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BRIOTECH, ITS LOGOS, LANGUAGE, AND IMAGES ARE TRADEMARKS AND/OR THE COPYRIGHT PROPERTY OF BRIOTECH, INC. AND/OR ITS AFFILIATES. © 2013-2018
BRIOTECH, ITS LOGOS, LANGUAGE, AND IMAGES ARE TRADEMARKS AND/OR THE COPYRIGHT PROPERTY OF BRIOTECH, INC. AND/OR ITS AFFILIATES. © 2013-2018
BRIOTECH   is   proud   to   be   able   to   support   Infinitum   Humanitarian   Systems   (IHS)   in   their   work   to   bring   clean   water   to   the residents of Haiti in the aftermath of Hurricane Matthew.
“FROM ACNE TO EBOLA”
IMMUNE SYSTEM OXIDANT COULD BE KEY TO INACTIVATING PRIONS
“We   have   tested   the   anti-prion   activity    of    (BRIO   HOCL TM )    that    poses    no   apparent   hazard   to   either   users   or   many    surfaces.   BRIO   HOCL TM    can    be    applied   directly   to   skin   and   mucous   membranes   and   has   been   aerosolized   to   treat   entire   rooms without apparent deleterious effects.”
FDA FACILITY REG #3012261723 | EPA #93108
2016
SEPTEMBER 29, 2016
“A   product   that   mimics   the   natural   oxidative   killing   action   of   human   immune   cells   against   bacteria,   viruses,   and   fungi   also can   inactivate   prions   and   other   proteins,   some   of   which   are   thought   to   be   important   in   Parkinson’s   and   Alzheimer’s diseases,   according   to   National   Institutes   of   Health   (NIH)   researchers.   Prions   are   deadly   protein-based   pathogens   that are    extremely    difficult    to    inactivate;    recommended    decontamination    treatments    often    are    dangerous    to    people    or damaging   to   surfaces,   such   as   those   on   surgical   devices.   There   are   reported   cases   of   a   prion   disease   (Creutzfeldt-Jakob disease, or CJD) being transmitted to patients via contaminated surgical equipment. Scientists    at    NIH’s    National    Institute    of    Allergy    and    Infectious    Diseases    (NIAID)    first    evaluated    the    product    BRIO HOCL TM    in   laboratory   experiments   using   a   prion   diagnostic   test   they   developed   (RT-QuIC).   They   then   confirmed   the results   in   mice.   The   scientists   determined   that   BRIO   HOCL TM    eliminated   all   detectable   prion-seeding   activity   for   CJD, bovine   spongiform   encephalopathy   (BSE,   or   mad   cow   disease),   chronic   wasting   disease   (a   disease   primarily   found   in   deer, elk,   and   moose)   and   scrapie   (a   disease   of   sheep)   in   brain   tissue.   They   conducted   a   portion   of   the   study   using   stainless   steel wire   as   a   surrogate   for   surgical   instruments.   BRIO   HOCL TM    had   similar   effects   on   two   proteins   thought   to   contribute   to Parkinson’s disease and Alzheimer’s disease. The   Seattle-area   company   Briotech,   Inc.,   developed   BRIO   HOCL TM    to   remove   biofilms   –   clusters   of   bacteria   –   from   tubing and   other   surgical   equipment.   BRIO   HOCL TM    is   a   highly   purified   formulation   of   hypochlorous   acid,   which   immune   cells produce naturally to kill microbes. The   NIAID   researchers   now   are   interested   in   discovering   how   hypochlorous   acid   inactivates   prions,   and   determining whether   they   can   harness   that   process   to   treat   or   prevent   prion   and   other   protein-based   diseases.   They   also   plan   to evaluate    whether    BRIO    HOCL TM     can    inactivate    prions    associated    with    other    tissues,    fluids,    tools,    instruments,    and environmental   surfaces   that   may   be   of   concern   in   medicine,   biotechnology,   agriculture,   food   production,   and   wildlife biology.”
“BrioHOCl TM  eliminated all detectable prion-seeding activity”
SEPTEMBER 29, 2016
INACTIVATION OF PRIONS AND AMYLOID SEEDS WITH HYPHOCHLOROUS ACID
FEBRUARY 1, 2017
SCIENTIST: WOODINVILLE COMPANY’S BREAKTHROUGH IS SURPRISING
FEBRUARY 13, 2017
FEBRUARY 06, 2018
US Food and Drug Administration  |  Silver Springs, Maryland By Special Invitation, BRIOTECH Presents at the US FDA
WINTER 2017
UW BOTHELL MAGAZINE
Infection Control Tips  | BRIOTECH Breakthroughs shared with two million Infection Control Specialists.
