Space Weather and Tachysystolic Sudden Cardiac Death (Scd) - Lessons from Clinical Cosmobiology
Eliyahu stoupel, Division of Cardiology, Rabin Medical Center, Sackler Faculty of Medicine, Tel Aviv University, Israel. E-mail: EGStoupel@gmail.com
Eliyahu stoupel (2017), Space Weather and Tachysystolic Sudden Cardiac Death (Scd) - Lessons from Clinical Cosmobiology . Int
J Car & Hear Heal. 1:1, 09-11. DOI: 10.25141/2575-8160-2017-1.0009
This old proverb is for Mors certa, hora incerta (Death imminent, time not known) affect our life and plans. Most sudden deaths are of cardiac
origin –Sudden Cardiac death (SCD) Despite It’s one of most often groups of sudden death, especially in middle and old age Despite
very often of SCD great progress in diagnostics and prevention we still are witness
About Space Weather Activity (SA):
We are steady under influence of Space Weather components.Geomagnetic
Activity (GMA), Cosmic Ray (Neutron) Activity (CRA).
Neutron on the surface of our planet (Imp/min.)the indicator of
CRA. SA and GMA are correlated by r= 0.5, p<0.0001. Both SA
and GMA areי inverse related to CRA and serve as a shield of our
Planet from CRA. SA/CRA r-= - 0.85 , p<0.0001; GMA/CRA=r=
-0.66, p<0.0001.In the last years studies were published confirming
CRA links with cardiac arrhythmia. The aim of this paper is
to review studies in the field of SCD In connection with Space
Weather effects , accompanying our life from conception to death.
SCD- sudden cardiac death
GMA -geomagnetic activity, SA-solar activity.
NA- neutron activity
AMI-acute myocardial infarction
VF- ventricular fibrillation
ICD -implantable cardiac device
AF- atrial fibrillation
BBB-bundle branch block
Space Weather as an object of SCD studies is discussed in
the literature for a long time. We studied this problem since the
middle of the last century, and published our observations in the
last two decades of the Century(1-2) and in later studies(3-8) the progress in Space exploration human astronauts-cosmonauts history and knowledge in space physics , computerization of physical data opens new possibilities to learn details of Environmental
Physical Activity links with human health and medical
We used to compare SCD with a number of physical
factors : Solar Activity (SA), represented by Sunspot Number
(that was introduced by Swiss astronomer Wolf in the XIX C.-
1848)) , Solar Flux at 2500 MGH and 10.7cm wavelength
Geomagnetic Activity (GMA) According to A and K indices and
divided in Quiet (A-0-7), Unsettled (A- 8-15), Active (A -15-29)
and Stormy (A- ≥ 30); Cosmic Ray Activity (CRA) Measured by
Neutron Activity on the Earth’s surface in Impulse/minute (imp/
Data about Space Weather Components and SCD:
1. 43 SCD , out of the hospital, with postmortem examination
(1974- 1977): ( Solar-Terrestrial Predictions, 1980. Boulder, Co.)
Quiet GMA- 0.055 daily; Active, Stormy GMA days- 0.018, p>
2. SCD (n=480) IN 1229 Quiet GMA days -0.1456; SCD 1N 265
Stormy GMA days -0.1079, p<0.01) (1993, Reviews in Clinical &
Basic Physiology and Pharmacology).
3. SCD (n=651) correlation with GMA level (I°-IV°) r= -0.804;
P=0.05) .(J.of Clin. & Basic Cardiology, 1999.2)
4. At a day of extreme high GMA in year 2000 , July 14, the “ Bastille
Day Event” (strongest GMA storm in Solar Cycle 23) SCD
were absent in a city that had 152 such events in 1998-1999, SCD
inverse correlated with daily GMA by p=- 0.512, p=- 0.50 for
male and p= - 0.26 for woman). At all July ,2000 SCD WERE INVERSE
CORRELATED WITH GMA (r=-0.35, p=0.05) ((Seminars
in Cardiology 2002, 8, 3).
