Stem Cells Saved My Mom From Amputation: Here's What Happened Next 的完整文字稿

result most for most [3:12] people within the month but then because [3:14] the stem cells keep working inside your [3:17] body so it would have a progressively [3:22] um it would be progressively getting [3:24] better over time. It's not like when you [3:27] feel it's better and then the effect is [3:29] done and then starts deteriorating again [3:32] or something like that, [3:33] right? [3:33] So most people would experience [3:36] continuous improvement progressively [3:39] over the next six months or even to a [3:41] year and even beyond that. [3:43] Wow. [3:45] So So is your is your mom like [3:47] completely good with that kid? Uh so so [3:50] that the leg we did is in her right legs [3:54] and then um she started having similar [3:58] condition developing in early 2024 last [4:01] year uh in her left leg. So because we [4:04] already know what it is so we started [4:07] doing the same procedure with stem cell [4:09] again and we did it twice in January and [4:12] in June. So now it's uh the inflammation [4:16] is gone. [4:17] Wow. That's fantastic to hear. I'm [4:19] really really like happy for you and [4:20] like for your mom too as well. Was was [4:23] your mom like the first person you kind [4:25] of like worked with when [4:26] Yes. [4:26] Wow. [4:28] So many people would say my mom is a [4:30] guinea pig. [4:31] It's good thinking. [4:33] But again, you know what's to lose? I [4:36] mean uh for a lot of people they have [4:38] fear about stem cell therapy because [4:41] they think oh is it going to uh do uh [4:44] damage to me or is it going to do harm [4:46] to me instead of doing um good things [4:50] but I would say um for most people's [4:52] really conditions that cannot be they've [4:56] already tried everything in traditional [4:58] western medicine or even they tried [5:01] other alternative treatments and it [5:04] didn't work for them. Then um they [5:09] you know the most fear people have is [5:12] either the sales are now from themselves [5:14] would they um cause any rejection or [5:19] if they don't have any um uh would the [5:22] cells cause tumor down the road. So uh [5:26] and also there are people they think you [5:29] know would it actually if it doesn't [5:31] work would it actually make my condition [5:34] worse but I think in most cases the [5:37] worst scenario is like it doesn't work [5:39] for you [5:39] and that's it like no no side effects [5:41] kind of thing like you try it out yeah [5:42] it doesn't work kind of thing but [5:44] how do you get stem cells for example I [5:46] mean there's there's multiple ways to [5:47] get stem cells but like for you how do [5:48] you get stem cells and then yeah what [5:51] does that look like [5:51] you mean uh how do I obtain the stem [5:54] cells Okay. So the stem cells we use [5:57] come from the umbilical cord. It's the [5:59] uh from the wartans jelly in umbil in [6:02] the umbilical cord. So when babies are [6:05] born the umbilical cord and placenta [6:07] they

are actually medical waste. Um but [6:10] nowadays there are more people who want [6:12] to preserve their baby's umbilical cord [6:15] for future use in case the baby uh say [6:18] when they grow into adults or teenage [6:21] years they get some kind of condition uh [6:24] then they can actually retrieve their [6:28] own umbilical cord to be used for [6:31] treatment. [6:32] So but for most still even now there are [6:35] more people doing that still the [6:37] majority of people's umbilical cord [6:40] after birth are just uh discarded as [6:43] medical waste [6:44] like mine [6:46] so your parents [6:48] it's somewhere lost in the land of [6:50] Alaska. [6:50] Okay. All right. [6:53] So um so then if you retrieve the [6:56] umbilical cord well the b after the baby [6:59] was born then you um isolate the part [7:03] that's the warton's jelly that has the [7:06] most concentrated mimo stem cells and [7:10] then you uh start growing them in the [7:13] lab but this part can only be done [7:15] outside of the US right now you can grow [7:18] them in the lab in the US but you cannot [7:20] use these cells to be applied IED in [7:23] clinical applications unless you're [7:26] applying for some kind of clinical [7:28] trials. [7:28] Is that kind of the reason why for [7:30] example you um you you provide stem cell [7:32] therapy here in Colombia then because [7:34] you're not able to do it in the