Earthing (grounding) the human body reduces blood viscosity-a major factor in cardiovascular disease.

PM

P.D. Mangan Health & Freedom Maximalist

@Mangan150 · X

@JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

GF

George Ferman

@Helios_Movement · X

If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE3JAV

ZD

Zaid K. Dahhaj

@zaidkdahhaj · X

Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thinner https://t.co/RPgTGHXpny https://t.co/5gSe4TEtvm

A

Alzhacker

@Alzhacker · X

人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

A

Alzhacker

@Alzhacker · X

人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた。 https://t.co/WfZR5CoSYg

H

HealthOverhaul

@HealthOverhaul · X

Studies: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease https://t.co/1zp2P1uj1K

M

Marase

@marase · X

@differentdoktor tak to je jiny aspekt. Stejne to funguje i na rovnem betonu, dlazbe, to bohužel nemam. Tam to neni o nerovnostech. tady je popsan dalsi efekt https://t.co/gwLmhjejwQ

GF

Gordon Fuller

@GordonFuller10 · X

https://t.co/aO6TLpUpwj

ま

まゆごもり

@mabuchan_8644 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

M

marico

@marico19143032 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

NT

nAnna Theme

@ThemeAnna76213 · X

Il fait beau, élevez vos chaussures et faites les balades pieds nus ... C'est bon pour votre santé : stress, cœur, hypertension... ⚠️

て

てぃー

@07t08tm12towa · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

GF

George Ferman

@Helios_Movement · X

Number 9: Go ground. If you want a healthy heart, manage exposure to nnEMFs and go ground. You must be a zeta potential respecter. https://t.co/nIgcVE3JAV

R

RJ

@RJsHolisticLife · X

Grounding increases blood flow, and reduces blood viscosity. In this study published on PubMed, they find that blood is greatly affected by grounding. How is this so? https://t.co/G5XxO56utu

GF

George Ferman

@Helios_Movement · X

Number 10: Ground. If you want a healthy heart, manage exposure to nnEMFs and go ground. You must be a zeta potential respecter. https://t.co/nIgcVE3JAV

よ

よっちゃん

@EBfTEKtxYp1oPrf · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

Y

youwin

@youwin44691406 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

Y

2yRNaDKycN57108

@2yRNaDKycN57108 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

K

klamka

@pustaera · X

RT @pamiechomeblog: Wnioski: Uziemienie zwiększa ładunek powierzchniowy na RBCs, a tym samym zmniejsza lepkość krwi i jej zlepianie i wydaj…

PD

Pani z dziekanatu

@Beata01373973 · X

RT @pamiechomeblog: Wnioski: Uziemienie zwiększa ładunek powierzchniowy na RBCs, a tym samym zmniejsza lepkość krwi i jej zlepianie i wydaj…

KC

Krzysztof Kukliński, obrońca praw człowieka

@pamiechomeblog · X

Wnioski: Uziemienie zwiększa ładunek powierzchniowy na RBCs, a tym samym zmniejsza lepkość krwi i jej zlepianie i wydaje się być jedną z najprostszych sposobów najgłębszych interwencji pomagających zmniejszyć ryzyko i zdarzenia sercowo-naczyniowe. https://t.co/8pMjuxr377

ST

Silent Templar

@SilentTemplarX · X

@raywinTX @yoursimmo @NoahRyanCo @rhizalshoes https://t.co/N3GvqgOhNh https://t.co/bgEynxiXq6 https://t.co/SpjzwT9lwP https://t.co/Ut7RN8YRz2

KH

Kendall Hall

@KendallHall3 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

J

joiningthedotsuk

@joiningthe13432 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

GF

George Ferman

@Helios_Movement · X

Number 11: Ground. If you want a healthy heart, manage exposure to nnEMFs and go ground. You must be a zeta potential respecter. https://t.co/nIgcVE3JAV

