血栓、中風、心臟病與關節炎,吃營養素,自然療法,柏格醫生 Dr Berg

柏格醫生中文 健康知識
24 May 202412:49

Summary

TLDR本视频讨论了血凝块、心脏病发作和中风,并指出许多人试图避免血凝块和中风。视频中提到,血凝块主要由蛋白质组成,胆固醇只占很小一部分,因此摄入胆固醇并不会导致血凝块形成。接着,视频介绍了PAI-1这种阻止血凝块溶解的酶抑制剂,并强调了避免高糖、胰岛素、皮质醇和雌激素等触发因素的重要性。此外,视频还提供了七种可能表明存在血凝块的症状,并建议通过摄入维生素E、大蒜、姜黄和辣椒等营养素来预防血凝块。视频最后提到了牙周病与心脏病发作之间的联系,并推荐了一本书《隐藏的心脏病发作源头》。

Takeaways

  • 🩸 血液凝块、心脏病发作和中风是许多人希望避免的健康问题。
  • 🧬 血液凝块主要由65%的纤维蛋白、20%的血小板、10%的红细胞和4%的胆固醇组成,其中胆固醇只占很小一部分。
  • 🚫 摄入胆固醇不会导致血液凝块、中风或心脏病发作。
  • 🛡️ PAI-1是一种阻止血液凝块溶解的酶抑制剂,增加时会增加形成血栓的风险。
  • 🍬 葡萄糖、胰岛素、皮质醇(压力激素)和雌激素是触发PAI-1增加的因素。
  • 🦵 腿部痉挛或紧张可能是深静脉血栓形成的迹象。
  • 💨 呼吸急促可能是因为肺部或心脏中的血栓。
  • 📈 血压的突然增加或减少,脉搏率的无故增加,可能是血栓的迹象。
  • 🦠 糖尿病患者由于血糖水平较高,更容易形成血栓。
  • 🥬 维生素E、大蒜、姜黄和辣椒等营养素可以帮助预防血液凝块。
  • 🦷 根管治疗牙齿中的病原体DNA在心脏病发作和中风患者中被发现,这表明口腔健康与心脏问题之间可能存在联系。

Q & A

  • 血栓是如何在体内形成的?

    -血栓,也称为血栓体,主要由65%的纤维蛋白、20%的血小板、10%的红细胞和1%的白细胞组成,这些都是蛋白质,只有4%是胆固醇。体内不断形成和溶解血栓是正常现象。

  • 为什么胆固醇不是导致血栓形成的主要原因?

    -血栓中只有很小一部分是胆固醇构成的,因此摄入胆固醇不会导致血栓形成,也不会直接导致中风或心脏病发作。

  • PAI-1是什么,它与血栓有什么关系?

    -PAI-1是一种酶抑制剂,它阻止血栓的溶解。当PAI-1水平升高时,会增加形成血栓或血栓体的风险。

  • 哪些因素会触发PAI-1的增加?

    -触发PAI-1增加的因素包括葡萄糖(糖)、胰岛素、皮质醇(压力激素)和雌激素。特别是接受激素替代疗法的女性更有可能出现血栓。

  • 如何自我检测可能存在血栓的迹象?

    -可以通过七个不同的指标来检测可能存在的血栓:腿部痉挛或紧张、呼吸急促、血压突然增加或减少、脉搏率无故增加、腿部、脚或脚踝或手臂、手的肿胀、过度出汗和皮肤变色。

  • 糖尿病患者为什么更容易形成血栓?

    -糖尿病患者由于血糖水平较高,更容易形成血栓。胰岛素抵抗、前驱糖尿病患者以及高糖或高碳水化合物饮食的人也面临更高的血栓风险。

  • 有哪些营养素可以帮助预防血栓形成?

    -维生素E(特别是生育三烯酚)、大蒜、姜黄和辣椒等营养素可以帮助预防血栓形成,但它们并不是稀释血液,而是预防血栓。

  • 为什么根管治疗的牙齿可能与心脏病有关?