5. SCD (n-848, 579-68.28% male) higher Neutron Activity (NA)
(imp/min) in SCD accompanied by 1.myocardial rupture,2. Repeated
AMI, and Coronary Atherothrombosis without fresh AMI
(mostly arrhythmic and in Younger patients). Daily Neutron activity
for all 2002-2004 time was 8299+- 294.2 imp/min; the
highest Neutron Activity was at days with SCD and myocardial
rupture (8567imp/min), p with all days of SCD =0.0037). (JBCPP,2006,17,1).
6. In hospital cardiac arrhythmia in AMI patients: number of patients,
n=14529, 8586 male years 1983-2001). Female age average
70y., male 60y. 13.7% male and 14.3 female AMI patients had
cardiac arrhythmia in the Acute stage of AMI .0.52% combined
Atrial and Ventricular Fibrillation.Atrial Fibrillation and Bundle
Branch Block (BBB) -2.4%. Left BBB 7.76%; Right BBB -4.75%,
all BBB-5.55%. II0-III0 degree AV Block – 5 .5%. Sinus Bradycardia
GMA in inverse correlated with cardiac arrhythmia
(r=0.98, p=0.01; ratio of VF / level of GMA inverse correlated in
male patients (r=-0.96, p=0.035; on days of IV degree (Stormy)
GMA VF in female patients was twice as in male : 9.09%/ 4.15%
Chi Square 5.179, p=0.02. At days of LOWEST GMA (I0) IT
WAS MORE CARDIAC ARRHYTHMIA (P=0.0006), new AF
(p=0.039), atrial and ventricular Tachycardia ( p=0.01). For VF
–non significant, as a result of a high number of VF in female patients
at IV0 level of GMA. (Seminars in Cardiology, 2004,10, 3.).
7. In 85 patients with implanted Cardioverter-Defibrillator (ICD)
, 73 male, most with Ischemic Cardiomyopathy. in years 1995-
2006 discharges for life threatening arrhythmia (VT,VF) inverse
correlated with GMA level at r=-0.974, p=0.02. The Neutron Activity
for the all observation period were 8805.33+- 411.4 imp/
min. -4383 days ( For days of VT,VF -284 days , 580 treatments)
were 9246.8+- 299.0 imp/min. (p<0.0001) (Cardiology Journal
8. Implatable Cardioverter Defibrillator and Geomagnetic ActivityMayo
Clinic study involving US, Italian and Chech cardiologists
(February, 2015,). ( 25 ). 59468+-11397 patients. Results: inverse
correlation between GMA and ICD discharges for life threatening
cardiac arrhythmia (VT,VF) -P=- <0.0001, and, also, Antitachycardia
Pacing were seen. (Mayo Clinic Proceedings 2915,90,2).
(25). (The authors quoted 9 our publications in this study).
9. Electrical Heart Storm (EHS) ( 3 or more VT, VF episodes daily
)and Environmental Physical Activity, Pace ,August 2014.).At
days of EHS it was a significant higher Neutron Activity (8896+-
711.9 imp/min. in 5114 days of total observation versus 82, 82
pts., 71 men. on days of EHS (1999-2012y.) with Neutron Activity
9118.+-519.8 imp/min.(p=0.0001). Here also we have the link between
Electrical Heart Instability and Cosmic Ray (Neutron)Activity
association with the most severe cardiac arrhythmia -EHS.(PACE, August 2014) (1-10) Daily neutron activity (Imp./min.) on days (N=82) of Electrical
heart storm (EHS) and total observation time (1999-2012)
The cosmophysical data came from Space Science Institutions in the USA,Russia,Finland.(11-17). The presented data show that SCD related to tachysystolic cardiac arrhythmia (VT,VF, excluding asystole ) is linked with Cosmic Ray (Neutron) activity. Neutrons on the Earth surface are markers of Cosmic Ray activity. The energy of Cosmic ray includes very high energy fractions, achieving 1020-22 Electron -Volt. The maximal terrestrial
limit of energy is accepted as 1019 Electron- Volt , and only the
assumption of the thesis that Cosmic Ray are outside (but close)
to our Galaxy prevent us of necessity to change many physical
equations, including to them the Plank coefficient. Under action
of such energies the atoms, contacting with Cosmic Ray under
unprecedented pressure impress their electrons in their nuclei,
transforming to Neutrons .