NB

Natalie Norea Burea

@NatalieBurea · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

NB

Natalie Norea Burea

@NatalieBurea · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

NB

Natalie Norea Burea

@NatalieBurea · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

MM

michael murphy

@mickeymac619 · X

@DrStephenHussey https://t.co/LoNiIXM06r

桜

桜天あまね

@SatenAmane · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

T

taku

@Rdeneet · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

ST

syounan.tansuke

@STansuke · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

コ

コッシー

@koshi_2020 · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

YM

Yuki M

@yukking123 · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

えツ

えいみぃ@ツイてる

@eimiiiiiy · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

竹

竹取の燈

@taketorinotou · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

T

tarunynorzo

@tarunynorzo · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

渡

渡邉陽一

@Ourhouse21st · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

猫歳

猫まんま17歳用

@14nHQQSduI9QmOY · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

石

石田修司☆

@hoikita7 · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

星

星屑

@Gfullofstars · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

の

のぎの

@nogi_no · X

RT @Alzhacker: 人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた…

A

Alzhacker

@Alzhacker · X

人体のアース（グラウンディング）は血液の粘度を下げる-心血管系疾患の主な要因（2013） https://t.co/D0MzMTxLOp 10名の健康な成人被験者において、アーシングは、ゼータ電位を平均2.70増加させ、赤血球凝集を有意に減少させた。 https://t.co/WfZR5CoSYg

PN

Pranay Nagar

@pnagar01 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

A

AnnStehn

@AnnStehn · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

H

Hersh

@Hershy1 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

SB

Sour Moon Bear

@sourmoonbear · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

V

Vishal

@Ride_The_Trend · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

ST

Silvio_tm

@Silvio_tm21 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

MH

Mark Harding

@MarkHar83243800 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

UI

Unacceptable Individualism

@pinkysoffspring · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

TE

Thomas Easley

@eclecticherbal · X

@Ben03423880 @Helios_Movement It's open access. You can see the full txt here: https://t.co/Vut4t02z4V

AC

Andrew Morcheles, CSCS

@AndrewMorcheles · X

@GaintrustMikey Sure, there’s lots of data out there. It’s relatively basic physics. https://t.co/iNAaoP7hDI Also, check out @JessicaGenetics here on X.

J

Jessica

@PanettoneRiley · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

WP

Wayne T Pain

@WarfighterCreed · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

S

Serafina

@Serafina83837 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

PC

Pr Chapi Chapo

@drchapichapo · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

C

Charlie

@Love_undr_Will · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

AA

alvaro alaor

@alaoralavaro · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

GF

George Ferman

@Helios_Movement · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

AE

AGIX Explorer

@AGIXExplorer · X

Sources: -Journal of Alternative and Complementary Medicine: https://t.co/o9ZHsg8XSA -Journal of Alternative and Complementary Medicine: https://t.co/ZE5MeyV5yq -Journal of Inflammation Research: https://t.co/F0oPpLZKEn -Journal of Environmental and Public Health:

GF

George Ferman

@Helios_Movement · X

https://t.co/nIgcVE4hqt

AZ

Alejandro Zoccola

@zoccosunlight · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

PH

plantbhai - 3bdu Al-Hakim

@HakimBGZ · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

DS

Dr Sam Soete

@sam_soete · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

AP

Awakened Princess

@GastricpH · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

F

FiatFiatFiat

@FiatFiatFiat3 · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

சய

சேரன் சோழன் பாண்டியன்

@soorasamharam · X

RT @Helios_Movement: If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE…

GF

George Ferman

@Helios_Movement · X

If you want a healthy heart, manage exposure to nnEMFs and go ground. Zeta potential respecters. https://t.co/nIgcVE3JAV

VM

Vishal Mishra

@sitgvish · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

FE

Formerly Exit 2

@SchraderValves · X

@JebraFaushay Grounding is beneficial https://t.co/s9ojTv79pw https://t.co/qFM9m1j5DR https://t.co/YE9tLZlmLg

J

Jefefé

@JDubwub · X

@CL207 You look into grounding yet? New to me… https://t.co/hIfd1IGGIe https://t.co/peZ9002Uaq https://t.co/Tkc3CZFxAN

