00:20:50.759 which is another high value investment in future 00:20:50.759 --> 00:20:53.099 herd health and productivity. So it's a direct 00:20:53.099 --> 00:20:55.160 positive impact on your farm's profitability 00:20:55.160 --> 00:20:58.019 without adding a single cow or a single hour 00:20:58.019 --> 00:21:00.019 of extra labor. Exactly. It really makes those 00:21:00.019 --> 00:21:02.220 abstract savings concrete, doesn't it? It really 00:21:02.220 --> 00:21:04.779 does. And speaking of alternatives, the article 00:21:04.779 --> 00:21:07.140 details some truly exciting breakthroughs in 00:21:07.140 --> 00:21:10.539 alternative treatments. And this directly contradicts 00:21:10.539 --> 00:21:12.579 that long -held pharmaceutical industry narrative 00:21:12.579 --> 00:21:15.259 that, you know, only antibiotics work for mastitis. 00:21:15.400 --> 00:21:17.079 Right, the idea that there are no other options. 00:21:17.160 --> 00:21:20.579 A comprehensive systematic review, again, those 00:21:20.579 --> 00:21:24.839 69 studies from 2013 to 2025, directly addresses 00:21:24.839 --> 00:21:27.420 this. It's a huge body of evidence that we simply 00:21:27.420 --> 00:21:30.640 can't ignore anymore. It absolutely is. And what's 00:21:30.640 --> 00:21:32.849 fascinating is the range of options that have 00:21:32.849 --> 00:21:35.130 emerged. It's not just one thing. Not at all. 00:21:35.170 --> 00:21:37.789 This review found that phytotherapy, which is 00:21:37.789 --> 00:21:39.950 essentially the use of plant -based extracts 00:21:39.950 --> 00:21:42.490 and compounds, was the most extensively researched 00:21:42.490 --> 00:21:44.609 alternative approach. Plant -based treatments. 00:21:44.849 --> 00:21:46.789 And it demonstrated significant effectiveness 00:21:46.789 --> 00:21:49.849 against a wide range of mastitis pathogens, including 00:21:49.849 --> 00:21:53.190 multidrug -resistant Staphylococcus aureus, CONES, 00:21:53.230 --> 00:21:55.450 that's coagulase negative staph. Also common. 00:21:55.609 --> 00:21:58.799 Very common. And even E. coli. Now, the article 00:21:58.799 --> 00:22:01.200 does mention some concerns, you know, about potential 00:22:01.200 --> 00:22:04.019 degradation of active compounds in milk and maybe 00:22:04.019 --> 00:22:06.640 variability in natural product composition. That's 00:22:06.640 --> 00:22:08.980 fair. Sure. Consistency can be a challenge with 00:22:08.980 --> 00:22:12.420 natural products. It can. But the overall effectiveness 00:22:12.420 --> 00:22:15.799 and promise are compelling. Beyond phytotherapy, 00:22:16.180 --> 00:22:19.339 bacteriophage therapy also showed promise. Phages. 00:22:19.519 --> 00:22:21.519 Those are the viruses that eat bacteria, right? 00:22:21.539 --> 00:22:25.099 That's right. Often called bacteria eaters. Studies 00:22:25.099 --> 00:22:27.940 indicated effectiveness and, crucially, a low 00:22:27.940 --> 00:22:30.420 risk of inducing bacterial resistance, which 00:22:30.420 --> 00:22:33.400 is huge. That is huge. But are they ready for 00:22:33.400 --> 00:22:36.079 primetime? Well, many of these treatments still 00:22:36.079 --> 00:22:39.099 lack extensive in vivo validation, meaning they 00:22:39.099 --> 00:22:41.400 haven't been widely proven in live animals beyond 00:22:41.400 --> 00:22:44.480 lab settings just yet. So still some work to 00:22:44.480 --> 00:22:46.900 do there. OK. And then there are other novel 00:22:46.900 --> 00:22:49.160 antimicrobials mentioned, things like presodium 00:22:49.160 --> 00:22:52.339 citrate. pheromonasin NM, and lactoferrin therapy. 00:22:52.640 --> 00:22:55.019 These showed statistically significant results. 00:22:55.319 --> 00:22:57.079 And what's special about those? What's particularly 00:22:57.079 --> 00:22:59.759 exciting is their effectiveness against biofilm 00:22:59.759 --> 00:23:03.200 formation. Ah, biofilms. Those slimy protective 00:23:03.200 --> 00:23:06.400 layers bacteria make. Exactly. For our listeners, 00:23:06.660 --> 00:23:09.079 biofilms are basically these protective communities 00:23:09.079 --> 00:23:12.240 that bacteria form, often on services like milking 00:23:12.240 --> 00:23:14.680 equipment or even inside the udder. They can 00:23:14.680 --> 00:23:17.079 make bacteria incredibly difficult for antibiotics 00:23:17.079 --> 00:23:20.079 to penetrate and eliminate. So targeting biofilms 00:23:20.079 --> 00:23:22.720 is a major step forward. It's a potential breakthrough 00:23:22.720 --> 00:23:25.259 for managing those really persistent chronic 00:23:25.259 --> 00:23:28.500 infections. This extensive research truly shows 00:23:28.500 --> 00:23:31.339 that we do have options beyond conventional antibiotics. 