The Neutrons migrating from the periphery
of our Galaxy close to our Planet , serve as a marker of
Cosmic Ray Activity.(18-22) Additional possibilities of Neutron activity, in addition to be a Cardiovascular Events Trigger(23-26), can be their interaction with Gene’s(27) , use of Air Pollution
nanoparticles as an additional way for invasion in biological
(including human) objects(28). It’s accepted that such invasion is followed by Neutron contact with H +anions in our tissues and other parts of body, and conversion to Protons that serve as aggressive intruders for many elements of our organism.( 29.30 ). Solar and Geomagnetic Activity are natural shields from Cosmic Ray related medical events, including part of SCD.(31).
1. Tachysystolic Sudden Cardiac Death (related to Ventricular
Tachycardia and Ventricular Fibrillation) (VT,VF) is significantly
more often in conditions accompanied by higher Cosmic Ray
(Neutron) activity and ,also, lower Geomagnetic Activity (GMA).
2. Additional (artificial magnetic field), maybe, can serve as preventive
measure for such arrhythmia candidates.
- Stoupel E.(1976) Forecasting in Cardiology. John Wiley & Sons,
Israel University Press. New York, Toronto, Jerusalem., p.141.
- Stoupel E. (1980) Solar-Terrestrial Prediction: Aspects for Preventive
In Solar-Terrestrial Predictions Proceedings R F.Donnelly (Edit.)
US NOAA, US Air Force Environment Laboratory, Boulder,
Co.1980, vol 4: G 29-G 40.
- Stoupel E (2012) Space Weather and timing of cardiovascular
events.(Clinical Cosmobiology). Lambert Academic Publishing.
- Stoupel E. Sudden cardiac death and ventricular extrasystoles
on days with four levels of geomagnetic activity. J. Basic Clin. Physiol. Pharmacol. 1993; 4: 57-6712. S
- Stoupel E, Domarkiene S, Radishauskas R, Abramson E,Sulkes
J. Bastille Day Event and Sudden Cardiac Deaths. Seminars in
Cardiology 2002, 8;3:18-21.
- Stoupel E, Domarkiene S, Radishauskas R, Abramson E, Sulkes
J. Sudden Cardiac Death and Geomagnetic Activity: Links to Age,
Gender and Agony Time.J. Basic& Clin. Physiol. & Pharmacol.
2002, 13, ;1:23-33
- Stoupel E, Kusniec J, ,Abramson E, Mazur A, Israelevich P.,
Strasberg B. Timing of life-threatening arrhythmias detected by implantable cardioverter –defibrillators in relation to changes in cosmophysical factors. Cardiology Journal 2008, 15; 5: 1-4.
- Stoupel E, Israelevich P, Petrauskiene J, Kalediene R, Abramson
E, Sulkes J. Cosmic Ray Activity and Monthly Number of Deaths:
a Correlative Study. J Basic & Clin Physiol & Pharmacol 2002,
13; 1: 23-32.
- Ebrille E, Konecny T, Spacek R,Konecnny D., Jones P, Ambroz
P, De Simone C, at al. Correlation of Geomagnetic Activity With Implantable Cardioverter Defibrillator
Shocks and Antitachycardia Pacing .Mayo Clinic Proceedings . 2015, 90; 2, : 202-208.