TG

The Passport Guy

@passport_guy · X

RT @EthicsMatter6: @PierreKory https://t.co/y5iyPkU4cO

EM

Ethics Matter

@EthicsMatter8 · X

@PierreKory https://t.co/y5iyPkU4cO

ML

Mark Leaser

@markleaser · X

Does this really work? “Emerging research is revealing that direct physical contact of the human body with the surface of the earth (grounding or earthing) has intriguing effects on human physiology and health …”. https://t.co/lPvORzLJ6l

E

ElysianFields

@Elysian70833145 · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Near tripling of the z…

JA

Javed Alam

@jalam1001 · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Near tripling of the z…

TP

Thomas P Seager, PhD

@seagertp · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Near tripling of the z…

SK

Stanley Kuma

@StanleyKuma · X

@CucumberSalad44 @stkirsch Look into going outside barefooted. Here's a link https://t.co/f9XhZwQdrn

M

Methi

@MasalaFry69 · X

I've always been sceptical of grounding, but this looks interesting https://t.co/aCFkd7GdGE @ClausCarlsen1

VS

Vita Sanas

@Sanitas_Carus · X

https://t.co/jEjsIaM32q

H

HealthOverhaul

@HealthOverhaul · X

@thelowcarb_rd It works by restoring negative charge at the RBC membrane. There are quite a few studies on it although not all very high in quality, but you can take your own blood samples before and after grounding and put it under a microscope and see the difference https://t.co/0rXjUbt5Dw

AJ

Apollo Jackson

@ApolloJackson11 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

VS

Vita Sanas

@Sanitas_Carus · X

https://t.co/jEjsIaM32q

CC

Christopher3CAT@gmail.com

@Christopher3Cat · X

@creon @AlpacaAurelius also https://t.co/r0mxUIm77k

よ

よこさん

@ExrQcgHpEtjh5IY · X

RT @AaronOtsuka: グランディングは血液を綺麗にする。 https://t.co/zhD15NhE3k.

DJ

237-da real dr. jOneSSsss

@mvpdirkjohnson · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

R

ricopin

@iwaosun · X

RT @AaronOtsuka: グランディングは血液を綺麗にする。 https://t.co/zhD15NhE3k.

G

gath24

@gath24 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

A

aintgonnaworrynomore

@aintgonnaworry1 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

FF

Fight Fight Fight

@iotanode_co · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

NE

NV ENVY?

@VilNateDog · X

@Mangan150 https://t.co/PxioWY7Qvo

NH

Natural Frequency Health

@NatFreqHealth · X

#Earthing feels good, but what does it actually do to our bodies? Read about earthing and blood viscosity and its improvement on circulation! https://t.co/5TfTyfNwzH

TG

Truly Grounded

@trulygroundeduk · X

@ellenfromnowon Here are some grounding studies, people are free to make up their own minds. And as already stated, you do not need to buy any product. Ideally you're walking somewhere barefoot in nature. https://t.co/KP2Eyc2ZEG https://t.co/ebBdSzFfSQ https://t.co/kSQO1ykLWM

SW

Steve Watts

@stevewatts · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

Q

_QuickFang

@_QuickFang · X

RT @trulygroundeduk: @omd_tim Yes here are some: https://t.co/KP2Eyc2ZEG https://t.co/ebBdSzFfSQ https://t.co/kSQO1ykLWM https://t.co/2…

TG

Truly Grounded

@trulygroundeduk · X

@omd_tim Yes here are some: https://t.co/KP2Eyc2ZEG https://t.co/ebBdSzFfSQ https://t.co/kSQO1ykLWM https://t.co/2iPhm5EX46