00:23:31.579 --> 00:23:34.000 The science is moving forward. And what's really 00:23:34.000 --> 00:23:35.960 inspiring is that this isn't just theoretical 00:23:35.960 --> 00:23:38.460 research. There's a gold standard model that 00:23:38.460 --> 00:23:40.839 has already proven these concepts work on a national 00:23:40.839 --> 00:23:43.400 scale. Right. The Norwegian national success 00:23:43.400 --> 00:23:46.440 story. It's a remarkable blueprint. Tell us about 00:23:46.440 --> 00:23:49.799 that. This was a holistic, data -driven initiative 00:23:49.799 --> 00:23:53.779 that ran from 1994 to 2007. It was integrated 00:23:53.779 --> 00:23:56.319 directly into their National Cattle Health Service. 00:23:56.619 --> 00:23:58.839 It wasn't just a few farms trying something new. 00:23:58.940 --> 00:24:01.619 It was a systemic change across the country. 00:24:01.779 --> 00:24:04.799 Wow. A national effort and the results. The results 00:24:04.799 --> 00:24:07.240 from Norway are, well, nothing short of phenomenal. 00:24:07.460 --> 00:24:10.640 They provide real, tangible proof of concept. 00:24:10.880 --> 00:24:13.579 Over that period, they achieved an incredible 00:24:13.579 --> 00:24:17.039 60 % reduction in antibiotic treatments for mastitis. 00:24:17.400 --> 00:24:20.619 60 % reduction in antibiotic use. That's amazing. 00:24:20.880 --> 00:24:23.700 It is. Their national average bulk tank, SCC, 00:24:23.799 --> 00:24:27.940 plummeted from 250 ,000 cells ML. down to an 00:24:27.940 --> 00:24:32.079 impressive 114 ,000 cells ML. Wow. Huge improvement 00:24:32.079 --> 00:24:35.000 in quality. Huge. And most dramatically, their 00:24:35.000 --> 00:24:37.140 mastitis costs, measured as a percentage of the 00:24:37.140 --> 00:24:41.240 milk price, fell from 9 .2 % down to just 1 .7%. 00:24:41.240 --> 00:24:44.490 9 .2 % down to 1 .7%. When you factor in the 00:24:44.490 --> 00:24:46.269 scale of their dairy industry, we're talking 00:24:46.269 --> 00:24:48.769 about billions in savings nationally. This wasn't 00:24:48.769 --> 00:24:51.150 some quick fix or a single magic bullet either. 00:24:51.309 --> 00:24:52.869 So how did they do it? What were the key factors? 00:24:53.069 --> 00:24:55.029 It was a comprehensive program attributed to 00:24:55.029 --> 00:24:57.450 several key things working together. First, a 00:24:57.450 --> 00:24:59.910 significant change in attitude, a shift towards 00:24:59.910 --> 00:25:02.789 prevention rather than just treatment. Farmers 00:25:02.789 --> 00:25:04.869 and vets really embraced proactive management. 00:25:05.009 --> 00:25:08.480 A mindset shift. Exactly. Second, they implemented 00:25:08.480 --> 00:25:11.819 a robust data -driven management system using 00:25:11.819 --> 00:25:15.359 the Norwegian cattle herd recording system. This 00:25:15.359 --> 00:25:17.920 integrated individual animal health records with 00:25:17.920 --> 00:25:21.359 SEC data, allowing for really precise evidence 00:25:21.359 --> 00:25:24.200 -based decisions. Using data effectively. Critically 00:25:24.200 --> 00:25:27.579 important. Third, there was a renewed, consistent 00:25:27.579 --> 00:25:30.579 focus on the fundamentals of prevention. Things 00:25:30.579 --> 00:25:33.720 like optimizing milking routines, ensuring impeccable 00:25:33.720 --> 00:25:36.279 hygiene, managing housing environments effectively. 00:25:36.619 --> 00:25:39.769 Back to basics, but done consistently well. The 00:25:39.769 --> 00:25:42.529 foundational stuff. Absolutely. And crucially, 00:25:42.609 --> 00:25:45.329 fourth, they implemented breeding for mastitis 00:25:45.329 --> 00:25:47.849 resistance as a key selection trait in their 00:25:47.849 --> 00:25:50.690 national breeding programs. This was a long -term 00:25:50.690 --> 00:25:52.809 genetic strategy to build more resilient cows. 00:25:53.049 --> 00:25:55.670 So a multi -pronged approach. Right. Attitude, 00:25:55.750 --> 00:25:58.410 data, basics, and breeding. Precisely. It's truly 00:25:58.410 --> 00:26:00.430 an integrated national approach that clearly 00:26:00.430 --> 00:26:02.650 paid off. And when you translate that Norwegian 00:26:02.650 --> 00:26:05.269 success to your operation, the Listener's Farm, 00:26:05.450 --> 00:26:07.369 the numbers are just incredibly compelling. They 00:26:07.369 --> 00:26:10.700 really are. At current milk pricing of $18, $19 00:26:10.700 --> 00:26:13.759 per hundredweight, reducing mastitis costs from 00:26:13.759 --> 00:26:17.619 that 9 .2 % down to 1 .7%, that represents a 00:26:17.619 --> 00:26:21.819 gain of $1 .35 to $1 .45 per hundredweight. That's 00:26:21.819 --> 00:26:24.079 huge. Think about that on every hundredweight 00:26:24.079 --> 00:26:26.880 you ship. It is huge. It's equivalent to increasing 00:26:26.880 --> 00:26:29.480 your milk production by 7 .5 % without adding 00:26:29.480 --> 00:26:32.339 a single cow to your herd. Wow. Say that again, 00:26:32.460 --> 00:26:35.759 7 .5 % more milk, essentially. Effectively, yes. 