US? [7:37] Yeah, it's just because you have to [7:40] apply to get approval from FDA for uh [7:44] treatment that you say you're doing [7:46] clinical trials and the I believe the [7:50] approval process is very lengthy and uh [7:54] costly. So then you can now per and then [7:58] for clinical trials you can only do so [8:01] many people. you cannot like really say [8:04] okay I'm going to treat 100 200 people [8:07] or you know just people whoever have the [8:09] condition because for clinical trial you [8:11] have like a criteria to screen people so [8:14] it's not like everybody can do the [8:16] clinical trials so it's limited access [8:19] limited access you a very long time [8:20] period just to [8:22] clear that [8:22] and also for clinical trial you can now [8:24] like do treatment based on each person's [8:27] condition because a clinical trial you [8:29] have to do very specific speific [8:32] protocol. Uh so say everybody in the [8:36] control group can receive actually [8:38] placebo and then the other group of [8:40] people receive only say this amount of [8:43] stem cells and then only for like twice [8:45] or three times or something. But you [8:48] cannot like go beyond that. You cannot [8:50] like say okay this person condition [8:52] probably they need four or five [8:53] treatment or they need more cells. [8:56] Right. [8:56] You don't have that flexibility. [8:58] Right. Okay. Will you walk me through [9:00] the steps what it what it looks like for [9:02] when you're treating somebody for stem [9:03] cells like from the time they arrive in

[9:06] front of you until the treatment's [9:08] finished? Like what does that look like [9:10] the process? [9:11] So before people even come in for [9:13] treatment, we have to do a uh detailed [9:17] consultation in person or uh over zoom [9:22] or uh you know uh online. So we have to [9:26] understand the health history of the [9:29] particular person seeking stem cell [9:31] treatment to see whether they are the [9:33] candidate for it because not every [9:35] single condition uh is suitable for stem [9:38] cell treatment. [9:39] Right? And then after the consultation, [9:42] we can also determine if the person is [9:45] eligible and then stem cell treatment [9:47] can help them uh how many cells we're [9:50] going to use in the treatment and like [9:53] how many times they need to do it [9:55] depending on the condition because uh [9:58] some for some condition they only need [9:59] one single treatment then they don't [10:01] need it uh until say their condition [10:05] returns again. But there are many people [10:07] for joint condition they do one [10:10] treatment and then they're good for like [10:12] years. So they don't need to do it [10:15] again. But then there are also [10:17] conditions like autoimmune condition or [10:20] um uh Parkinson's Alzheimer's they pro [10:25] or diabetes they probably need to repeat [10:28] two or three times within the 6 months [10:31] to one year period of time for it to be [10:33] effective. Gee, so I understand you come [10:35] from like a lineage of 17 generations of [10:37] Eastern medicine, Chinese medicine. Um, [10:40] and now it seems like you're bridging [10:41] the gap between Eastern medicine, [10:43] Western medicine, but but filling in [10:45] that gap where stem cell would be able [10:47] to assist. Can you kind of just share a [10:49] little more about that? [10:51] Okay. So, uh, a lot of people when I [10:54] tell them about stem cells, they usually [10:57] say, stem cells, are they really related [11:00] to Chinese medicine? Um, so here's a [11:03] link between them because I started [11:07] doing Chinese medicine because I was [11:10] drawn to the philosophy of Chinese [11:12] medicine developed 5,000 years ago. It's [11:15] about early prevention uh treating the [11:18] root cause of conditions rather than the [11:20] symptoms which is the approach taken by [11:25] western medicine in most of their [11:27] treatments because they only treat the [11:29] symptoms and they only wait until the [11:32] symptoms are already developed to start [11:35] treating because they don't recognize [11:37] the underlying [11:40] uh imbalance in your body that [11:43] eventually build up over time to cause [11:46] the symptoms. So um the stem cell [11:50] treatment actually also treats your root [11:53] cause of aging and aging related [11:55] degenerative conditions instead of just [11:57] treating the symptoms. For