SS

Susan Lowell de Solórzano

@1Biotensegrity · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

D

DD

@dd0wney · X

@SabinehazanMD https://t.co/LxgT0rqAT4

DY

dai+yo

@daiyo91263420 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

DP

Digital Tech Problems

@BigTechProblems · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

M

Muazmoka

@akomzaum · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

RG

Ramona G

@RamonaGorasciuc · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

飛歯

飛びまわる✨歯欠Ｑ

@soranifuwa2 · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

A

Agata

@Agata32424303 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

D

DodgyGov

@dodgybricks · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

PM

Patrick McMurphy

@vllapin · X

Тут ссылка на исследование https://t.co/cRk7NsY14W

L

Likepiterathome

@likepiterathome · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

CS

chocolate strawberries

@lunamoon2280 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

ML

Markus | Lifehacker 3.0

@lundeee · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

CK

Christy Kirby

@KirbyChristy · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

JB

Joe Black

@SIGINTJoeBlack · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

G

Greenlandshark

@greenlandsharky · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

Z

Zigg

@nullaihq · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

MN

M.K.N

@MKN_from_MAK · X

التأريض ، (ملامسته الأرض حافي القدمين). يقلل من لزوجة الدم وتجلط الدم ، ويقلل من خطر الإصابة بالعديد من الأمراض المزمنة. https://t.co/7ZYMiQ5CUb https://t.co/SiXUkvrOc0 https://t.co/ZuCjjWZzXJ

C

CharlieG

@Charlie59845959 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

ا

المعتصم

@ya_neverfree · X

Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease https://t.co/pFAhhhFNGg

C

CensoredPeasant

@CensoredPeasant · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

TR

TheMacroSift.base.eth (RC)

@themacrosift · X

Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease | The Journal of Alternative and Complementary Medicine #Earthing #Grounding #Health #TheMacroSift https://t.co/KiIsdkTuaC

IK

itou kino

@ItouKino · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

多

多情仏心

@jiangminjp · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

ま

まーにっしゅ

@Ompfrnt8yJeQBzj · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

星

星屑

@Gfullofstars · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

ほ

ほげ

@hogehoge_abc · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

松

松原立子

@ritsucoy · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

S

SWT

@P4BlPArWhxXnsyY · X

RT @Alzhacker: 人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

A

Alzhacker

@Alzhacker · X

人体をアース（接地）することで、血液の粘度が低下する（2013） https://t.co/D0MzMTxLOp アースまたは接地は、すべてのサンプルのゼータ電位を平均2.70上昇させ、赤血球の凝集を有意に減少させた。

MV

Mônica Vilela

@MnicaVilela3 · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

AH

APG | Reflective Health

@APGHealthFit · X

RT @Mangan150: @JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

PM

P.D. Mangan Health & Freedom Maximalist

@Mangan150 · X

@JoshuaTCharles Sure, here's a good fundamental paper https://t.co/O4OP5ZS0tK

LH

Les O'Hara

@lesohara · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

아

아그라 ⁷

@jeonjoyous · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

RS

RICARDO SOUZA

@ricardorars · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

NN

Nicki Nutritionist

@NickiNutrition7 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

M

Misho

@Misho6378 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

O

Obsidian

@donnadmk · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

JL

Jeux Sans Frontal Lobes

@SalaciaMermaid · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

T

Trex

@Trex79719001 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

BM

Beaulieu-sur-Mer

@JasonGosnell7 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

C

Cathy

@WeAllGetWet · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

SK

Sprinkle4k

@sprinkle4k · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

JC

John Paul Catanzaro

@catanzarogroup · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

Z

ZenJen

@zenjen1989 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

SL

Steve Lechner

@SteveLechner · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

?

♐︎

@L_OraTora · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

A

~Alice

@KaBloomzAK · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

M

mopiko

@zojirushi2015 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

S

Sola

@solarflower13 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

R

Richard

@richard85325852 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

SS

Salmah_Salman

@my_desk_tiny91 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

F

Fogsupmyglasses

@fogsupmyglasses · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

C

Calvin

@kassembanda · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

F

Finnballwizard

@FinnballWizard · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

E

erektape

@erektape · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

AZ

Alejandro Zoccola

@zoccosunlight · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

S

Seamus

@Seamus01952928 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

JC

Jawn Effin' Cleaver

@isuckatwife · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

AS

Alastair Smith

@AlastairSmith8 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

L

LM

@Starz4stripes · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

TI

The Greatest is....

@therefor_choose · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

SG

Shawn Gallagher

@ChildbirthJoy · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

AG

Angela C Gibson

@AngelaCGibson1 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

H

Holly

@HollyF248 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

N

NickInvest

@NickInvest1 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

NL

Nani Loa

@NaniLoa1979 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

RB

Robert Sapolsky's Burner

@sapolskysburner · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

N

NoFluxGiven.