00:26:36.039 --> 00:26:38.720 Imagine boosting your output that much without 00:26:38.720 --> 00:26:41.059 any additional overhead. No new facilities, no 00:26:41.059 --> 00:26:43.660 more feed to buy, no extra labor. It really drives 00:26:43.660 --> 00:26:45.839 home the point that this isn't theoretical. It's 00:26:45.839 --> 00:26:48.299 a proven, adaptable model that directly impacts 00:26:48.299 --> 00:26:49.940 your potential earnings and your competitive 00:26:49.940 --> 00:26:52.640 edge. It's essentially finding free milk in your 00:26:52.640 --> 00:26:54.779 existing herd just by managing mastitis more 00:26:54.779 --> 00:26:56.640 effectively and intelligently. Exactly. Free 00:26:56.640 --> 00:26:58.450 milk. Who doesn't want that? So with all this 00:26:58.450 --> 00:27:00.390 groundbreaking research and these proven success 00:27:00.390 --> 00:27:02.849 models like Norway, the natural question becomes, 00:27:03.009 --> 00:27:05.430 how do you actually implement this on your farm? 00:27:05.509 --> 00:27:07.650 Right. Let's get practical. This takes us into 00:27:07.650 --> 00:27:10.109 the path forward, practical implementation and 00:27:10.109 --> 00:27:12.640 the ROI of prevention. And the article makes 00:27:12.640 --> 00:27:14.740 it clear, right, that this isn't just for the 00:27:14.740 --> 00:27:17.859 huge dairies. Absolutely not. It emphasizes that 00:27:17.859 --> 00:27:20.460 this implementation strategy scales for operations 00:27:20.460 --> 00:27:23.380 of all sizes. Whether you're running 150 cows 00:27:23.380 --> 00:27:26.539 in Vermont or 1 ,500 in Idaho, the principles 00:27:26.539 --> 00:27:29.480 are adaptable. That scalability is absolutely 00:27:29.480 --> 00:27:32.460 key. It means no one is too small or too large 00:27:32.460 --> 00:27:34.559 to benefit from these insights. Definitely. So 00:27:34.559 --> 00:27:37.079 let's talk about a practical precision treatment 00:27:37.079 --> 00:27:40.200 protocols implementation timeline. The article 00:27:40.200 --> 00:27:44.099 lays this out as roughly a 30 to 90 day roadmap 00:27:44.099 --> 00:27:46.940 for full protocol adoption. It gives you a clear 00:27:46.940 --> 00:27:50.019 pathway. Absolutely. So month one focuses on 00:27:50.019 --> 00:27:52.619 building your diagnostic foundation. This involves 00:27:52.619 --> 00:27:55.400 installing on -farm culture capability. Okay, 00:27:55.460 --> 00:27:57.200 the culture lab on the farm. What does that cost? 00:27:57.559 --> 00:28:00.200 It's an investment of about $2 ,000 to $3 ,000, 00:28:00.359 --> 00:28:02.420 according to the article. This might seem like 00:28:02.420 --> 00:28:04.500 an upfront cost, but it's critical. It allows 00:28:04.500 --> 00:28:06.680 you to quickly identify the specific pathogen 00:28:06.680 --> 00:28:08.380 causing the mastitis. Wait, no, you're enemy. 00:28:08.910 --> 00:28:11.869 Exactly. Then, crucially, you need to train your 00:28:11.869 --> 00:28:14.789 staff on rapid pathogen differentiation. This 00:28:14.789 --> 00:28:16.609 isn't just about putting a machine in the office. 00:28:16.789 --> 00:28:19.470 It's about empowering your team to use it effectively 00:28:19.470 --> 00:28:22.230 and interpret the results. Training is key. Absolutely. 00:28:23.359 --> 00:28:26.180 The expected return on investment for this initial 00:28:26.180 --> 00:28:29.200 diagnostic investment is remarkably quick. The 00:28:29.200 --> 00:28:32.119 article suggests a payback period of just two 00:28:32.119 --> 00:28:34.480 to three months. Two to three months ROI. That's 00:28:34.480 --> 00:28:37.599 fast. It is, primarily through the immediate 00:28:37.599 --> 00:28:39.759 reduction in unnecessary antibiotic treatments 00:28:39.759 --> 00:28:42.500 and, of course, that costly discarded milk. Okay, 00:28:42.519 --> 00:28:44.759 so that's month one. What about months two and 00:28:44.759 --> 00:28:47.180 three? Months two and three, you move into protocol 00:28:47.180 --> 00:28:49.369 standardization. This is where you implement 00:28:49.369 --> 00:28:52.069 minimum duration standards for treatment, regardless 00:28:52.069 --> 00:28:54.910 of how the milk looks visually. Ah, breaking 00:28:54.910 --> 00:28:57.670 that habit of treating based on appearance. Precisely. 