Iode  &  Iodox  information

May  2020

  iode-‐‑‒laboKaken  Tatenuma  蓼蓼沼Two papers that Iodine is effective for exterminating viruses are introduced on the next 2-3 pages.

Ø Reduce the risk of infection for medical staffThe iode-mask, iode-glove, and iode-hood shownon the right are iodine-impregnated masks, gloves,and hoods that have a high anti-virus function, inwhich elemental iodine (I2) is stably supported on asoft and stretchable fabric. By covering theseexposed areas such as the head and face with theseanti-virus functional protective equipment, medicalprofessionals who are at the forefront of viralinfections can concentrate on infectious diseasetreatments in a safe and secure environment. I thinkit will be. (See paper 1)	

Ø Virus removal treatment inhospital room

  iode-‐‑‒mask

  iode-‐‑‒glove
  iode-‐‑‒hood

  I2  vapor

By supplying iodine vapor (I2 vapor) to the hospital room,it will be able to disinfect and remove viruses from thepatient room space, the surface of clothing and variousarticles, and concentrate on infectious disease treatment ina safe and secure environment. (See paper 1)It is necessary to study the concentration of iodine vaporsupplied to the hospital room, but it is possible to generateand supply a certain concentration.

Ø Treatment effect: as a proposition

iodemask

  I2  generator

I2

PharynxRespiratorMucosa

I2

In papers 1 and 2, adsorption of iodine (I2) on the salivary glands, nasal mucosa, and respiratory mucosa iseffective in inactivating the virus in the body, and the "gargling" by iodine completely eliminatescoronavirus. It is said that it can be activated. (See papers 1 and 2)* It is a suggestion to the doctor, but since the iodine mask can control the emission of volatileiodine (I2), Can you attach it to an infected patient and check the effect?

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  Iode  &  Iodox  information

  iode-‐‑‒labo

May  2020[Introduction paper 1 ]Iodine: the Forgotten Weapon Against Influenza Viruses	

Thyroid Science 4(9):R1-5, 2009David Derry, “Iodine: the forgotten Weapon Against Influenza Viruses”,Tyroid Science 4(9): R1-5, 2009Kaken  Tatenuma  蓼蓼沼www.ThyroidScience.com

Review

Iodine: the Forgotten WeaponAgainst Influenza VirusesDavid Derry, MD, PhD

Only the firstpage of the paperis reprinted below

332 – 425 Simcoe StreetVictoria BC V8V 4T3

A paper on an effective disinfectant against viruses by analyzing theinfluenza pandemic (Spanish flu) that occurred in 1918.
<Summary: Excerpt>Iodine is most effective in getting rid of viruses (especially influenzaviruses). Spraying iodine as a mist can eliminate the virus, and iodinesolution is also effective. In 1945, Burnet and Stone suggested that iodinebearing masks could prevent viral infections by examining the effects ofiodine mist in mice infected with the influenza virus, and for the examinationand treatment of critically ill patients, Healthcare professionals recommendhaving an iodine aerosol treatment room. Masks loaded with iodine are evenmore effective, and hand washing with a mild iodine solution is also veryeffective. Isolation in an atmosphere of aerosol iodine is safer for patientsand medical personnel. Ingestion of iodine from the upper oral cavity andrespiratory mucosa also enhances the body's defense function.
Hand washing with standard 70% alcohol is effective against pathogenicbacteria but not viruses. Especially for influenza viruses, iodine is the mosteffective disinfectant with broad spectrum of sterilization and low toxicity. Asolution prepared by diluting the iodine solution by a factor of 1 millioninactivates the virus. Iodine aerosols inactivate many viruses within 30seconds. As in Chile, the number of deaths from infection in Japan was lowbecause the intake of Nitrate (the author says, "I mean iodine in Chile's saltglass?" Is high).
Burnet and Stone said, "Wearing an iodine-carrying gauze mask hassignificantly improved the protection of doctors and nurses who treat severeinfluenza virus-infected persons. It has a role to suppress. Iodine aerosol iseffective in preventing the spread of influenza virus. "<Conclusion>Masks containing iodine, solutions containing iodine, aerosols, oraltreatments, etc. will help get rid of the influenza virus and allow the H1N1pandemic to converge.

Correspondence: Dr. David Derry dderry@shaw.caReceived: August 29, 2009Accepted: September 2, 2009

Abstract. After the 1918 Influenza Pandemic which killed an estimated 30 million people, governments

financed research on the Pandemic’s causes. Over 25 years, influenza viruses were isolated and methodsfor killing them with various agents discovered. Iodine was the most effective agent for killing viruses,especially influenza viruses. Aerosol iodine was found to kill viruses in sprayed mists, and solutions ofiodine were equally effective. In 1945, Burnet and Stone found that putting iodine on mice snouts prevented the mice from being infected with live influenza virus in mists. They suggested that impregnatingmasks with iodine would help stop viral spread. They also recommended that medical personnel haveiodine-aerosol-treated rooms for examination and treatment of highly infected patients. Current methodsof dealing with influenza infection are isolation, hand washing, antiviral drugs, and vaccinations. All ofthese methods can be improved by incorporating iodine into them. When impregnated with iodine, masksbecome much more effective, and hand washing is more effect when done with mild iodine solutions.
Isolation techniques coupled with aerosol iodine would make them safer for patients, medical personnel,and all persons working with the public. Public health authorities could organize the distribution of iodineand at the same time educate the public in the effective use of iodine. Oral iodine might also boost bodydefense mechanisms in the upper oral and respiratory mucus. Conclusion: Iodine incorporated into masks,solutions, aerosols, and oral preparations could help to kill influenza viruses and fight off an H1N1 Pandemic.
Keywords. H1N1 • Influenza virus • iodine • aerosols • immunization • isolations • masks • prevention