@NoFluxGivenNow · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

E

Eowyn

@pilatesisgreat · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

B

brainpicker

@brainpicker1099 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

EV

Ed Venture

@EdVenture9 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

HP

Heather Payne

@heatherpayne888 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

I

ilovedirt

@OhIlovedirt · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

T

Tammy

@Tammy34226335 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

CS

Canadian Track Star

@B01215076B · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

N

Nikolle

@NikkyNikkolle · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

H

HypebeefQuan

@HypebeastQuan · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

AG

Angela Galieti

@AngelaGalieti · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

JT

James Tang

@James69888 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

B

BHpita

@panamazon · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

D

Delia

@Deliakvera · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

K

keto3000

@keto3000 · X

RT @ngdpc1: “Grounding increases the surface charge on RBCs and thereby reduces blood viscosity and clumping. Grounding appears to be one o…

VS

Vita Sanas

@Sanitas_Carus · X

https://t.co/FJUE4H90yn

Z

ZA

@LaikCumhuriyett · X

RT @HealthOverhaul: Studies: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease https://…

H

HealthOverhaul

@HealthOverhaul · X

Studies: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease https://t.co/1zp2P1uj1K

ZD

Zaid K. Dahhaj

@zaidkdahhaj · X

RT @zaidkdahhaj: Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thin…

S

stacy

@stacyjung777 · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

WC

Waves of Change

@WavesofChangeMN · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

T

TupiRom

@TupiRom · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

H

HS

@m_hassanshuaibu · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

CC

Cristina Cupșa

@cristinacupsa · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

P

Peja

@peja0017 · X

RT @zaidkdahhaj: Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thin…

SG

Sun Gorilla

@AfricangoriIla · X

RT @zaidkdahhaj: Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thin…

RN

ResilientDad | Optimal Health By Nature

@ResilientDad · X

RT @zaidkdahhaj: Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thin…

NE

nordin.eth

@nordin_eth · X

RT @zaidkdahhaj: Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thin…

ZD

Zaid K. Dahhaj

@zaidkdahhaj · X

Grounding to reduce the thickness of your blood. Crucial for those concerned about heart disease The original blood thinner https://t.co/RPgTGHXpny https://t.co/5gSe4TEtvm

ZD

Zaid K. Dahhaj

@zaidkdahhaj · X

On autoimmune disease: https://t.co/Pjb3Zs0I26 On blood viscosity & heart disease: https://t.co/RPgTGHXpny

B

Beargrassgulch

@beargrassgulch · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

LP

LaughLoveLive, identifies as Deplorable Patriot

@LaughLoveLive1 · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

K

Kev

@BigKevoBihh · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

CR

Chief Ron

@DoGoodRon_ · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

C

Chelle

@unicornerotica · X

RT @Mangan150: Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease Bare feet on the groun…

M

Misty

@misstealynn · X

RT @slgan: @ScottAdamsSays @ScottAdamsSays There is a paper from 2012 at NIH "Earthing (grounding) the human body reduces blood viscosity…

SG

SL-GAN

@slgan · X

@ScottAdamsSays @ScottAdamsSays There is a paper from 2012 at NIH "Earthing (grounding) the human body reduces blood viscosity-a major factor in cardiovascular disease" https://t.co/XIzrnJFE2q

ML

Maurício Lima

@dj_surfista · X

Aterrar o corpo humano reduz a viscosidade do sangue - um fator importante nas doenças cardiovasculares. #aterramento #Grounding #cardiology #cardiologia https://t.co/NuyzVg1a8i

JR

Javier Martinez Ruiz

@jmartinezruiz67 · X

Earthing (Grounding) the Human Body Reduces Blood Viscosity—a Major Factor in Cardiovascular Disease https://t.co/5vWsC5jN60

BH

Bryce Hanna

@photobiogenesis · X

Earthing (grounding) the human body reduces blood viscosity-a major factor in cardiovascular disease https://t.co/WUbCefCmcI

S

skwisch

@skwisch · X

@Mangan150 Be careful if taking blood thinners though - https://t.co/ot13YMwnLH