00:28:57.670 --> 00:28:59.910 Remember that point about farmers over -treating 00:28:59.910 --> 00:29:02.569 based on abnormal milk? This phase tackles that 00:29:02.569 --> 00:29:05.369 directly. Research consistently confirms that 00:29:05.369 --> 00:29:07.869 simply adhering to these minimum labeled treatment 00:29:07.869 --> 00:29:10.869 durations, say two or three days instead of five 00:29:10.869 --> 00:29:13.910 or more, could significantly reduce direct costs 00:29:13.910 --> 00:29:17.230 per case. So trust the label duration, not just 00:29:17.230 --> 00:29:20.190 your eyes. Right. Your daily evaluation focus 00:29:20.190 --> 00:29:22.650 shifts from that subjective visual appearance 00:29:22.650 --> 00:29:26.809 to confirmed bacterial cure based on your on 00:29:26.809 --> 00:29:29.630 -farm diagnostics or following the label. It's 00:29:29.630 --> 00:29:32.910 a crucial mindset shift away from the looks better, 00:29:33.049 --> 00:29:36.089 therefore it's cured approach. And looking further 00:29:36.089 --> 00:29:38.210 down the road, the article mentions the selective 00:29:38.210 --> 00:29:41.430 dry cow therapy revolution. Yes. This typically 00:29:41.430 --> 00:29:43.789 takes place, say, from month four to month 12, 00:29:43.930 --> 00:29:46.329 as you get comfortable with the changes. This 00:29:46.329 --> 00:29:49.150 is about transforming your dry cow program, moving 00:29:49.150 --> 00:29:51.910 away from blanket antibiotic treatment for every 00:29:51.910 --> 00:29:53.970 single cow. Which has been standard practice 00:29:53.970 --> 00:29:57.089 for decades. It has. Moving instead to a truly 00:29:57.089 --> 00:30:00.069 selective, data -driven intervention. This is 00:30:00.069 --> 00:30:02.869 a big change for many operations, but the benefits, 00:30:03.069 --> 00:30:05.930 both economic and in terms of antimicrobial stewardship, 00:30:06.269 --> 00:30:09.289 are pretty undeniable. So tell us more about 00:30:09.289 --> 00:30:11.630 how a farmer would actually implement that selective 00:30:11.630 --> 00:30:14.230 dry cow therapy protocol. What are the key steps? 00:30:14.450 --> 00:30:16.329 The implementation protocol for selective dry 00:30:16.329 --> 00:30:18.609 cow therapy is clear and really hinges on a few 00:30:18.609 --> 00:30:21.609 critical steps. First, you establish SCC -based 00:30:21.609 --> 00:30:24.490 selection criteria. Using cell count data. Exactly. 00:30:24.710 --> 00:30:27.069 This means you only treat cows with antibiotics 00:30:27.069 --> 00:30:30.289 that are above a certain threshold, say 200 ,000 00:30:30.289 --> 00:30:32.890 cells a mile at dry off, indicating a likely 00:30:32.890 --> 00:30:35.170 subclinical infection that needs clearing. Okay, 00:30:35.210 --> 00:30:37.910 so target the highest CC cows. Right. Second, 00:30:38.049 --> 00:30:41.630 and this is absolutely critical, non -negotiable 00:30:41.630 --> 00:30:45.680 for success. All the uninfected cows, those below 00:30:45.680 --> 00:30:48.519 your SEC threshold, still receive an internal 00:30:48.519 --> 00:30:51.180 teat sealant. The sealant's key. It provides 00:30:51.180 --> 00:30:54.119 a physical barrier, a non -antibiotic plug, preventing 00:30:54.119 --> 00:30:56.599 new infections from getting into the udder during 00:30:56.599 --> 00:30:59.099 that vulnerable dry period. You need that protection 00:30:59.099 --> 00:31:01.599 even without antibiotics. Makes sense. What's 00:31:01.599 --> 00:31:03.900 the third step? Third, you need a robust documentation 00:31:03.900 --> 00:31:06.700 system. You have to track outcomes, SEC results, 00:31:06.940 --> 00:31:09.900 clinical cases, post calving, and use that data 00:31:09.900 --> 00:31:12.460 to adjust your criteria over time if needed. 00:31:12.809 --> 00:31:15.130 continuous improvement based on data. Exactly. 00:31:15.369 --> 00:31:18.170 And a meta -analysis of selective dry calf therapy 00:31:18.170 --> 00:31:20.430 trials found something incredibly important here. 00:31:20.630 --> 00:31:23.309 When internal teat sealants were used consistently, 00:31:23.589 --> 00:31:26.190 there was no difference in intramammary infection 00:31:26.190 --> 00:31:28.609 risk at calving between the selective therapy 00:31:28.609 --> 00:31:31.809 groups and the blanket therapy groups. So no 00:31:31.809 --> 00:31:34.049 higher risk if you use the sealants properly. 00:31:34.309 --> 00:31:36.470 Correct. However, there was an increased risk 00:31:36.470 --> 00:31:39.490 in cows assigned to selective protocols for trials 00:31:39.490 --> 00:31:42.210 that did not use internal teat sealants. Ah, 00:31:42.309 --> 00:31:44.509 so the sealant really is the linchpin. You can't 00:31:44.509 --> 00:31:47.230 skip it. It's absolutely crucial for maintaining 00:31:47.230 --> 00:31:50.069 mastitis prevention in a selective program. That's 00:31:50.069 --> 00:31:52.130 such an important distinction. It really underscores 00:31:52.130 --> 00:31:54.329 that it's not about doing less. It's about... 