Influenza Pandem ic History

The 1918 Influenza Pandemic killed an estimated 30 million people within a year. In thequarter century following the Pandemic, governments financed intensive research into the Pandemic’s causes and treatments for the viruses thatcause influenza.[1] Iodine was the superior antiseptic that at low concentrations killed the airborne viruses that cause influenza. Iodine waswithout toxicity.[2-12]The 1918 Pandemic was unusual in that it affected young healthy men, especially soldiers.[1]Normal flu infections are most virulent againstyoung children and older persons.[14] H1N1 virusalso concentrates its lethality on young healthy persons between ages 5 and 18, as reported by Dr.
Thomas Frieden, director of the U.S. Centers forDisease Control and Prevention.[13-14] In this manner, the H1N1 virus resembles the 1918 virus.
The 1918 virus attacked again in the fall andover two-months killed millions of people. It isanticipated that the H1N1 virus may behave similarly, and public health authorities and the medicalprofession are bracing for this potential outcome.
Treatm ent and Prevention

The time-tested weapons against influenzaviruses are cleanliness, hand washing, isolation,masks, immunizations, and antiviral medications.
In 1918, the last two were not available, and theother methods did little to stop viral spread. Washing hands in a standard 70% alcohol solution is effective against most pathogenic bacteria, but it hasno effect on viruses, especially influenza viruses.
In a similar manner, masks used in 1918 showed barely detectable benefits in holding back influenza spread as viruses readily passed throughthe gauze. Isolation is difficult to institute and enforce in cities with large numbers of infectedpatients. In sparsely-populated communities such

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  Iode  &  Iodox  information

May  2020

  iode-‐‑‒laboKaken  Tatenuma  蓼蓼沼[Introduction paper 2 ] Molecular Iodine: Could This Be a Game Changer for Dentistry?	
<Summary of the paper>Povidone Iodine (PVP-I), chlorhexidine gluconate (CHX), and molecular iodine (I2) were examined as mouthwash. As a result, molecular iodine (I2) isthe most excellent in disinfecting power, immediate effect, toxicity, inflammation, antibacterial spectrum, etc., and by gargle with I2 (25 ppm) for 30seconds, human rhinovirus (Rhinovirus) and coronavirus could be completely inactivated.
hNps://www.oralhealthgroup.com/features/molecular-­‐iodine-­‐could-­‐this-­‐be-­‐a-­‐game-­‐changer-­‐for-­‐denBstry/	  	
  	The first page of the paper and the excerptsof figures and tables are reproduced below.
FeatureMolecular+Iodine:+Could+This+Be+aGame+Changer+for+Dentistry?
March+3,+2020+by+Herb+Moskowitz,+DDS;+Janice+Goodman,+DDS,+MS+Oral+Medicine+and+Orofacial+PainIt+looks+like+2020+is+bringing+the+Canadian+dental+profession+a+gift,+in+the+new+selection+ofmolecular+iodine+(I2)+products+from+ioTech+International.+These+products,+surpass+all+of+theexisting+gold+standard+disinfectants.+Coming+out+of+the+gate,+these+products+appear+to+be+gamechangers+in+antimicrobial+chemistry.+Dr.+Gordon+Christenson+named+ioRinse+the+“Best+in+Class”antimicrobial+agent+in+Clinicians+Report+for+2019.+This+technological+breakthrough+appears+tohave+unlimited+indications+in+medical,+dental,+agricultural+and+veterinary+fields.+To+top+it+off,+I2is+an+essential+element,+natural,+organic+and+safe+for+chronic+use+and+it+is+being+priced+with+themost+affordable+of+all+the+antimicrobials.
History+of+Iodine+UseThe+recorded+use+of+iodine+in+medicine,+dates+back+to+5000+BC+when+seaweed+and+sea+spongeswere+used+to+shrink+goiters.+Lugol’s+iodine+was+introduced+in+1829,+tincture+of+iodine+in+1908and+finally+povidone+iodine+PVP-I+in+1955+(brand+name:+Betadine).+ioTech’s+patented+moleculariodine+products+first+surfaced+in+2017+after+several+years+of+research+and+development+to+makeHerb	
  Moskowitz	
  has	  40	  years	  of	
  healthcare	
  experience,	
  including	
  25	
  years	
  in	
  the	
  clinical	
  pracBce	
  of	
  denBstry.	
  He	
  can	  be	
  reached	
  at	
  herbmoskowitz@iotechinternaBonal.com.	

iodine+soluble+and+stable+in+aqueous+solutions+(Fig.+1Fig.+1).+Betadine+has+31,600+ppm+of+total+iodinebut+only+3+ppm+of+molecular+iodine;+Iotech+has+less+than+1000+ppm+of+total+iodine+but+up+to+600ppm+are+actually+molecular+iodine.+Since+it+is+ONLY+the+molecular+iodine+that+is+a+biocidalspecies+of+iodine,+all+the+other+species+in+Betadine+or+Povidone+Iodine+(PVP-I)+contribute+tostaining+or+toxicity+but+DO+NOT+kill+microbes+(Figs.+1+&+2Figs.+1+&+2).

Fig.+1

Janice	  Goodman	
  pracBces	
  general	
  denBstry	
  in	
  downtown	  Toronto	
  and	  is	
  a	
  member	
  of	
  the	
  Editorial	
  Board	  of	  Oral	  Health	
  Dental	
  Journal.	
  She	
  can	  be	
  reached	
  at	
  denBstryinto@gmail.com.	

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