OCTOBER 06, 2016
HYPOCHLOROUS ACID: HARNESSING AN INNATE RESPONSE
“BRIO    HOCL TM       has    shown    potency    in    the    inactivation    of    infectious    prions    at    standard    temperature    and    pressure (Hughson   et   al.,   2016).   Prions   are   infectious   non-living   malformed   proteins   and   responsible   for   a   range   of   invariably   fatal human    and    animal    diseases,    including    Mad    Cow    Disease    (bovine    spongiform    encephalopathy),    and    Cruitzfelt-Jacob Disease   in   humans.   There   is   evidence   developing   that   Alzheimer’s   Disease   has   an   infectious   component   that   is   conveyed by   prions   (Abbott,   2015).   As   noted   in   the   citation,   prions   are   known   to   resist   all   conventional   sterilization   methods,   which require harsh conditions in comparison, yet they were rapidly destroyed on exposure to BRIO HOCL TM .”
National   Institutes   of   Health    |   BRIOTECH   works   with   the   prestigious   NIH/RML   Laboratories   to   customize   the   world’s first cold sterilant to inactivate all prion species.
Public   Library   of   Science    |   BRIOTECH’s   study   in   conjunction   with   NIH/RML   Laboratories   is   released   in   PLOS   Pathogen’s: BRIO HOCL TM  Safely eliminates all detectable seeding activity of misfolded infectious proteins.
Washington State Representative, Congresswoman Suzan DelBene, tweets her BRIOTECH visit.
OCTOBER 21, 2016
The   Herald   Business   Journal    |   BRIOTECH’s   founder   and   CEO,   Dan   Terry,   creates   a   disinfectant   that   has   been   found   to   kill the Mad Cow virus and other pathogens .
American Chemistry Society Conference   |   Washington DC University   of   Washington,   Bothell,   presented   BRIOTECH’s      breakthroughs   in   Hyphochlorous   Acid   stability   to   the world’s largest scientific body at the 254th ACS Confrence.
AUGUST 20, 2017
PURITY AND STABILITY  OF AN ELECTROLYTICALLY-GENERATED HYPOCHLOROUS ACID SOLUTION
Healthcare   Purchasing   News    |   BRIOTECH   Breakthroughs   in   the   inactivation   of   prion   infectivity   highlighted   for medical instrument sterilization.
NOVEMBER 16, 2016
CHEMICAL WARFARE FOR INSTRUMENTS
“It   seems   like   every   few   months   another   story   on   “dirty”   surgical   instruments   hits   the   media   and   causes   shockwaves throughout    the    industry.    These    news    reports    call    attention    to    what    those    in    the    central    sterile/sterile    processing department (CS/SPD) have long known — that their jobs are critical to delivering safe and effective patient care. Proteinaceous   infectious   particles,   commonly   known   as   “prions”   are   pathogens   that   are   composed   of   ‘unfolded’   proteins containing   no   DNA.   Creutzfeldt-Jakob   disease   (CJD)   and   even   evidence   that   suggests   Alzheimer’s   disease   are   examples   of transmissible   spongiform   encephalopathies   (TSE)   which   progress   rapidly   in   the   brain   and   are   always   fatal   making   them   a major concern to healthcare professionals. “The   reprocessing   of   contaminated   instruments   that   may   have   been   exposed   to   CJD/TSE   in   healthcare   facilities   today need   to   be   assessed.   Due   to   the   resilience   of   prions   and   potential   of   the   unknown   possibility   that   a   patient   may   have   CJD, instrument reprocessing becomes more challenging.” Investigators   at   the   U.S.   National   Institute   of   Allergy   and   Infectious   Diseases   (NIAID)   Rocky   Mountain   Laboratories,   in collaboration   with   researchers   at   the   University   of   Washington   (UW)   Bothell,   UW   Seattle   and   the   University   of   Verona (Italy),   recently   demonstrated   the   effectiveness   of   Briotech’s   patent-   pending   unique   proprietary   formula   hypochlorous acid    (HOCl)    in    inactivating    prions.    HOCl    is    naturally    produced    in    the    body’s    cells    to    aid    in    ridding    it    of    microbes. Washington-based    Briotech    has    developed    BRIO    HOCL TM ,    a    proprietary    disinfectant    comprised    of    HOCl,    for    use    in consumer and professional healthcare settings.”