    -在根管治疗的牙齿中发现了与心脏病发作和中风患者体内相同的病原体DNA。这些病原体可能通过慢性感染影响免疫系统,导致氧化应激增加,从而形成血栓。

  • 什么是慢性尖周牙周炎,它与血栓有何关联?

    -慢性尖周牙周炎是一种可能没有症状的牙齿感染,它可以导致慢性炎症,并通过咀嚼将细菌推入淋巴系统,进而影响全身,增加血栓形成的风险。

  • 如何通过改善生活方式来降低血栓风险?

    -通过生酮饮食和间歇性禁食计划来降低血糖和胰岛素水平,从而降低血栓风险。此外,保持良好的口腔卫生和定期进行牙科检查也很重要。

  • 氧化应激是什么,它如何影响血栓形成?

    -氧化应激是指体内自由基损伤过多而抗氧化储备不足的情况。这种状态下,病原体产生的毒素可以引起更多的免疫反应和炎症,从而导致血栓形成。

  • 使用哪种类型的维生素C可以帮助降低氧化应激?

    -使用脂质体维生素C可以帮助降低氧化应激。它是一种抗氧化剂,可以进入细胞内,且在大剂量下不会引起腹泻。

Outlines

00:00

🩸 血栓、心脏病和中风的预防

本段视频讨论了血栓、心脏病发作和中风的预防。视频开头询问观众认为什么是导致血栓的主要原因,并鼓励他们在评论区写下答案。接着,视频解释了人体内不断形成和溶解血栓的自然过程,指出血栓(医学上称为血栓)主要由蛋白质组成,其中只有4%是胆固醇。因此,摄入胆固醇并不直接导致血栓形成。视频还介绍了一种名为P,ai-1的化合物,它是一种阻止血栓溶解的酶抑制剂,增加这种化合物的水平会增加形成血栓的风险。最后,视频指出高血糖、胰岛素、皮质醇(应激激素)和雌激素是触发P,ai-1的因子,尤其是对于接受激素替代疗法的女性来说,她们中风的风险更高。

05:00

🧄 预防血栓的自然方法和糖尿病风险

视频的第二段介绍了几种自然方法来预防血栓,包括维生素E(特别是tocotrienol形式)、大蒜、姜黄和辣椒粉,这些都是已知的可以预防血液凝固的天然物质。视频特别强调糖尿病患者由于血糖水平较高,更容易形成血栓,因此建议他们采用生酮饮食和间歇性禁食来降低风险。此外,视频还提到了Thomas Levy MD的一本书,书中指出在许多心脏病患者的冠状动脉中发现了与牙齿根管治疗相关的病原体DNA,暗示了口腔健康与心脏健康之间的联系。视频还分享了作者个人的经历,包括通过3D锥形束成像系统发现的牙齿感染,以及这种感染如何通过咀嚼传播到全身,导致慢性炎症和潜在的健康问题。

10:00

🦠 口腔健康与心脏病的联系

最后一段视频深入探讨了口腔健康与心脏病之间的联系。视频提到了根管治疗可能与心脏问题有关,因为根管治疗过程中可能会破坏牙齿的免疫防御,使病原体得以滋生。这些病原体不仅在牙齿和牙龈中发现,也在心脏病患者的血栓中发现。视频建议,如果怀疑自己可能有由牙齿感染引起的慢性炎症,可以通过血液测试来检测C反应蛋白(一种炎症的生物标志物)。此外,视频还讨论了如何通过使用脂质体维生素C来降低氧化应激,这是一种可以进入细胞内部的抗氧化剂,有助于改善由慢性感染引起的症状。视频最后推荐了一本书,并提供了一个链接,供观众深入了解这一主题。

