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Jackson Lopez
Jackson Lopez

Cats Dogs

Cats & Dogs is a 2001 spy-comedy film directed by Lawrence Guterman and written by John Requa and Glenn Ficarra. It stars Jeff Goldblum, Elizabeth Perkins and Alexander Pollock, with the voices of (among others) Tobey Maguire, Alec Baldwin, Sean Hayes, Susan Sarandon, Charlton Heston, Jon Lovitz, Joe Pantoliano and Michael Clarke Duncan. The story centers on the relationships between cats and dogs, depicting the relationship as an intense rivalry in which both sides use organizations and tactics that mirror those used in human espionage. It was released by Warner Bros. Pictures on July 4, 2001. The film received mixed reviews and earned $200.7 million on a $60 million budget.

Cats Dogs

The Brody family's pet Bloodhound Buddy chases a cat and is captured by other cats in an ambush. Cats and dogs are revealed to be highly intelligent, tech-savvy enemies capable of speech, waging war with covert operatives while concealing their true nature from humans. After an Anatolian Shepherd dog named Butch reports Buddy's capture to his superiors, the best canine agents are dispatched to complete Buddy's mission: to prevent the cats from making all humans allergic to dogs.

After a breakthrough involving Lou playing with Scotty, Charles' machine finally finds the formula to a cure for human allergies to dogs. Having bugged the house, Mr. Tinkles and Calico spring a trap for the Brodys. First, Mr. Tinkles travels to a Christmas tree flocking plant under the guise of the plant's comatose owner, Mr. Mason, and sends the employees home, then lures the Brodys with fake tickets to a soccer exhibition game, capturing the family.

The film was shot in Vancouver, British Columbia and Eagle Creek Studios in Burnaby, British Columbia, Canada[4] from June 19 to November 17, 2000. Lou's doghouse was filmed on Stage 1, Mr. Mason's office and the interior of the tree flocking factory was filmed on Stage 2, and the international meeting with the dogs was filmed on Stage 3, while the backyard of the Brody house was filmed on the studio backlot,[5] and the front exterior of the Brody house was filmed at 1661 W 45th Avenue in Vancouver.[6]

Dr. Truong is a Southern California native whose parents immigrated fromVietnam in the mid-1970s. She is the youngest of three children and had afascination with animals since she was a little girl. Her childhood wasfilled with pets of all sorts such as dogs, cats, rabbits, an iguana,tortoises, and various birds just to name a few!

Stratford Care USA, Inc of Odessa, Florida is recalling multiple brands of Omega-3 Supplements for cats and dogs due to potentially elevated levels of Vitamin A. Vitamin A is an essential nutrient for dogs; however, ingestion of elevated levels can lead to health issues depending on the level of Vitamin A and the length of exposure. Vitamin A toxicity may include general malaise, anorexia, nausea, peeling skin, weakness, tremors, convulsions, paralysis, and death.

Unsocialized cats living alone or in colonies are humanely trapped, sterilized, and returned to their home environment. Unable to produce more kittens, they can live out their lives in peace, cared for by volunteers who provide food and shelter. St. Cats works together with the veterinarians of Eastern Pennsylvania Animal Alliance to provide low-cost spay and neuter for both cats and dogs. For more information, visit our Trap-Neuter-Return page.

Each friendly cat and kitten that passes through our doors is given a chance at a better life as an indoor pet through our adoption program, including cats and kittens with special needs. To see our current adoptables please visit our Adoption gallery, or visit our location at Nay Aug Zoo between 10AM-6PM most Wednesdays and other days by appointment.

Bartonellosis is a vector-borne zoonotic disease with worldwide distribution that can infect humans and a large number of mammals including small companion animals (cats and dogs). In recent years, an increasing number of studies from around the world have reported Bartonella infections, although publications have predominantly focused on the North American perspective. Currently, clinico-pathological data from Europe are more limited, suggesting that bartonellosis may be an infrequent or underdiagnosed infectious disease in cats and dogs. Research is needed to confirm or exclude Bartonella infection as a cause of a spectrum of feline and canine diseases. Bartonella spp. can cause acute or chronic infections in cats, dogs and humans. On a comparative medical basis, different clinical manifestations, such as periods of intermittent fever, granulomatous inflammation involving the heart, liver, lymph nodes and other tissues, endocarditis, bacillary angiomatosis, peliosis hepatis, uveitis and vasoproliferative tumors have been reported in cats, dogs and humans. The purpose of this review is to provide an update and European perspective on Bartonella infections in cats and dogs, including clinical, diagnostic, epidemiological, pathological, treatment and zoonotic aspects.