00:31:54.559 --> 00:31:57.299 Doing smarter. Precisely. And the expected outcomes 00:31:57.299 --> 00:32:00.480 are pretty impressive. A 50 % to 70 % reduction 00:32:00.480 --> 00:32:03.839 in dry cow antibiotic use. Which is huge for 00:32:03.839 --> 00:32:06.619 stewardship. Huge. Maintained or even improved 00:32:06.619 --> 00:32:09.559 mastitis prevention if those internal teat sealants 00:32:09.559 --> 00:32:12.059 are used correctly. and importantly, compliance 00:32:12.059 --> 00:32:14.880 with emerging antimicrobial stewardship requirements, 00:32:15.200 --> 00:32:18.200 those are increasingly becoming a market and 00:32:18.200 --> 00:32:20.680 regulatory pressure. Definitely. The big picture 00:32:20.680 --> 00:32:22.759 here, and what the article truly emphasizes, 00:32:22.779 --> 00:32:25.920 is the prevention economics that outperform any 00:32:25.920 --> 00:32:28.519 treatment. Prevention pays. It really does. It 00:32:28.519 --> 00:32:31.319 uses that great analogy. Investments in mastitis 00:32:31.319 --> 00:32:34.180 control work just like soil health investments 00:32:34.180 --> 00:32:36.980 in crop production. You put in the upfront cost, 00:32:37.140 --> 00:32:39.950 sure. Like buying the culture plates or the sealants? 00:32:40.069 --> 00:32:43.170 Right. But those costs are quickly overwhelmed 00:32:43.170 --> 00:32:46.190 by the yield improvements, or in this case, reduced 00:32:46.190 --> 00:32:49.349 losses, the long -term health of your land or 00:32:49.349 --> 00:32:52.470 herd, and the reduction in input costs like fertilizer 00:32:52.470 --> 00:32:55.289 or antibiotics. So it's about building long -term 00:32:55.289 --> 00:32:57.250 health and efficiency in your herd, not just 00:32:57.250 --> 00:32:59.269 constantly patching up problems as they arise. 00:32:59.509 --> 00:33:01.670 Exactly that. It's proactive versus reactive. 00:33:02.049 --> 00:33:05.049 And the ROI reality check. The numbers look good. 00:33:05.170 --> 00:33:07.539 They look very good. Economic models consistently 00:33:07.539 --> 00:33:10.299 show that most recommended mastitis control practices 00:33:10.299 --> 00:33:13.460 are economically beneficial. The return on investment 00:33:13.460 --> 00:33:15.799 for mastitis prevention is frequently cited in 00:33:15.799 --> 00:33:18.619 the range of $3 to $5 in savings for every $1 00:33:18.619 --> 00:33:21.700 spent. $3 to $5 back for every dollar in. That's 00:33:21.700 --> 00:33:24.400 solid. It is. But it gets even better when you 00:33:24.400 --> 00:33:26.480 look at specific prevention investment returns. 00:33:26.799 --> 00:33:29.369 Environmental improvements? Think... Bedding, 00:33:29.430 --> 00:33:33.269 ventilation, hygiene can yield a $3 to $5 return 00:33:33.269 --> 00:33:36.170 per dollar invested. Milking system optimization, 00:33:36.490 --> 00:33:38.289 just making sure your equipment is functioning 00:33:38.289 --> 00:33:41.089 perfectly, cleaning properly, that can bring 00:33:41.089 --> 00:33:44.390 in $4 to $7 per dollar. Even better. Genetic 00:33:44.390 --> 00:33:46.829 selection for mastitis resistance, that longer 00:33:46.829 --> 00:33:48.950 -term play we talked about with Norway, offers 00:33:48.950 --> 00:33:51.710 a remarkable $5 to $10 return over time. Wow. 00:33:51.890 --> 00:33:54.230 And comprehensive management programs, the ones 00:33:54.230 --> 00:33:56.349 that combine all these elements together in a 00:33:56.349 --> 00:33:58.910 coordinated way, those are the real superstars, 00:33:58.930 --> 00:34:01.269 potentially delivering an $8 to $15 return per 00:34:01.269 --> 00:34:03.970 dollar invested. $8 to $15 back. That's what 00:34:03.970 --> 00:34:06.269 the models suggest. These are not small numbers. 00:34:06.450 --> 00:34:09.289 These are fundamental shifts in your farm's economic 00:34:09.289 --> 00:34:12.269 outlook. So to put that into a concrete example 00:34:12.269 --> 00:34:14.610 for you, the listener. Yeah, let's make it real. 00:34:14.710 --> 00:34:19.099 Consider this. A $10 ,000 investment in a comprehensive 00:34:19.099 --> 00:34:21.980 mastitis prevention program, carefully targeted 00:34:21.980 --> 00:34:24.059 to your farm's specific needs and weaknesses. 00:34:24.300 --> 00:34:27.019 Okay, $10 ,000. That could generate $30 ,000 00:34:27.019 --> 00:34:30.300 to $50 ,000 in returns, according to these ROI 00:34:30.300 --> 00:34:32.960 figures. $30 ,000 to $50 ,000 back on a $10 ,000 00:34:32.960 --> 00:34:35.780 investment. Yeah. Now think about what that means. 00:34:35.960 --> 00:34:38.679 That's equivalent to the annual profit from adding 00:34:38.679 --> 00:34:43.280 15 to 25 additional cows to your herd. Wow. but 00:34:43.280 --> 00:34:46.119 without any of the associated overhead costs. 00:34:46.380 --> 00:34:50.380 No new barn needed, no more land, no more feed 00:34:50.380 --> 00:34:52.780 to buy, no more labor for those extra animals. 00:34:53.039 --> 00:34:55.139 That really drives home the point. Investing 00:34:55.139 --> 00:34:57.219 in prevention is not an expense. It's a high 00:34:57.219 --> 00:35:00.239 return strategy. Absolutely. It directly impacts 00:35:00.239 --> 00:35:02.880 your profitability, your herd's health, and your 00:35:02.880 --> 00:35:05.260 long -term competitiveness in the dairy market. 