Mindmap

Keywords

💡血栓

血栓是血液在血管内不正常凝固形成的固体物质。在视频中,血栓的形成和预防是讨论的核心,因为血栓可能导致心脏病发作和中风。例如,视频提到身体不断形成和溶解血栓,而血栓的形成与多种因素有关,包括饮食、压力和激素等。

💡心脏病发作

心脏病发作,也称为心肌梗死,是心脏血流受阻导致的严重医疗状况。视频中提到,血栓是心脏病发作的主要原因之一,而通过了解和预防血栓的形成,可以降低心脏病发作的风险。

💡中风

中风是由于脑部血管阻塞或破裂导致脑组织损伤的医疗紧急情况。视频强调了预防血栓的重要性,因为血栓可能在脑部形成,导致中风。

💡纤维蛋白

纤维蛋白是一种蛋白质,是血栓的主要成分之一,占血栓组成的65%。视频中解释了血栓的组成,并指出纤维蛋白在血栓形成中的作用。

💡血小板

血小板是血液中的一种细胞碎片,参与血液凝固过程。视频中提到,血小板占血栓组成的20%,是血栓形成的关键因素之一。

💡PAI-1

PAI-1是一种酶抑制剂,能够阻止血栓的溶解。视频中提到PAI-1水平的增加会增加形成血栓的风险,因此控制PAI-1的水平对于预防血栓至关重要。

💡葡萄糖

葡萄糖是身体的主要能量来源,但视频中提到高血糖水平会触发PAI-1的增加,从而增加血栓形成的风险。这与糖尿病患者更容易形成血栓的观点相联系。

💡胰岛素

胰岛素是一种激素,帮助调节血糖水平。视频指出,胰岛素水平的升高与PAI-1的增加有关,这可能增加血栓形成的风险。

💡皮质醇

皮质醇是一种与压力反应相关的激素。视频中提到,压力激素皮质醇的增加可以增加血栓形成的风险,因为它可能影响PAI-1的水平。

💡雌激素

雌激素是一种女性激素,视频中提到,雌激素水平的增加会增加PAI-1的水平,从而增加血栓形成的风险,特别是对于接受激素替代疗法的女性。

💡深静脉血栓

深静脉血栓是一种在深静脉中形成的血栓,通常发生在腿部。视频中提到腿部痉挛或紧张可能是深静脉血栓的症状之一。

💡维生素E

维生素E是一种脂溶性维生素,具有抗氧化特性。视频中提到,特定的维生素E形式,如生育三烯酚,可以帮助预防血栓的形成。

💡大蒜

大蒜是一种常用于烹饪的植物,也具有药用价值。视频中提到,大蒜可以自然地防止血液凝固,从而有助于预防血栓。

💡姜黄素

姜黄素是从姜黄中提取的一种化合物,具有抗炎和抗氧化特性。视频中提到姜黄素是预防血栓的有效成分之一。

💡辣椒素

辣椒素是辣椒中的活性成分,能够产生辣味。视频中提到,辣椒素有助于预防血栓的形成。

💡糖尿病

糖尿病是一种慢性疾病,特征是高血糖水平。视频中提到,糖尿病患者由于血糖水平较高,更容易形成血栓。

💡间歇性禁食

间歇性禁食是一种饮食模式,交替进行进食和禁食。视频中建议,对于担心血栓形成的人来说,采用生酮饮食和间歇性禁食计划可能有助于降低风险。

💡慢性尖周炎

慢性尖周炎是一种牙齿感染,可能没有明显症状。视频中提到,这种感染可能与心脏病和中风有关,因为它可能导致慢性炎症和氧化应激。

💡氧化应激

氧化应激是指自由基损伤与抗氧化储备之间的不平衡状态。视频中提到,由口腔中的病原体产生的毒素可以引起氧化应激,这可能导致血栓的形成。

💡脂质体维生素C

脂质体维生素C是一种可以穿透细胞膜的维生素C形式。视频中提到,使用脂质体维生素C作为抗氧化剂可以帮助降低氧化应激,改善可能由感染引起的症状。

Highlights

视频中讨论了血凝块、心脏病发作和中风,以及如何避免它们。

血凝块主要由蛋白质组成,其中只有4%是胆固醇。

消费胆固醇不会导致血凝块形成,也不会导致中风或心脏病发作。

PAI-1是一种阻止血凝块溶解的酶抑制剂,增加时会增加形成血栓的风险。

葡萄糖、胰岛素、皮质醇和雌激素是触发PAI-1增加的因素。

糖尿病患者由于血糖水平较高,更容易形成血凝块。

维生素E,特别是Tocotrienol,可以预防血凝块的形成。

大蒜、姜黄和辣椒粉是天然的防止血液凝固的食材。

间歇性禁食和生酮饮食有助于降低血凝块的风险。

78%的心脏病发作患者中发现与牙根管治疗牙齿感染有关的病原体DNA。

慢性牙根尖周炎可能无症状,但可能导致心脏问题和其他健康问题。

根管治疗可能导致病原体无法完全清除,增加慢性炎症的风险。

C反应蛋白血液测试可以检测慢性感染和炎症。

氧化应激是自由基损伤与抗氧化储备不足之间的不平衡状态。

口腔中的细菌、病毒和真菌以及它们产生的毒素可能导致全身性炎症。

身体可能通过形成血凝块来应对慢性病原体暴露。

使用脂质体维生素C作为抗氧化剂可以帮助降低氧化应激。

推荐阅读Thomas Levy MD的书籍以获取更多关于血凝块和感染之间联系的信息。

Transcripts

play00:00

hey guys in this video we're going to

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talk about blood clots heart attacks and

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strokes okay a lot of people want to

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avoid blood clots they want to avoid

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getting a stroke I'm sure you you do as

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well uh and in your mind what do you

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think is the number one thing that you

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have to avoid go ahead and type it down

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below I want to know what you think okay

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before I tell you is it a food is it a

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certain thing what forms the clots go

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ahead type it down right now and as

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you're doing that I'm going to continue

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on with this little presentation uh now

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in your body the body is constantly

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forming clots and dissolving clots all

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day long okay and a clot is called a

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thrombus and what makes up a

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clot is 65% fibrin that's protein okay

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20%

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platelets 10% red blood cells and by the

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way platelets fiberine and W and red

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blood cells are all protein