HIGH LEVEL INACTIVATION OF PRIONS AND OTHER INFECTIOUS PATHOGENS WITH NOVEL PREPARATIONS OF HYPOHALOUS ACIDS.
“What   makes   BRIO   HOCL TM    so   promising   is   that   prions   are   nearly   impossible   to   eliminate   by   heat,   radiation   or   harsh chemical    decontamination.    …    The    efficacy    of    the    Briotech    product    is    particularly    interesting    in    light    of    research    that suggests neurological diseases, including Alzheimer’s, could be spread by prions on medical devices such as probes.”
SEPTEMBER 29, 2016
STUDENTS AID IN BREAKTHROUGH AGAINST DEMENTIA
University of Washington | Bothell BRIOTECH’s collaboration with the University of Washington Bothell’s chemistry department.
Mae La Refugee Camp |   Thai-Burmese Boarder BRIOTECH   is   happy   to   provide   Pure   Hypochlorous   product   to   the   Infinitum   Humanitarian   Systems   (IHS)   team,   and                                Dr. Eric Rasmussen’s efforts on the Thai-Burmese Boarder.
JANUARY 31, 2018
University of Washington   |   Bothell Chemists at University of Washington Bothell continue the ongoing research of BRIOTECH’s BRIO   HOCL TM  Prion Formula.
SEPTEMBER 19, 2017
CHEMISTRY RESEARCHERS ADVANCE LOCAL COMPANY
“University   of   Washington   Bothell   research   chemists   continue   to   help   a   small   Woodinville   company   that   expects   to   change the world of sanitizing and disinfecting. A    year    ago,    chemistry    students    led    by    Lori    Robins,    associate    professor    in    the    School    of    STEM,    helped    the    Briotech company   prove   that   its   product   destroyed   prions,   the   abnormal   proteins   behind   mad   cow   disease   and   other   neurological diseases. In   addition   to   its   (BRIO   HOCL   PrP   Formula TM )   effectiveness   against   prions,   the   solution   kills   bacteria,   fungus   and   viruses. It   can   safely   sanitize   surfaces   or   medical   equipment,   and   it   can   protect   produce   and   meat   processing.   For   example,   a   mist   in an apple warehouse might replace toxic methods of killing listeria and E. coli bacteria on fruit.”
MARCH 01, 2018
18th International Congress on Infectious Diseases  |  Buenos Aires, Argentina BRIOTECH   is   invited   by   the   International   Society   for   Infectious   Diseases   to   present   our   BRIO   HOCL TM Prion   Formula during their 18th International Congress on Infectious Diseases (ICID).
This   conference   has   a   strong   emphasis   on   the   global   burden   of   infectious   diseases   and   we   are   proud   to   be attending   and   providing   information   on   our   unique   HOCl   formulations   as   an   opportunity   to   challenge   major issues with infectious diseases.  
JULY 13-15, 2018
CJD Foundation Family Conference |  Washington, D.C NIH research results on BRIO HOCL TM  are presented at the annual Creutzfeldt-Jakob Foundation Conference.
INVESTIGATION OF PRIONS INACTIVATION BY REACTIVE OXYGEN SPECIES IN VIVO.
AUGUST 16, 2018
University of Washington   |   Bothell UW Bothell research continues partnership with BRIOTECH to improve sanitation in developing regions of the world.
UW BOTHELL WORKING TO REDUCE FOUL ODOR OF LATRINES, AIRING ISSUE IN GLOBAL SANITATION
“BOTHELL,   Washington   —   The   University   of   Washington   Bothell   is   helping   develop   a   disinfectant   to   reduce   the   foul   odor of   latrines.   More   than   a   superficial   air   freshener,   the   goal   is   a   product   that   would   increase   the   use   of   pit   toilets   by   making them   less   offensive.   This   could   improve   sanitation   in   developing   regions   of   the   world   where   defecation   in   the   open   air spreads disease. “This   could   be   something   that   changes   the   world.”   said   Robins,   a   faculty   member   since   2013   in   the   Physical   Sciences Division of UW Bothell’s School of Science, Technology, Engineering & Mathematics. In   work   that   began   this   summer,   Robins’   research   group   hopes   to   show   that   the   chemical   spray   can   combat   four   stinky compounds   in   a   latrine’s   headspace.   In   addition,   they   hope   to   show   the   aerosol   inactivates   noroviruses   responsible   for gastroenteritis, vomiting and diarrhea.”
