Presentation is loading. Please wait.

Presentation is loading. Please wait.

Controlling Microbes Transfer Routes in the US Prison System.

Similar presentations

Presentation on theme: "Controlling Microbes Transfer Routes in the US Prison System."— Presentation transcript:

1 Controlling Microbes Transfer Routes in the US Prison System

2 Microbes-What Are They?  A minute life form (especially a disease-causing bacterium) & is found in almost every habitat in nature. o Includes: Bacteria, Mold, Fungi, Algae & Viruses  Vital to mankind but many cause dangerous infectious diseases

3 Microbes-How Do They Grow?  Food o Dirt o Fiber o Perspiration  Warm Temperatures  Moisture (humidity, spills)  Receptive Surfaces

4 Microbial Transfer Routes  Hard Surfaces  Soft Surfaces  Textiles  Skin  Air

5 State Correctional Environments  Constructed to maximize public safety, not to minimize transmission of disease  Pathogen transmission facilitated by over- crowding, budget cuts, etc  Rapid turnover of prison population complicates identification & treatment of disease resulting in the possible increased infections of prison populations *”Infection Controls in Jails & Prison”, Joseph A. Bick, California Medical Facility, California Department of Corrections

6 Coeus Technology, Inc 2701 Enterprise Drive Suite 230 Anderson, IN Tel: State Correctional Environments*  “The only population group that has a constitutional right to healthcare”, 1976 Supreme Court Ruling  $3.6 Billion Medical Care ◦ 10% of Corrections Total Budget  7 Million Incarcerated  6.7 Annual Physician Visits Per Inmate  Infectious Diseases Affect 30% Inmate Population o Tuberculosis, HIV, Hepatitis, MRSA * 2009 Dissertation, Sandra Jane Winter, University of Kentucky

7 State Correctional Environments Indiana*  21 State Operated Prisons  20 Male & 1 Female Facilities  28,808 Total Inmates  $142.7 Million Annual Healthcare Costs *2009 State Health

8 MonoFoil™ Antimicrobial  Goal o Reduce transfer routes by adding a proven antimicrobial system that: transforms high traffic surfaces into ones that continually fights bacteria, mold, fungi, yeast & viruses for extended periods of time.

9 MonoFoil™ Antimicrobial ◦ Cleaning, Disinfecting & Hand Hygiene is not enough o “Bleach does not eliminate mold or mildew on wood & other porous surfaces” Oregon State University “Study Impact of Bleach on Mold Growth” o “MRSA can be cultured from toilet seats representing a potential risk to inmates and staff…” Mary Anne Glannini, Infection Control Officer o “MRSA can live on fabrics and hard surfaces for up to 90 days.” Journal of Clinical Microbiology

10 MonoFoil™ Antimicrobial  Minimize & control bacterial growth on high- touch surfaces  Prevent staining & odor causing bacteria, mold, fungi, algae & viruses  Works continuously for years  Applicable to any surface or fabric o Extends the life of surfaces & fabrics  Environmentally-friendly & non-toxic  Can be applied by certified applicators or self- administered

11 MonoFoil™ Antimicrobial  Based on active ingredient 3-(trihydroxysilyl) propyl dimethyl octadecyl ammonium chloride  For any soft, hard or fabric surfaces  Effective against a wide array of bacteria, mold, fungi, algae & viruses  Hypoallergenic, non-sensitizing & non- irritating  Does not leach  Environmentally friendly & EPA registered  Used for the past 30 years in consumer & healthcare Industries

12 MonoFoil™ Antimicrobial How It Works  The cell membrane is attracted to the treated surface & punctured by the long molecular chain  The microorganism is further destroyed physically by electrocution

13 MonoFoil ™ Antimicrobial How It Works  Staphylococcus aureus ( MRSA) Cell Rupture With MonoFoil™ Antimicrobial Technology Treatment UNTREATED TREATED

14 MonoFoil™ Antimicrobial H ow It Works  Escherichia coli (E. coli) ) Cell Rupture With MonoFoil™ Antimicrobial Technology Treatment UNTREATED TREATED

15 Arm Your Facilities With A New Protection Standard  Unique EPA registered product: UNCONDITIONALY REGISTERED o Eliminates illness-causing microorganisms o Transforms high traffic surfaces into ones that continually fight bacteria

16 MonoFoil ™ Antimicrobial  Treating your facility with MonoFoil™ is the ONLY 1-step process that cleans and protects:  Effective against MRSA,H1N1, Rotavirus, Herpes, Norovirus, Rhinovirus, Hepatitis, Salmonella & many other pathogenic organisms  Removes dirt, grime, blood, urine, fecal matter & other common solids found in an correctional environment  Cost effective

17 MonoFoil ™ Antimicrobial  Unique & durable product continually inhibits the growth of bacteria, mold, algae, fungi & viruses for up to 3 years  Applicable to virtually any surface  Environmentally friendly, non-leaching & non-toxic  Treated surfaces are safe in case of accidental ingestion  Eliminates odor & staining  Extends the life of surfaces  Not harmful is ingested

18 MonoFoil ™ Antimicrobial  High Traffic & Touch Points In Your Environment o Cells  Visiting Rooms o Halls  Staff Facilities o Cafeterias  Rec Room o Showers  Medical Facilities o Bathrooms  Manufacturing Facilities o Transportation  Guard Posts o Linens, Apparel

19 MonoFoil ™ Antimicrobial  Facility Maintenance – Odors & Staining o Bacteria, mold, mildew & fung i can be the source of objectionable odor & staining on stalls, training equipment & fabrics o Contaminants can ruin building aesthetics & quality with staining & deterioration o Deep-reaching bacteria, mold, mildew & fungi can cause persistent odor that reasserts itself quickly after normal maintenance cleaning

20 MonoFoil ™ Antimicrobial  Unique & innovative. When applied through the wash MonoFoil™ provides all washable fabrics & textiles continual protection against the growth of bacteria, virus mold & mildew  No other product eliminates odor, staining & deterioration caused by microbial contaminants  Hypoallergenic & non-sensitizing  One application lasts a minimum of 30 washes  Applicable to any washable fabric or textile Laundry and Uniform Treatments

21 Coeus Technology, Inc West 73 rd Street Anderson, IN Tel: Cost Savings: Labor Chemical Usage Medical Treatment for Inmates Reduction of Institutional acquired infections

22 Coeus Technology, Inc West 73 rd Street Anderson, IN Tel: Thank You For Your Time! Thank You For Your Time! Contact Dave Parker or For More Information

Download ppt "Controlling Microbes Transfer Routes in the US Prison System."

Similar presentations

Ads by Google