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1% white blood cell okay that's protein

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to and only 4% cholesterol so my

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question to you is did you type down

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cholesterol as being the thing that

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causes the clot okay I'll find out when

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I read the comments but the point is

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that a very small fraction of a clot is

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really made up of cholesterol so

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consuming cholesterol is not going to

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form clots it's not going to lead to

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Strokes or heart attacks FYI okay so now

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we're going to talk about something

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called P

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ai-1 okay I'm not going to tell you the

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long chemical name I just want to let

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you know this is a

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compound that

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blocks something that dissolves the clot

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okay so remember I said that the cloud

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is constantly being dissolved and

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formed well this is something that stops

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the dissolving of the clot okay it's an

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it's an enzyme inhibitor it blocks the

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enzyme that dissolves the clot okay so

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we want to we want to keep this very

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very low because when it increases it

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increases the risk of developing a

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thrombus or a clot make sense okay so

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basically it's an enzyme inhibitor so

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now the question is what triggers this

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compound if you can know that you can

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avoid these Foods or substances or

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hormones and thereby lowering your risk

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for getting a stroke right okay or a

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heart attack well these are the triggers

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right here glucose yeah

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sugar insulin we've talked about that a

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million times cortisol that's the stress

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hormone will increase the risk of

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getting a clot and estrogen that's why

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women that take HRT hormone replacement

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therapy are at more at risk for getting

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a stroke interesting so if you commented

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down there that it was saturated fats or