00:35:05.780 --> 00:35:08.659 So after all that, after digging through the 00:35:08.659 --> 00:35:11.730 costs, the resistance, the solutions, What's 00:35:11.730 --> 00:35:13.690 the key takeaway for a farmer listening today? 00:35:14.030 --> 00:35:16.210 How do we distill this wealth of information 00:35:16.210 --> 00:35:19.070 into immediate action? That's a great question, 00:35:19.150 --> 00:35:21.369 and it's critical to bring this all back to practical 00:35:21.369 --> 00:35:23.250 steps they can take, maybe even starting tomorrow. 00:35:23.489 --> 00:35:25.670 Okay. First, let's just recap that initial provocative 00:35:25.670 --> 00:35:28.190 question we started with. What if the mastitis 00:35:28.190 --> 00:35:30.130 treatments you're faithfully following are actually 00:35:30.130 --> 00:35:32.369 costing you more money than the disease itself? 00:35:32.650 --> 00:35:35.150 Right, the core idea. Our deep dive today, fueled 00:35:35.150 --> 00:35:37.690 by comprehensive research and real world data, 00:35:37.869 --> 00:35:40.309 proves this is not just a hypothetical question. 00:35:40.550 --> 00:35:42.909 For many dairy operations, it's a documented 00:35:42.909 --> 00:35:45.809 reality. And the beauty of this, as you pointed 00:35:45.809 --> 00:35:48.389 out, is that you can achieve immediate cost reductions. 00:35:48.880 --> 00:35:51.260 You can start today. You really can by simply 00:35:51.260 --> 00:35:53.980 implementing minimum duration treatment standards 00:35:53.980 --> 00:35:56.639 and stopping those visual -based extensions that 00:35:56.639 --> 00:35:58.900 habit of treating until the milk looks perfectly 00:35:58.900 --> 00:36:01.079 normal. Just following the label. Just following 00:36:01.079 --> 00:36:04.059 the label or your vet's minimum recommended duration 00:36:04.059 --> 00:36:07.039 based on the drug. You can immediately save approximately 00:36:07.039 --> 00:36:11.360 $65 .20 per mastitis case just from avoiding 00:36:11.360 --> 00:36:13.840 unnecessary discard days. And let's scale that 00:36:13.840 --> 00:36:17.360 up again. A 500 -cow dairy. maybe 175 annual 00:36:17.360 --> 00:36:19.860 clinical cases. That simple change alone translates 00:36:19.860 --> 00:36:24.320 to an immediate annual saving of $11 ,410. $11 00:36:24.320 --> 00:36:27.039 ,000. Just like that. Money that stays in your 00:36:27.039 --> 00:36:29.679 pocket starting now. Building on that, the investment 00:36:29.679 --> 00:36:32.260 in a selective treatment protocol driven by on 00:36:32.260 --> 00:36:34.960 -farm diagnostics has that remarkable ROI you 00:36:34.960 --> 00:36:38.639 mentioned. It does. That $2 ,000 to $3 ,000 investment 00:36:38.639 --> 00:36:42.139 in on -farm culture capability, allowing you 00:36:42.139 --> 00:36:45.500 to identify pathogens quickly, It can lead to 00:36:45.500 --> 00:36:48.980 a 60%, 70 % reduction in unnecessary antibiotic 00:36:48.980 --> 00:36:51.840 treatments within just 60 days. And the payback 00:36:51.840 --> 00:36:54.670 period. A swift two to three months. It's an 00:36:54.670 --> 00:36:56.829 investment that pays for itself almost immediately 00:36:56.829 --> 00:36:59.550 by saving on drugs and discarded milk. And when 00:36:59.550 --> 00:37:01.789 it comes to those alternative therapies we discussed. 00:37:02.110 --> 00:37:04.010 The economics are really compelling there too. 00:37:04.449 --> 00:37:06.769 Phytotherapy and other non -antibiotic alternatives 00:37:06.769 --> 00:37:09.389 are showing equivalent cure rates to conventional 00:37:09.389 --> 00:37:12.210 antibiotics in many studies. But with dramatically 00:37:12.210 --> 00:37:15.289 reduced milk discard costs. Exactly. We're talking 00:37:15.289 --> 00:37:18.190 about maybe a 24 -hour withdrawal period versus, 00:37:18.250 --> 00:37:20.449 you know, up to seven days for many antibiotics. 00:37:21.769 --> 00:37:25.670 Translates directly to a savings of $133 to $133 00:37:25.670 --> 00:37:28.849 per case. While also preserving the long -term 00:37:28.849 --> 00:37:31.469 efficacy of your antibiotic arsenal against resistant 00:37:31.469 --> 00:37:34.389 pathogens. It's a win -win. It really is. A win 00:37:34.389 --> 00:37:36.510 for your wallet today and a win for your herd's 00:37:36.510 --> 00:37:38.489 future health. And let's not forget the power 00:37:38.489 --> 00:37:41.289 of prevention. That underlying message. Never 00:37:41.289 --> 00:37:44.389 forget prevention. Comprehensive mastitis prevention 00:37:44.389 --> 00:37:47.429 programs consistently yield that $3 to $5 return 00:37:47.429 --> 00:37:49.849 per dollar invested. And the selective dry cow 00:37:49.849 --> 00:37:52.429 therapy. As we discussed, you can reduce antibiotic 00:37:52.429 --> 00:37:55.829 usage by 50 % to 70 % in your dry cows while 00:37:55.829 --> 00:37:58.590 maintaining or even improving mastitis prevention 00:37:58.590 --> 00:38:01.590 if you combine it with internal teat sealants 00:38:01.590 --> 00:38:04.010 for those uninfected cows. It's about working 00:38:04.010 --> 00:38:06.590 smarter. That resistance reality check is also 00:38:06.590 --> 00:38:08.909 crucial here, isn't it? Absolutely. Remember 00:38:08.909 --> 00:38:12.050 the concerning 52 % penicillin resistance in 00:38:12.050 --> 00:38:14.809 streptococcal mastitis infections? That was sobering. 