2017
2018
BRIOTECH, ITS LOGOS, LANGUAGE, AND IMAGES ARE TRADEMARKS AND/OR THE COPYRIGHT PROPERTY OF BRIOTECH, INC. AND/OR ITS AFFILIATES. © 2013-2018
B R I O T E C H  I N  T H E  N E W S
BRIOTECH, ITS LOGOS, LANGUAGE & IMAGES ARE TRADEMARKS & COPYRIGHT PROPERTY OF BRIOTECH, INC. & ITS AFFILIATES. © 2013-2018
CONTACT THE BRIOTECH TEAM
FDA FACILITY REG #3012261723 | EPA #93108
BRIOTECH      is      proud      to      be      able      to      support      Infinitum Humanitarian   Systems   (IHS)   in   their   work   to   bring   clean   water to the residents of Haiti in the aftermath of Hurricane Matthew.
IMMUNE SYSTEM OXIDANT COULD BE KEY TO INACTIVATING PRIONS
2016
SEPTEMBER 29, 2016
A    product    that    mimics    the    natural    oxidative    killing    action    of human   immune   cells   against   bacteria,   viruses,   and   fungi   also   can inactivate   prions   and   other   proteins,   some   of   which   are   thought to     be     important     in     Parkinson’s     and     Alzheimer’s     diseases, according    to    National    Institutes    of    Health    (NIH)    researchers. Prions   are   deadly   protein-based   pathogens   that   are   extremely difficult        to        inactivate;        recommended        decontamination treatments    often    are    dangerous    to    people    or    damaging    to surfaces,   such   as   those   on   surgical   devices.   There   are   reported cases    of    a    prion    disease    (Creutzfeldt-Jakob    disease,    or    CJD) being      transmitted      to      patients      via      contaminated      surgical equipment. Scientists   at   NIH’s   National   Institute   of   Allergy   and   Infectious Diseases     (NIAID)     first     evaluated     the     product     BrioHOCl     in laboratory     experiments     using     a     prion     diagnostic     test     they developed   (RT-QuIC).   They   then   confirmed   the   results   in   mice. The     scientists     determined     that     BrioHOCl TM      eliminated     all detectable    prion-seeding    activity    for    CJD,    bovine    spongiform encephalopathy    (BSE,    or    mad    cow    disease),    chronic    wasting disease   (a   disease   primarily   found   in   deer,   elk,   and   moose)   and scrapie   (a   disease   of   sheep)   in   brain   tissue.   They   conducted   a portion   of   the   study   using   stainless   steel   wire   as   a   surrogate   for surgical    instruments.    BrioHOCl TM     had    similar    effects    on    two proteins     thought     to     contribute     to     Parkinson’s     disease     and Alzheimer’s disease. The   Seattle-area   company   Briotech,   Inc.,   developed   BrioHOCl to    remove    biofilms    –    clusters    of    bacteria    –    from    tubing    and other     surgical     equipment.     BrioHOCl TM      is     a     highly     purified formulation   of   hypochlorous   acid,   which   immune   cells   produce naturally to kill microbes. The   NIAID   researchers   now   are   interested   in   discovering   how hypochlorous   acid   inactivates   prions,   and   determining   whether they    can    harness    that    process    to    treat    or    prevent    prion    and other     protein-based     diseases.     They     also     plan     to     evaluate whether    BrioHOCl TM     can    inactivate    prions    associated    with other     tissues,     fluids,     tools,     instruments,     and     environmental surfaces    that    may    be    of    concern    in    medicine,    biotechnology, agriculture, food production, and wildlife biology.
“BrioHOCl TM  eliminated all detectable prion-seeding activity”
FEBRUARY 1, 2017
SCIENTIST: WOODINVILLE COMPANY’S BREAKTHROUGH IS SURPRISING
FEBRUARY 13, 2017
FEBRUARY 06, 2018
US Food and Drug Administration  |  Silver Springs, Maryland By Special Invitation, BRIOTECH Presents at the US FDA
WINTER 2017
UW BOTHELL MAGAZINE
Infection   Control   Tips    |   BRIOTECH   Breakthroughs   shared   with two million Infection Control Specialists .