example, if [11:59] you have osteoarthritis of the knee, the [12:02] root cause is because your cartilage is [12:05] worn out and then the cartilage worn out [12:07] is causing the inflammation. That's why [12:10] you have pain and because you have pain [12:12] that you cannot move because once you [12:14] move you have more friction between the [12:17] joints and then it's calling causing [12:19] more inflammation. So as long wherever [12:22] you have pain in your body it's because [12:24] the circulation in the area is affected [12:27] due to the inflammation and when we age [12:29] we actually have more inflammation going [12:31] on inside our body. It's just aging [12:35] related uh symptoms. It's one of the [12:38] hallmarks of aging is chronic [12:40] inflammation and everybody when you age [12:43] you actually tend to have more [12:44] inflammation. So um stem cell treatment [12:47] actually addresses the chronic [12:50] inflammation. It reduces chronic [12:52] inflammation especially using the [12:54] umbilical core stem cells and also stem [12:56] cell treatment addresses the root cause [12:59] of stem cell exhaustion in uh aging. So [13:03] that's why it helps uh many aging [13:05] related conditions. [13:07] If this episode has been valuable for [13:10] you in any way, please leave a review or [13:15] a comment. It will really help more [13:18] people to find reliable researchbased [13:22] information in a space full of noise. [13:26] Tell me what is stem cell exhaustion? [13:29] Okay. So when we age uh the stem cells [13:32] inside our body reduces in the numbers [13:36] and in their ability to divide because [13:39] the stem cells are responsible for [13:42] regenerating cells, tissues and organs [13:45] inside our body. Our body is in constant [13:48] equilibrium of regeneration and cell [13:52] death because we need to keep having the [13:54] renew [13:56] renewed cell regeneration to replenish [14:00] the uh damaged or uh diseased cells and [14:05] our body is constantly getting rid of [14:07] the dead cells. So um so we need stem [14:12] cells to keep regenerating but when we [14:16] age the number of stem cells in our body [14:19] reduce significantly. So when we are [14:22] born there's one in um 10,000 cells is a [14:26] stem cell. But by the time we're age 60 [14:30] only one in 400,000 cells is a stem [14:32] cell. So that's 40 time reduction. And [14:35] then one cell when we are born, one stem [14:38] cell can divide into one billion cells [14:41] in 30 days. But when we reach age 60, [14:45] one stem cell can only divide into [14:48] 40,000 cells in 30 days. So that's a [14:52] huge difference. So because of that, the [14:56] regeneration cannot keep up with the [14:59] cell death. Uh then you have this [15:01] deficit. That's when your body starts [15:05] wearing out because the regeneration [15:08] cannot keep up to regenerate the tissue [15:11] that's being damaged from wear and tear. [15:14] So that's why we have cartilage issue in [15:17] the joints and leading to [15:19] osteoarthritis. We have uh

issues in the [15:22] brain that the cells are not replenished [15:24] enough then we would have neurological [15:27] conditions. [15:27] You know you so talking about longevity [15:30] it's got me thinking. So, I used to do a [15:32] lot of CrossFit and particularly last [15:34] year it was like some particular [15:35] movement I did really bugged up my [15:36] shoulder and ever since then I really [15:38] struggled to do like heavy weightlifting [15:40] or just weightlifting in general. Um, [15:42] what would you suggest for somebody like [15:43] my age, 31, um, start thinking about [15:47] like would it be a good idea to even [15:48] like consider doing stem cells from a [15:50] longevity standpoint? Not just to like [15:53] um, uh, fix my shoulder, but also assist [15:57] with my my longevity and my overall [15:59] quality of health. So, are you doing [16:01] anything to help your shoulders so that [16:03] you can do CrossFit again or [16:06] I've done like physical therapy like [16:08] stretching, body weight exercises? Um, I [16:10] go see like a sports masseuse too as [16:13] well, but it seems like it it never gets [16:15] rid of the full pain like it's always [16:17] there. [16:17] Okay. So, because of that, you already [16:19] stopped doing CrossFit. [16:21] Yes. Yeah. Like over a year. [16:22] Okay. So if that's the case, actually [16:24] stem cell treatment for your shoulder [16:26] will help tremendously and you can get [16:29] back to your CrossFit training or your [16:31] other weightlifting that you haven't [16:33] been able to do even though you're only [16:35] 31 years old. Um because you have some [16:40] injury inside the shoulder that [16:42] prevented you from being able to do [16:45] things you would like to do. uh and the [16:48] injury you had in the past from doing [16:51] whatever things you did uh created scar [16:54] tissue inside and stem cells are very [16:58] good at reducing scar uh scar tissue [17:00] both externally and internally and once [17:04] you have the scar tissue reduced then [17:06] you won't have the kind of friction [17:08] caused when you do certain movements [17:10] because once you have the friction from [17:12] the scar tissue it causes inflammation [17:15] that's why you have pain. Um, and even [17:18] though you're only 31 years old, uh, [17:21] your body is already starting declining [17:24] slowly, even though maybe you haven't [17:26] noticed it. Yeah. Um, so that's the [17:29] concept about early prevention. Um, you [17:33] want to start doing things early and you [17:35] don't want to have this problem [17:38] lingering on [17:40] until you're in your 40s and 50s. then [17:43] it can create even more problem down the [17:45] road if you start fixing it now and then [17:49] you can still enjoy doing a lot of [17:51] activity you're able to do and then when [17:54] you reach your 40s and 50s maybe if you [17:58] started having some minor issues again [18:00] then you use the stem cell treatment or [18:02] other treatment to improve the [18:04] circulation because shoulder is one of [18:07] the joint that will first show the aging [18:10] condition once you reach age 45. That's [18:14] why a lot of people would start having [18:17] shoulder pain or rotator cuff injury out [18:21] of nowhere when they're in their 45, 50. [18:25] Uh so there's a saying in Chinese [18:28] medicine that they call rotator cuff [18:30] syndrome uh when people in their 50s [18:33] call 50s shoulder. So there's a reason [18:36] for that because when you reach age 50, [18:39] the channel that surrounds the shoulder [18:42] joint declines. That's the first channel [18:45] showing the decline significantly with [18:47] aging. So that's why the shoulder joint [18:49] is very difficult to heal once you age. [18:52] Right. What's like the the main areas [18:55] you normally work with with with your [18:57] clients? Was it short? [18:58] Uh shoulder, knees, ankle, wrist, back, [19:03] neck, [19:04] just everything. Yeah. Brain. Okay. [19:06] Yes. [19:07] Do you do you um have you work with a [19:09] lot of athletes like professional [19:10] athletes? [19:10] Yes. So I actually also worked with with [19:13] So that's why I mean when you're in your [19:15] 30s it's not even say you're too young [19:17] to do stem cells because I worked with [19:21] um athletes in their 20s and because [19:24] they have intensive training so their [19:26] joints actually wear out uh sooner than [19:30] they would be. And then it's again for [19:34] anybody even when you are young it's [19:36] difficult to regenerate cartilage tendon [19:40] ligaments because they don't have a lot [19:42] of blood supply. So even though your [19:44] stem cells are still relatively young if [19:48] you keep doing intensive training to [19:51] wear them out it's still very difficult [19:54] for the regeneration to keep up to [19:56] repair. [19:57] Okay. So, but if you use the stem cell [20:00] therapy to give your joint a boost to um [20:07] speed up its recovery, then you can do [20:11] maybe more intensive training than you [20:14] could do without the stem cell [20:16] treatment. And then you won't have the [20:18] pain and inflammation caused from too [20:21] much training. [20:22] That makes sense. I've heard from a lot [20:24] of like friends or family members too, [20:27] let's just say like in the US um that [20:30] are not very positive about stem cell. [20:32] Um what would be like um some things you [20:35] would say to an individual that that's [20:37] heard like negative negative negative [20:40] things about stem cells? [20:41] So just like anything there are good [20:44] apples and bad apples. Um so because [20:48] stem cell is a very new concept and also [20:52] it has um restrictions in the US. So due [20:56] to that um some clinics maybe they only [21:01] want to uh seek financial profits from [21:05] doing that. So they may not use very [21:08] good quality stem cells um because