00:38:15.099 --> 00:38:17.300 Contrast that with alternatives like geranial, 00:38:17.440 --> 00:38:19.719 a plant -based compound mentioned, which showed 00:38:19.719 --> 00:38:22.539 zero resistance induction even after 150 bacterial 00:38:22.539 --> 00:38:25.300 generations and studies. Wow. Embracing these 00:38:25.300 --> 00:38:27.400 alternatives and precision diagnostics helps 00:38:27.400 --> 00:38:29.460 protect your future treatment options, ensuring 00:38:29.460 --> 00:38:31.380 you have effective tools when you truly need 00:38:31.380 --> 00:38:33.960 them. Okay, so to reiterate the three critical 00:38:33.960 --> 00:38:36.679 economic realities that this deep dive has really 00:38:36.679 --> 00:38:39.360 uncovered. Let's nail them down. First, farmers 00:38:39.360 --> 00:38:41.780 commonly overtreat based on visual milk appearance, 00:38:42.019 --> 00:38:45.900 leading to massive unnecessary costs. The consequential 00:38:45.900 --> 00:38:48.980 costs, reduced milk production, culling, and 00:38:48.980 --> 00:38:51.699 especially discarded milk, dwarfed the direct 00:38:51.699 --> 00:38:54.460 drug expenses, eroding margins. Got it. Number 00:38:54.460 --> 00:38:57.699 one, stop over -treating based on looks. Second, 00:38:57.900 --> 00:39:00.500 the Norwegian model is not just theory, it's 00:39:00.500 --> 00:39:03.480 proven. Systematic prevention and selective treatment 00:39:03.480 --> 00:39:07.159 reduced their mastitis costs from 9 .2 % down 00:39:07.159 --> 00:39:10.090 to just 1 .7 % of the milk price. For you, that's 00:39:10.090 --> 00:39:13.530 like $1 .35 to $1 .45 per 100 weight improvement. 00:39:13.809 --> 00:39:16.610 Huge potential gain. Number two, prevention and 00:39:16.610 --> 00:39:18.510 selective treatment works on a massive scale. 00:39:18.730 --> 00:39:21.329 And third, alternative treatments like phytotherapy 00:39:21.329 --> 00:39:24.190 offer proven cost savings that four net savings 00:39:24.190 --> 00:39:27.389 per case, primarily due to vastly reduced milk 00:39:27.389 --> 00:39:30.570 discard. Research validates multiple non -antibiotic 00:39:30.570 --> 00:39:32.530 options as effective, even against resistant 00:39:32.530 --> 00:39:35.429 pathogens. Right. Number three, effective cost 00:39:35.429 --> 00:39:37.409 -saving alternatives exist and are validated. 00:39:37.690 --> 00:39:39.510 So what's your immediate action plan starting 00:39:39.510 --> 00:39:42.489 now? What can listeners do this week? Okay. Actionable 00:39:42.489 --> 00:39:45.449 steps. Immediate step this week. Take a hard 00:39:45.449 --> 00:39:47.389 look at your current mastitis treatment costs. 00:39:47.590 --> 00:39:50.010 Use that verified cost structure we discussed, 00:39:50.210 --> 00:39:54.550 31 % reduced production, 23 % culling, 24 % vet 00:39:54.550 --> 00:39:58.650 drug, 18 % discard, 4 % labor to calculate your 00:39:58.650 --> 00:40:01.550 true cost per case. Know your numbers. Know your 00:40:01.550 --> 00:40:04.429 numbers. And crucially, document the average 00:40:04.429 --> 00:40:06.789 duration you're currently treating for versus 00:40:06.789 --> 00:40:08.849 the minimum labeled treatment duration for the 00:40:08.849 --> 00:40:11.809 products you use. Where are you over -treating 00:40:11.809 --> 00:40:14.590 based only on visual appearance? Quantify it. 00:40:14.630 --> 00:40:16.230 Okay, that's this week. What about the next month? 00:40:16.389 --> 00:40:18.679 30 -day target. Begin implementing selective 00:40:18.679 --> 00:40:21.239 treatment protocols based on pathogen identification. 00:40:21.639 --> 00:40:23.940 Even if it's just starting with a simple gram 00:40:23.940 --> 00:40:27.139 stain or basic on -farm culture for gram positive 00:40:27.139 --> 00:40:29.780 versus gram negative, start making treatment 00:40:29.780 --> 00:40:32.139 decisions based on some data, not just visual 00:40:32.139 --> 00:40:34.760 cues. Start simple, but start using data. Exactly. 