OCTOBER 06, 2016
HYPOCHLOROUS ACID: HARNESSING AN INNATE RESPONSE
“BRIO    HOCL TM       has    shown    potency    in    the    inactivation    of infectious      prions      at      standard      temperature      and      pressure (Hughson      et      al.,      2016).      Prions      are      infectious      non-living malformed    proteins    and    responsible    for    a    range    of    invariably fatal   human   and   animal   diseases,   including   Mad   Cow   Disease (bovine      spongiform      encephalopathy),      and      Cruitzfelt-Jacob Disease      in      humans.      There      is      evidence      developing      that Alzheimer’s     Disease     has     an     infectious     component     that     is conveyed    by    prions    (Abbott,    2015).    As    noted    in    the    citation, prions      are      known      to      resist      all      conventional      sterilization methods,    which    require    harsh    conditions    in    comparison,    yet they were rapidly destroyed on exposure to Brio HOCL TM  
National    Institutes    of    Health     |    BRIOTECH    works    with    the prestigious   NIH/RML   Laboratories   to   customize   the   world’s   first cold sterilant to inactivate all prion species.
Washington      State      Representative,      Congresswoman      Suzan DelBene, tweets her BRIOTECH visit.
OCTOBER 21, 2016
The   Herald   Business   Journal    |   BRIOTECH’s   founder   and   CEO, Dan   Terry,   creates   a   disinfectant   that   has   been   found   to   kill   the Mad Cow virus and other pathogens .
American Chemistry Society Conference   |   Washington DC University     of     Washington,     Bothell,     presented     BRIOTECH’s       breakthroughs    in    Hyphochlorous    Acid    stability    to    the    world’s largest scientific body at the 254th ACS Confrence.
AUGUST 20, 2017
PURITY AND STABILITY  OF AN ELECTROLYTICALLY- GENERATED HYPOCHLOROUS ACID SOLUTION
Healthcare   Purchasing   News    |   BRIOTECH   Breakthroughs   in the    inactivation    of    prion    infectivity    highlighted    for    medical instrument sterilization.
NOVEMBER 16, 2016
CHEMICAL WARFARE FOR INSTRUMENTS
“It   seems   like   every   few   months   another   story   on   “dirty”   surgical instruments   hits   the   media   and   causes   shockwaves   throughout the   industry.   These   news   reports   call   attention   to   what   those   in the   central   sterile/sterile   processing   department   (CS/SPD)   have long   known   —   that   their   jobs   are   critical   to   delivering   safe   and effective patient care. Proteinaceous   infectious   particles,   commonly   known   as   “prions” are     pathogens     that     are     composed     of     ‘unfolded’     proteins containing   no   DNA.   Creutzfeldt-Jakob   disease   (CJD)   and   even evidence    that    suggests    Alzheimer’s    disease    are    examples    of transmissible       spongiform       encephalopathies       (TSE)       which progress   rapidly   in   the   brain   and   are   always   fatal   making   them   a major concern to healthcare professionals. “The   reprocessing   of   contaminated   instruments   that   may   have been   exposed   to   CJD/TSE   in   healthcare   facilities   today   need   to be   assessed.   Due   to   the   resilience   of   prions   and   potential   of   the unknown    possibility    that    a    patient    may    have    CJD,    instrument reprocessing becomes more challenging.” Investigators     at     the     U.S.     National     Institute     of     Allergy     and Infectious    Diseases    (NIAID)    Rocky    Mountain    Laboratories,    in collaboration   with   researchers   at   the   University   of   Washington (UW)   Bothell,   UW   Seattle   and   the   University   of   Verona   (Italy), recently    demonstrated    the    effectiveness    of    Briotech’s    patent- pending   unique   proprietary   formula   hypochlorous   acid   (HOCl) in   inactivating   prions.   HOCl   is   naturally   produced   in   the   body’s cells   to   aid   in   ridding   it   of   microbes.   Washington-based   Briotech has       developed       BrioHOCl TM ,       a       proprietary       disinfectant comprised    of    HOCl,    for    use    in    consumer    and    professional healthcare settings.”
HIGH LEVEL INACTIVATION OF PRIONS AND OTHER INFECTIOUS PATHOGENS WITH NOVEL PREPARATIONS OF HYPOHALOUS ACIDS.
“What   makes   BrioHOCl TM    so   promising   is   that   prions   are   nearly impossible    to    eliminate    by    heat,    radiation    or    harsh    chemical decontamination.    …    The    efficacy    of    the    Briotech    product    is particularly     interesting     in     light     of     research     that     suggests neurological   diseases,   including   Alzheimer’s,   could   be   spread   by prions on medical devices such as probes.”
SEPTEMBER 29, 2016
STUDENTS AID IN BREAKTHROUGH AGAINST DEMENTIA
University of Washington   | Bothell BRIOTECH’s   collaboration   with   the   University   of   Washington Bothell’s chemistry department.