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cholesterol it's actually not because

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saturated fats are not one of the

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triggers cholesterol is not the thing

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that triggers a clot okay thanks for

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watching now is there any way to tell if

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you potentially could have a blood clot

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in this video I'm going to discuss the

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seven different indicators that you

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possibly may have a blood clot now just

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because you have any of these symptoms

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doesn't mean you have one but it's just

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good to uh understand how to read your

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body and understand what these symptoms

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could be related to now the symptoms are

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directly dependent on where the blood

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clots are you can have blood clots in

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your lung the heart your leg your brain

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and your pelvis these clouds could be

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anywhere where there is a artery or a

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vein all right number one leg cramps or

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tightness okay you could have this like

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throbbing crampy tightness in your lower

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leg coming from something called deep

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vein thrombosis all right number two

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shortness of breath because the clots

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are in your lung or in your heart you

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just get out of breath very easily

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especially if you're doing any distance

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or inclines all right number three a

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sudden increase or decrease in blood

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pressure number four an increase in

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pulse rate for no reason it just doesn't

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come down number five swelling in the

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leg the foot or ankle or your arm or

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your hand on one side usually all right

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number six excessive sweating and number

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seven discolored skin it could be red or

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pale there's other symptoms too like

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fatigue but these are the seven most

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common symptoms so if you're getting any

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persistency with these symptoms it might

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be a good idea just to get it checked

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out now I also want to add uh a couple

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really important nutrients to help

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naturally keep your blood on the thin

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side but it's not actually thinning the

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blood it's just preventing clots in

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general vitamin E specifically tokat

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trinal is a very good form of vitamin E

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that can actually prevent clots second

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thing to take on a regular basis would

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be garlic garlic naturally keeps the

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blood from clotting curatin is a good

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remedy to keep the blood from clotting

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as well turmeric is another one that's

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very very effective cayenne pepper

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really good at preventing clots but

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here's the thing that you really need to

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know people that are diabetic have a

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much higher risk of getting clots simply

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because they have higher levels of sugar

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in their blood so people that have

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insulin resistance people that are

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pre-diabetic people that are consuming a

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lot of sugar or doing a high carb diet

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are at a much higher risk of getting

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clots so if you're concerned about that

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definitely get on the keto and

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intermittent fasting plan so check it

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out I put the link down below so there's

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this hidden source of heart attacks that

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rarely does anyone know about and this

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is a book by Thomas Levy MD and so I'll

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put the link down below but it was

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actually quite fascinating because I

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have person personal experience with

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what I'm going to talk about let me

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first jump to the Smoking Gun okay I'm

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going to tell you what he States in his

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book in 78% of 101 patients with

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myocardial infarctions that's heart

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attacks and uded coronary

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arteries they found DNA of pathogens

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typical for infections in root canal

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treated teeth now this is pretty wild

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I've talked about this briefly in

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another video but the big question is

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what are these pathogenic bofilm

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microorganisms doing in your heart how

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do they get there and what's the

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relationship to your teeth now they also

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found these microbes also in the clots

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in certain stroke victims too just a

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quick story I went to the dentist uh a

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while ago and um they're just doing a

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routine checkup and he had this really

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cool so I think it was called a 3D cone

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beam Imaging system where they basically

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can scan all the roots of the teeth and

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look uh deep inside for potential

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citations or like infections underneath

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the teeth now I was also an X-ray tech

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before I was a chiropractor cell was

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interested in to see what was going on

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and so when I was looking at my teeth I

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noticed there was this like huge dark

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little circle around one of my tooth

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roots of course he looked at it and said

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yeah you have a you have an infection

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going on in your tooth now I had no

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symptoms whatsoever so basically this

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infection which is an absis underneath a

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tooth was eating away my bone and So

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based on this book it's The Chronic

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long-term infection that can become a

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problem for people not just for heart

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problems but for arthritis and many