[21:11] really good quality stem cells right now [21:14] are not available in the US for clinical [21:16] application. Uh so some people in the US [21:20] they may advertise saying they are [21:23] giving you stem cell treatment uh from [21:25] the umbilical cord but because of the [21:28] availability of the quantity of the stem [21:30] cells and quality of stem cell available [21:32] in the US um they may give you the [21:38] quality of the stem cell that only 50% [21:41] of them or even lower are dead cells uh [21:45] are live cells. So that means like you [21:47] know the viability of the sales is very [21:49] low. So that means it won't give you the [21:53] good results and if the quantity is low [21:55] as well and a lot of times you don't [21:58] even know how many they're giving you [22:00] and they're not showing you before the [22:02] application. So that's the difference [22:04] between uh us and the other clinics that [22:08] you heard that things about. [22:10] What do you mean by counting stem cells? [22:13] So any kind of cells you can count them [22:16] because just like you go to uh have [22:19] blood test to count your white blood [22:21] cells or red blood cells. So there's [22:25] there are machines that can count them [22:26] and then you can also count them [22:28] manually under microscope. So we can do [22:31] both. That's why we have the microscope [22:34] right behind me. And uh we have uh the [22:37] machine that can automatically count so [22:40] that it's not subjective, it's [22:42] objective. So it's not like I try to [22:44] show you something because for most [22:47] people if you show them the microscope [22:49] picture of the cells, they don't know [22:51] what it means. They don't know what is a [22:53] dead cell, what is the live cell. So the [22:56] automatic contractor can show you [22:58] immediately like within a few seconds [23:01] this sample. We take directly from the [23:04] sample we're going to apply to your [23:06] treatment how many cells are in there [23:09] and the percentage of the viability [23:11] and what's a what's a good number? [23:14] So the good number would be above 80%. [23:17] And then uh the number of stem cells we [23:20] use in treatment depends on the [23:22] condition. But for somebody like uh your [23:24] age, young athletes, and then you have [23:27] some joint minor joint issues that [23:29] prevent you from doing certain things, [23:31] we usually use 5 million to 50 million [23:34] cells per joint injection. Uh and then [23:37] if you are older, uh we recommend using [23:42] 50 million cells to give you the best [23:44] results. And then also important that [23:47] when you do the joint injection with say [23:50] 50 million stem cells at least 80 to 90% [23:54] of viability. If it's below 80 then that [23:57] means you are only getting uh 25 or 30 [24:01] million sales instead of 50 million [24:03] cells. [24:04] E this has been tremendously [24:05] enlightening for me. Like I'm sold like [24:07] how do I get started now? Like I I want [24:09] to you know want to get this going now. [24:11] What does that look like? Okay. So, you [24:14] can um I can you can contact me and then [24:18] uh we will go through the um forms you [24:21] need to fill out for your health [24:22] history. Then we have a inerson or [24:26] online consultation to going through [24:29] your whole health history and not just [24:31] your shoulder but also other aspects [24:33] like your digestion, your sleep, [24:35] everything. Um because the whole body is [24:38] everything is connected. So sometimes [24:40] your shoulder problem may also have some [24:42] other um parts of your body that's [24:45] causing it u not healing sufficiently. [24:48] Um then I will tell you what I think the [24:51] best treatment protocol is for you. Then [24:54] we can set up the time to do the [24:55] treatment. [24:56] Okay. And for anybody interested in [24:59] doing that or if you know your friends [25:01] who are interested in doing that then [25:03] you can also give them my website uh [25:06] stem cell therapyexperts.com [25:08] and then they can contact me. [25:10] Fantastic. I'm looking forward to [25:12] sharing with my parents too as well and [25:13] yeah. Yeah. Fantastic. I really [25:15] appreciate your time. Thank you so much [25:16] for your time. [25:17] Thank you for uh being here today.