Mae La Refugee Camp |   Thai-Burmese Boarder BRIOTECH   is   happy   to   provide   Pure   Hypochlorous   product   to the    Infinitum    Humanitarian    Systems    (IHS)    team,    and    Dr.    Eric Rasmussen’s efforts on the Thai-Burmese Boarder.
JANUARY 31, 2018
2018
2017
University of Washington   |   Bothell Chemists    at    University    of    Washington    Bothell    continue    the ongoing research of BRIOTECH’s BRIO HOCL TM  Prion Formula.
SEPTEMBER 19, 2017
CHEMISTRY RESEARCHERS ADVANCE LOCAL COMPANY
“University   of   Washington   Bothell   research   chemists   continue to   help   a   small   Woodinville   company   that   expects   to   change   the world of sanitizing and disinfecting. A    year    ago,    chemistry    students    led    by    Lori    Robins,    associate professor   in   the   School   of   STEM,   helped   the   Briotech   company prove   that   its   product   destroyed   prions,   the   abnormal   proteins behind mad cow disease and other neurological diseases. In    addition    to    its    (BRIO    HOCL    PrP    Formula TM )    effectiveness against   prions,   the   solution   kills   bacteria,   fungus   and   viruses.   It can    safely    sanitize    surfaces    or    medical    equipment,    and    it    can protect   produce   and   meat   processing.   For   example,   a   mist   in   an apple   warehouse   might   replace   toxic   methods   of   killing   listeria and E. coli bacteria on fruit.”
MARCH 01, 2018
18th International Congress on Infectious Diseases  | Buenos Aires, Argentina BRIOTECH   is   invited   by   the   International   Society   for   Infectious Diseases   to   present   our   BRIO   HOCL TM Prion   Formula   during their 18th International Congress on Infectious Diseases (ICID).
This   conference   has   a   strong   emphasis   on   the   global   burden   of infectious    diseases    and    we    are    proud    to    be    attending    and providing   information   on   our   unique   HOCl   formulations   as   an opportunity to challenge major issues with infectious diseases.  
JULY 13-15, 2018
CJD Foundation Family Conference |  Washington, D.C NIH    research    results    on    BRIO    HOCL TM     are    presented    at    the annual Creutzfeldt-Jakob Foundation Conference.
INVESTIGATION OF PRIONS INACTIVATION BY REACTIVE OXYGEN SPECIES IN VIVO.
AUGUST 16, 2018
University of Washington   |   Bothell UW   Bothell   research   continues   partnership   with   BRIOTECH   to improve sanitation in developing regions of the world.
UW BOTHELL WORKING TO REDUCE FOUL ODOR OF LATRINES, AIRING ISSUE IN GLOBAL SANITATION
“BOTHELL,     Washington     —     The     University     of     Washington Bothell   is   helping   develop   a   disinfectant   to   reduce   the   foul   odor of   latrines.   More   than   a   superficial   air   freshener,   the   goal   is   a product    that    would    increase    the    use    of    pit    toilets    by    making them   less   offensive.   This   could   improve   sanitation   in   developing regions   of   the   world   where   defecation   in   the   open   air   spreads disease. “This   could   be   something   that   changes   the   world.”   said   Robins,   a faculty   member   since   2013   in   the   Physical   Sciences   Division   of UW    Bothell’s    School    of    Science,    Technology,    Engineering    & Mathematics. In   work   that   began   this   summer,   Robins’   research   group   hopes to     show     that     the     chemical     spray     can     combat     four     stinky compounds   in   a   latrine’s   headspace.   In   addition,   they   hope   to show     the     aerosol     inactivates     noroviruses     responsible     for gastroenteritis, vomiting and diarrhea.”
“We   have   tested   the   anti-prion   activity    of    (Brio   HOCl TM )    that   poses    no   apparent   hazard   to   either   users   or   many    surfaces.    Brio HOCl TM    can    be    applied   directly   to   skin   and   mucous   membranes and     has     been     aerosolized     to     treat     entire     rooms     without apparent deleterious effects.”
SEPTEMBER 29, 2016
INACTIVATION OF PRIONS AND AMYLOID SEEDS WITH HYPHOCHLOROUS ACID
Public    Library    of    Science     |    BRIOTECH’s    study    in    conjunction with    NIH/RML    Laboratories    is    released    in    PLOS    Pathogen’s    : BRIO   HOCL TM     Safely   eliminates   all   detectable   seeding   activity of misfolded infectious proteins.