Bartonella is a genus of Alphaproteobacteria within the family Bartonellaceae. Bartonella spp. are small, thin, short and slightly curved, gram-negative, hemotropic and rod-shaped bacteria [1]. They are catalase, oxidase, urease and nitrate reductase negative [1]. Bartonella spp. are fastidious, slow growing and facultative intracellular pathogens that are highly adapted to a broad spectrum of mammalian reservoir hosts and are mainly transmitted by arthropod vectors [2, 3]. Thirty-eight different Bartonella species have been isolated or detected from humans or from domestic and wild animals including bats, birds, canids, cattle, deer, felids, horses, marine mammals, rodents, sheep and reptiles [4,5,6,7,8,9,10]. Bartonella spp. are distributed throughout the world. In recent years, an increasing number of studies from around the world have reported canine and feline Bartonella infections. The purpose of this review is to provide an update while emphasizing European literature relative to Bartonella spp. infections in cats and dogs, including clinical, diagnostic, epidemiological, pathological, treatment and zoonotic aspects.

Primary reservoirs, accidental hosts and the confirmed or suspected vectors for the main Bartonella species infecting cats and dogs with zoonotic potential are listed in Table 1. The most relevant species implicated in companion animal medicine are B. clarridgeiae, B. elizabethae, B. henselae, B. koehlerae, B. quintana, B. rochalimae and B. vinsonii berkhoffii. All of these species have been associated with severe illnesses in cats or dogs and all have zoonotic potential [16, 17]. Each Bartonella spp. appears to have co-evolved with a specific primary reservoir host which poses a source of infection for accidental hosts under natural exposure conditions [16].

The cat (Felis catus) is the primary but not sole reservoir for B. henselae [18], the causal agent of human cat scratch disease (CSD). Domestic cats are also principal reservoir hosts for B. clarridgeiae and B. koehlerae. Infected cats are thought to rarely develop clinical signs [19]. However, chronic, relapsing bacteremia can frequently be detected in infected cats and potential long-term consequences of relapsing bacteremia are unknown [20,21,22]. Cats can also be infected with B. bovis (ex weissii) and B. quintana, but the role of domestic cats in the epidemiology of these two Bartonella species has not been clearly established [21].

The dog (Canis familiaris) may also be a host for B. henselae and canines are considered the primary reservoirs for B. vinsonii berkhoffii, causing endocarditis in dogs and humans [23, 24]. Wild canids such as coyotes (Canis latrans) in California and potentially domestic dogs have been described as main reservoir hosts for B. vinsonii berkhoffii, as prolonged bacteremia also occurs in these animals [5, 25, 26]. Bartonella henselae, first isolated from a dog in Gabon in 2003 may be the Bartonella spp. that most often infects pet dogs [27]. Dogs can also be infected with B. clarridgeiae, B. elizabethae, B. koehlerae, B. quintana, B. rochalimae and B. washoensis, potentially causing similar disease manifestations as reported in humans, including bacillary angiomatosis, endocarditis, granulomatous hepatitis and granulomatous lymphadenitis, myocarditis, peliosis hepatis and others [20, 28,29,30,31,32]. Due to direct and frequent contact with humans, pet and stray infected cats and dogs pose a potential risk for human infection [33].

Intra-erythrocytic Bartonella organisms within the bloodstream are ingested by blood-sucking arthropod vectors, mainly fleas, lice, sand flies, biting flies and ticks, after which they are transmitted to a primary reservoir or to an accidental host [37] (Table 1). Vector transmission occurs in two primary ways: (i) inoculation of Bartonella-contaminated arthropod feces via animal scratches or bites or by self-inflected contamination of wounds induced by the host scratching irritating arthropod bites. These are important modes of transmission among primary reservoir and accidental hosts, including cats, dogs and humans [45,46,47]. (ii) The other primary mode of transmission is by vector bites, as confirmed for Lutzomyia verrucarum sand flies, the vector of B. bacilliformis among humans [48]. Experimentally, using an in vitro model, Ixodes ricinus ticks were able to infect mammalian blood with B. henselae [49]. Furthermore, the presence of Bartonella spp. DNA, particularly B. henselae, has been well documented in questing ticks from Europe and other continents [50,51,52]. Ticks have also been clinically implicated in the transmission of Bartonella infection to dogs or humans in the absence of other vectors or known modes of transmission [53,54,55,56]. Interestingly, regurgitation of B. henselae by cat fleas (Ctenocephalides felis) has been demonstrated experimentally [57], but additional studies are needed to confirm flea-bite transmission to animals or humans. It is important to note that non-vectorial modes of transmission are also possible such as transmission through needle stick injury to veterinarians [58] or by blood transfusion as documented experimentally in cats, dogs and humans [59,60,61,62]. 041b061a72


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