Document 2873
 DOCN  M94A2873
 TI    Trials of elaboration more universal AIDS therapy: anti-HIV laser traps
       for blood, virucidal hyperbaric gas, tissue pH modifiers.
 DT    9412
 AU    Vasilionkaitis V; Research laboratory of Clinical Biomechanics & Modern
       Treatment; Methods Vilnius, Lithuania.
 SO    Int Conf AIDS. 1994 Aug 7-12;10(1):205 (abstract no. PB0249). Unique
       Identifier : AIDSLINE ICA10/94369702
 AB    OBJECTIVES: Biomedical engineering approaches to prevention and
       treatment of AIDS or infected with HIV was investigated. Lack of many
       anti-HIV/AIDS curative procedures depend on impossibility to reach
       inactivation all of HIV with following renew of infection. A necessity
       of elaboration of more universal anti-HIV/AIDS therapy appeared.
       METHODS: Biomechanic modelling and computed imitation of HIV
       transmission, spreading and persistence conditions in more than 10
       different body tissue slides, cells, extracellular medium, organs and
       biological fluids was analysed. RESULTS: First level of anti-HIV/AIDS
       against circulating pathologic agents include laser traps from 1 to 10
       classes depending on selectivity with antiviral (antimalignant cells,
       antileukemic) screen installed with blood or lymph separators for
       curative exposures at thin layers, and return to natural flow after
       contact therapy. Second level include all tissue and fluid remote
       sterilization by normal and hyperbaric use of multicomponent antiviral
       gaseous mixtures for total body segments virucidal saturation. Also
       segmental acidification by intravascular, intralymphatic, intraosseous
       and etc. instant soluble safely gas (CO2) use for to decrease step by
       step local pH till virucidal effect in all regions. CONCLUSIONS: More
       universal anti-HIV/AIDS procedures are perspective, combined with
       contemporary treatment methods.
 DE    Antiviral Agents/ADMINISTRATION & DOSAGE/PHARMACOKINETICS/  *THERAPEUTIC
       USE  Atmospheric Pressure  Body Fluids/DRUG EFFECTS/MICROBIOLOGY  Carbon
       Dioxide/ADMINISTRATION & DOSAGE/PHARMACOKINETICS/  *THERAPEUTIC USE
       Computer Simulation  *Extracorporeal Circulation  Gases/*THERAPEUTIC USE
       Human  Hydrogen-Ion Concentration  HIV
       Infections/BLOOD/MICROBIOLOGY/*THERAPY  Lasers  Models, Biological
       Tissue Distribution  Viscera/DRUG EFFECTS/MICROBIOLOGY  MEETING ABSTRACT

       SOURCE: National Library of Medicine.  NOTICE: This material may be
       protected by Copyright Law (Title 17, U.S.Code).