- Stoupel E, Kusniec J, Golovchiner G, Abramson E, Kadmon
U, Strasberg B. (2014) Association of electrical heart storm occurrence withenvironmental physical activity Pace; 37; 8: 1067-1070.
- Preliminary Report and Forecast of Solar Geophysical Data
weekly NOAA-SESC (now SWPC), USAF http:/www.sec.noaa.
- Solar Indices Bulletin (monthly) NOAA, National Geophisical
Data Center, USA.
- Geomagnetic Indices Bulletin (monthly) NOAA, National
Geophysical Center, USA
. Cosmic Data, monthly review, IZMIRAN, Russian Academy
- Neutron Monitoring Data (daily, monthly, yearly) Moscow
Neutron Monitoring Station, Russian Academy of Sciences
- Neutron Monitoring Data (daily, monthly, yearly) , Oulu University,
- Heckman G. (Ed.) Glossary of Solar-Terrestrial Terms, NOAA,
Space Environment Services Center, Boulder ,Co, NOAA, USAF,
1988, revised 1992, 2014. DOC/NOAA/ERL/SEL/
- Stoupel E, Petrauskiene J, Gabbay U, Kalediene R,
, Abramson E, Sulkes J. Circannual Rhythmicity of Death Distribution.
Acta K Medica Lithuanica , 2001, 8;1:37-42
- Sigl G. UltraHigh –-Energy Cosmic Rays :Physics and Astrophysics.42-Science 2001, 291: 73-79
- Aharonian F, Akhperanian AG, Bazer-Bachi AR, Belicke M,
Benbow W, Berniohr K.,Boisson C. at al. (102 authors) Discover of very-high –energy gamma rays from the Galactic Centre ridge, Nature 2006, 439: 695-698
- The Pierre Auger Collaboration (2007) Correlation of the highest–energy cosmic rays with nearby extragalactic objects. Science,318: 938-943.
- Dorman LI (2013) Cosmic Ray’s as a factor and tool for forecasting
of space weather influence on the biosphere. In “Space
Weather effects on humans in space and on Earth” Space Research Institute. Moscow. Vol.I: 92-109
- Stoupel E, Israelevich P, Petrauskiene J, Kalediene R,
Abramson E, Sulkes J. Cosmic Ray Activity and Monthly Number
of Deaths: a Correlative Study. J Basic & Clin Physiol & Pharmacol 2002, 13; 1: 23-32.
- Nias AHW. An introduction to radiotherapy. John Wiley &
Sons 1998, reprinted 2000.
- Hall EJ, GIaccia AJ Radiotherapy for Radiologists, Lippincott
and Wilkins & Williams, Philadelphia, Baltimore, New York,
London, Buenos Aires, Hong Kong, Tokyo, 2006
- Maseri A, Fuster V. (2003) Is there a vulnerable atherosclerotic
plaque? Circulation ,107: 2068-2073
- Libby P. Vascular biology of atherosclerosis. Circulation 2003, 91 56-64
- Stoupel E. Atherothrombosis: Environmental Links. J Basic & Clin Physiol & Pharmacol 2008, 1:135-14534.
- Stoupel E (2014) Considering space weather forces interaction on human health. The equilibrium paradigm in Clinical Cosmobiology:
is it equal? JBCPP 2015;26:147-151.
- Stoupel E. Gene functional dynamics: environment as a trigger.
JBCPP 2014 25:129-132.
- Stoupel E, Cosmic ray (neutron) activity and air pollution
nanoparticles- cardiovascular disease risk factors-separate, or together? DC 1515/JBCPP -2015-0119.1-4
- Stoupel E., Tamoshiunas A., Radishauskas R., Bernotiene G.,
Abramson E., Israelevich P. Neutrons and the Plaque: AMI (n-
8920) at Days of Zero GMA/ High Neutron Activity (n--36) and
the Following Days and Week. Kaunas, Lithuania, 2000-2007.
Clinical & Experimental Cardiology 2011, 12:121-125.