Heightened Biosecurity Visitor Sign-in Form Date Time in Time out Visitor’s Name Cell Phone Number Company Name Vehicle Make/Model and License Plate # Reason for visit How recently have you had contact with livestock? What foreign country have you visited within the past week? Have you visited area of concern within the past week?
Animal Health Record Form Animal #:_________________________________________ Cattle Lot #:_______________________________________ Pen #:_____________________ Number of Head: ___________ Date Animal ID # Diagnosis/Treatment/Procedure Product & Manufacturer Lot #/Serial # Dose Route of Administration Injection Location Earliest WD Date Initials of Treatment Administrator
Employee Training Log Employee Name (Printed) Employee Signature Area(s) of Responsibility Type of Training Training Description Trainer Name (printed): ______________________ Title: __________________________ Trainer Signature: __________________________ Date: __________________________
Treatment of “Presumptive Positive” Animals (Provide an explanation of how to and care for “presumptive positive” animals while awaiting diagnosis. A “presumptive positive” animal has clinical signs and a positive lab result) Disease Tracing (Provide a list of what disease tracing (epidemiological) information indicating the presence of the disease of concern.) Actions to be Performed When there is a “Confirmed Positive” Case (Insert a list of actions, including notifications, which must be taken once an animal is “confirmed positive”. A “confirmed positive” case indicates what tests are required to unequivocally determine the presence of the FEAD agent. This information will be provided by the Texas Animal Health Commission (TAHC) or U.S. Department of Agriculture (USDA.)
Pesticide Use Record Business Name ________________________ Address ___________________________________ Application Date Time Started Name of the person who applied treatment Location of Land Treated Site Treated At time of treatment Wind Direction Wind Velocity Air Temp Product Trade Name EPA Registration # Target Pest Rate of Product Per Unit Equipment ID # Spray Permit # Licensed Applicator’s Name & License # Unlicensed Applicator’s Name (If applicable) Acres or Volume of Acres Treated Total Volume of Spray Mix, Dust, Granules or other Materials Applied Per Unit Additional Information
Annex A: Disease Table Disease / Pathogen Zoonotic Potential TAHC Reportable* OIE Reportable Mode of Transmission** Endemic Areas*** Agent Type Sanitary prophylaxis Medical prophylaxis Aerosol Direct Contact Fomite Oral Vector Environmental United States Canada Mexico Anthrax Y Y Y M S S S S L Y 2010 Bacterial Spore Decontamination of contaminated tissues, surfaces, and environments is difficult. Vaccine; Antibiotics effective, but course of disease usually to Aujeszky's disease (Pseudorabies) N Y Y S M S M S L N L Enveloped Virus Prevent Feral Pig population from interacting with cattle Bluetongue (EHD) N Y S M Y 1988 2010 Virus No efficient treatment; insect control Vaccine Bovine babesiosis Tick Cattle Fever, Texas Fever, Piroplasmosis, Redwater Y Y Y M 1943 N L Protozoan Reducing exposure of cattle to ticks Vaccine Bovine spongiform encephalopathy (BSE) Y Y Y M Y 2011 N Prion Do not use feed containing ruminant derived proteins; Decontamination of tissues, surfaces, and environments is difficult There is no treatment for BSE
Bovine tuberculosis Y Y Y M S L ? L Acid-fast bacteria Treatment of infected animals is rarely attempted because of the high cost, lengthy time and the larger goal of eliminating the disease Bovine viral diarrhea (BVD) N Y M M S Y Y L Virus Control is achieved with a combination of removal of infected cattle, vaccination, and enhanced biosecurity Vaccination should be used to decrease clinical disease and to reduce the risk of viral shedding within and between groups of stocker or feeder cattle Brucellosis (Brucella abortus) Y Y Y S S M L L L Vegetative bacteria Surveillance; Vaccine only in endemic areas Campylobacter jejuni Y Y M M L ? Vegetative bacteria Campylobacter species are susceptible to many disinfectants No vaccine; Treatment is often limited to fluid and electrolyte replacement therapy; Antibiotics are occasionally given Contagious bovine pleuropneumonia (CBPP) N Y Y M S 1892 N N Vegetative bacteria Quarantine, test, slaughter; CBPP bacteria do not survive for long in the environment and are inactivated by most common disinfectants. Vaccine only in endemic areas Crimean Congo haemorrhagic fever Y Y S M N N N Enveloped Virus Prevention depends on avoiding from infected ticks and contact with infected blood or tissues. None
Cryptosporidiosis (Cryptosporidium parvum ) Y S S M Protozoan (Spore) The protozoa are resistant to many disinfectants; Chlorine does not effectively kill the organism No specific treatment is available; supportive therapy is usually effective as the disease tends to be self–limiting; Vaccines have not been developed E. coli 0157:H7 Y S M M Vegetative bacteria Prevention of shedding in domesticated animals, particularly ruminants, is expected to decrease the number of infections Echinococcosis/ hydatidosis Y Y M S ? Y Worm Prevention of access of dogs to livestock carcasses or slaughter wastes from farms, households, abattoirs or butchers Vaccine Epizootic haemorrhagic disease (EHD); Ibaraki disease N Y M L ? Virus Insect control No vaccine Foot and disease N Y Y M M S 1929 1952 1954 Virus Quarantine, test, slaughter, disinfect Vaccine Giardia Y M S Protozoan Concurrent cleaning and disinfection of the environment is expected to increase the effectiveness of treatment by reducing the parasite burden. No drug is currently licensed to treat giardiasis in these animals Haemorrhagic septicemia N Y M S 1969 N N Vegetative bacteria Hemorrhagic septicemia can be eradicated with quarantines, movement controls, tracing of Vaccine only in endemic areas Enveloped
Trypanosomes cannot survive for long periods outside the host; controlling arthropod vectors is Tularemia Y Y M M S L ? N Vegetative bacteria F. tularensis can survive for long periods in the environment. Good tick control programs can reduce the risk of infection. Tularemia can be treated with various antibiotics including tetracyclines and quinolones. Vesicular stomatitis Y Y Y M M Y 1949 Enveloped Virus Quarantine and movement control; uninfected livestock should kept away from any animals that could be infected Treatment is symptomatic. Animals with mouth lesions should be provided with softened feed. West Nile fever Y Y M Y Y Enveloped Virus Implement mosquito control measures No specific treatment, than supportive care, is available. *This list is not comprehensive. Certain zoonotic diseases (those with the ability to cause illness in both animals and people) are also reportable to the Texas Department of State Health Services **M – Major source of organism; S – Secondary source of organism ***Y- disease present, L – Disease limited to one or more zones,? - suspected but not confirmed, N - never reported and under active surveillance; date indicates last reported case (Data obtained from 2012 annual reports to OIE) Disease information was compiled from the Technical Disease Fact Sheets on The Center for Food Security and Public Health .