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other issues apparently it's quite

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common if you look up uh the conditions

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name it's called chronic apical

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periodontitis that many times doesn't

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have any symptoms so basically as you're

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chewing in things you're pushing this

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bacteria deeper into the lymphatic

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system in your jaw and uh throughout the

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body and Dr Levy uh points out some

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really interesting data there's

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basically between 15 and 25 million

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people a year that get root canals okay

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and uh his theory is that the root canal

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is where the problem is because when

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they do a root canal they go in there

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they take out some of the pulp and they

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try to sterilize it and then they seal

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it the problem is they also at the same

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time take out a lot of the tubul you

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have like one or two miles of these

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small little tubes and so as you scrape

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away this you take away the immune

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system as well so here we have this

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potential for pathogens to create

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problems because it's nearly impossible

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to get rid of all the pathogens when

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they do this procedure and so there's a

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high incidence of people with dental

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abscesses and chronic inflammation of

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the root of the tooth or the gums and

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people who have heart attacks which is

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actually very very interesting and many

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times this is missed on routine dental

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X-rays one way that some people might

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pick it up is through a blood test

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looking at the C reactive protein which

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is just like a biomarker of inflammation

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this infection could be in the tooth it

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could be in the gums it could be deeper

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into the jaw and it can even be in the

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tonsils it's The Chronic exposure to

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these pathogens that create the problem

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especially if your immune system is not

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strong enough to counter it because

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these pathogens are creating a lot of

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what's called oxidative stress okay now

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oxidative stress is basically a

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situation where you have a lot of free

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radical damage but we don't have enough

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antioxidant Reserve to counter that

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situation I mean think about how dirty

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the mouth is you have over 500 different

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strains of bacteria viruses in fungus

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growing in your mouth mouth and then you

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also have this byproduct of the microb

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which is toxins that can then create

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more immune reaction more inflammation

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in different parts of your body

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Apparently one of the ways the body

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reacts to this situation is by

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developing clots and so over time when

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this becomes more chronic a person's

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going to generally feel fatigue chronic

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inflammation draw problems and

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sensitivity of the the teeth in my

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situation I did notice when he removed

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the tooth I immediately noticed my

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inflammation in my upper back and neck

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just kind of disappeared so that was

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fascinating but if I didn't get that

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X-ray and see that cavitation I never

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would have guessed that would be the

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cause but basically we're dealing with a

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leaky bacterial overload situation that

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kind of causes a compromise to your

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immune system but let's just say for

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example someone has this infection right

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and they feel a little tired but they

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don't really know if it's coming from

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this area or not you feel like your

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immune system is compromised and you are

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wondering if you have this oxidative

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stress overload situation uh what you

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could do is just take uh one or two

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grams of liposomal vitamin C it's not

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the vitamin C complex to fulfill a

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vitamin C deficiency we're primarily

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using it as an antiox accident to lower

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the oxidative stress and what's unique

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about this specific type of vitamin C is

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that it's one of the only ones that can

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go intracellular I'd recommend taking

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maybe 500 milligrams several times a day

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and this is because vitamin C is water

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cable so we just want to keep it flowing

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through your body and the last point

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about this type of vitamin C is that it

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won't create diarrhea when you're taking

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large amounts like other types of

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ascorbic acid but that would at least

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change the ratio of this antioxidant to

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oxidative stress level to see if that

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might help you and if you does and you

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feel a little bit better and you feel

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like your symptoms might improve then

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you can start to dive deeper into why

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you might have this problem is it

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related to diet is it related to not

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sleeping is it related to ere ex

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exercising is it related to a potential

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tooth infection but this is just a short

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overview of this topic I would highly

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recommend getting this book it's filled

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with a lot more data it's actually quite

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fascinating so I'll put the link down

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below and also if you haven't seen my

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other video on aerosis and this bofilm

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mechanism I put that video up right here

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check it out

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