00:40:34.760 --> 00:40:37.300 Get your feet wet. And the 90 -day goal. 90 -day 00:40:37.300 --> 00:40:39.300 goal. Aim to install that on -farm diagnostic 00:40:39.300 --> 00:40:41.500 capability if it makes sense for your operation, 00:40:41.679 --> 00:40:44.159 and thoroughly train your staff on pathogen -specific 00:40:44.159 --> 00:40:47.039 treatment protocols. Get everyone on board. the 00:40:47.039 --> 00:40:49.739 dry cow program. Ensure internal teat sealants 00:40:49.739 --> 00:40:52.420 are being used correctly and consistently for 00:40:52.420 --> 00:40:55.179 all uninfected cows in your selective dry cow 00:40:55.179 --> 00:40:58.219 therapy program. That's fundamental for success. 00:40:58.659 --> 00:41:01.340 Don't skip the sealant. Got it. The revolution 00:41:01.340 --> 00:41:03.920 in mastitis management, it really isn't coming. 00:41:04.079 --> 00:41:06.219 It is happening now. The research is there. The 00:41:06.219 --> 00:41:08.179 models are proven. So the question isn't really 00:41:08.179 --> 00:41:10.920 whether you can afford to change. No. The real 00:41:10.920 --> 00:41:13.159 question is whether you can afford not to, especially 00:41:13.159 --> 00:41:16.019 when your competitors could be banking $50 ,000 00:41:16.019 --> 00:41:19.820 or more in annual savings by adopting these strategies. 00:41:20.179 --> 00:41:22.400 That's a powerful thought. We strongly encourage 00:41:22.400 --> 00:41:24.820 you to start tomorrow. Start by questioning every 00:41:24.820 --> 00:41:27.280 extended treatment decision. Start demanding 00:41:27.280 --> 00:41:30.139 diagnostic data before reaching for that antibiotic 00:41:30.139 --> 00:41:32.980 tube every single time. Your bottom line, your 00:41:32.980 --> 00:41:35.500 herd health, and honestly, your competitive position 00:41:35.500 --> 00:41:38.019 in the dairy market fundamentally depend on it. 00:41:38.059 --> 00:41:40.639 Great points. That's probably all the time we 00:41:40.639 --> 00:41:43.159 have for today's deep dive. It flew by. For more 00:41:43.159 --> 00:41:44.960 articles and insights like the one we discussed 00:41:44.960 --> 00:41:48.440 today, be sure to visit www .thebullvine .com. 00:41:48.579 --> 00:41:51.159 And don't forget to subscribe wherever you get 00:41:51.159 --> 00:41:53.340 your deep dives. Thanks so much for listening. 00:41:53.579 --> 00:41:56.400 That's a wrap on today's deep dive into the mastitis 00:41:56.400 --> 00:41:59.460 treatment revolution that's reshaping dairy economics. 00:42:00.219 --> 00:42:03.719 The evidence is clear. Farms implementing selective 00:42:03.719 --> 00:42:06.320 treatment protocols and evidence -based alternatives 00:42:06.320 --> 00:42:09.460 aren't just saving money. they're building competitive 00:42:09.460 --> 00:42:13.639 advantages that compound daily. Remember, the 00:42:13.639 --> 00:42:16.019 question isn't whether you can afford to change 00:42:16.019 --> 00:42:18.599 your mastitis management approach. It's whether 00:42:18.599 --> 00:42:20.639 you can afford not to while your competitors 00:42:20.639 --> 00:42:23.820 capture the $50 ,000 plus annual savings these 00:42:23.820 --> 00:42:27.780 strategies deliver. Your next step? Calculate 00:42:27.780 --> 00:42:30.300 your current mastitis treatment costs using the 00:42:30.300 --> 00:42:33.260 formulas we discussed. Then implement minimum 00:42:33.260 --> 00:42:36.829 duration treatment standards immediately. This 00:42:36.829 --> 00:42:39.710 requires zero additional investment, but delivers 00:42:39.710 --> 00:42:44.449 $65 to $130 in savings per case, starting with 00:42:44.449 --> 00:42:47.269 your very next clinical mastitis treatment. For 00:42:47.269 --> 00:42:49.489 the complete analysis behind today's discussion, 00:42:49.730 --> 00:42:52.909 including detailed implementation roadmaps, cost 00:42:52.909 --> 00:42:55.809 -benefit calculations, and all the research citations, 00:42:55.929 --> 00:43:00.070 visit www .thebullvine .com. You'll find the 00:43:00.070 --> 00:43:03.269 full article, Cut Mastitis Treatment Costs 60%, 00:43:03.690 --> 00:43:06.989 the $2 .3 billion industry secret that's reshaping 00:43:06.989 --> 00:43:09.730 dairy economics, along with additional resources 00:43:09.730 --> 00:43:12.250 to help you implement these strategies on your 00:43:12.250 --> 00:43:14.690 operation. Don't forget to subscribe to The Bullvine 00:43:14.690 --> 00:43:17.090 Podcast for more industry -challenging insights 00:43:17.090 --> 00:43:19.530 that directly impact your farm's profitability. 00:43:20.010 --> 00:43:23.789 We're also on all major podcast platforms, so 00:43:23.789 --> 00:43:26.289 you never miss an episode of the dairy industry's 00:43:26.289 --> 00:43:29.570 most provocative discussions. Until next time, 00:43:29.650 --> 00:43:32.679 this is The Bullvine Podcast. where we believe 00:43:32.679 --> 00:43:35.780 the best dairy decisions are made with the best 00:43:35.780 --> 00:43:39.519 dairy intelligence. Keep questioning, keep improving, 00:43:39.699 --> 00:43:42.519 and keep those profits flowing. Thanks for listening 00:43:42.519 --> 00:43:45.519 and remember, your success is our mission.