Eric Zamora Photography

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  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Citrus greening, Emerging Pathogens Institute. Florida.
    Zamora-20081124-citrus-greening-rese...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-tick-disease-researc...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081124-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-tick-disease-researc...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081124-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mosquito-disease-res...jpg
  • Mosquito and vector research, Emerging Pathogens Institute, Vero Beach, Florida
    Zamora-20081125-mangrove-estuary-ver...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Emergine Pathogens Institute research. Florida.
    Zamora-20081126-mosquito-disease-res...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Dr. Maureen Long works, Joxer, her 1/2 Arab, 1/2 Shetland pony, to train him to pull horse cart at her home in Gainesville, Florida. Dr. Long is an expert in equine related pathogens.
    Zamora-20081222-maureen-long-equine-...jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0217.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0230.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0222.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0214.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0200.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0224.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0204.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0223.jpg
  • Maureen Long and her technician Sally Beachboard are performing upper airway endoscopy that uses fiberoptics to visualize the deep recesses of the nasal cavity and throat on a horse suspected of having a respiratory infection. This procedure is used to flush the Eustachian tube (guttural pouch) of the horse in order to obtain a sample for genetic detection of one of the many new emerging diseases of concern for the horse industry.
    Zamora-20090324-equine-research-0209.jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Vibrio vulnificus infections in humans can be very serious, and life threatening disease is often associated with consumption of raw oysters. Our research investigates the interactions of this bacterium with these molluscan shellfish. We specifically deleted to (I think she meant “two”) bacterial genes required for expression of structures such as polysaccharides, pili, and flagella, and developed an oyster model of infection to investigate their role in uptake and survival in oysters. This picture illustrates that colonies of the mutant strains (green plates with very few yellow colonies are recovered at significantly lower numbers compared to wild type bacteria (many yellow colonies), following infection studies. We are currently investigating natural compounds that may also interfere with this process and will use the research to develop novel post-harvest technology that will reduce the public health risk associated with oysters.
    Zamora-20090116-vibrio-vulnificus-sh...jpg
  • Dr. Alexander Sulakvelidze handles Yersinia pestis, the bacteria that causes plague, in a BSL-3 Labratory in Gainesville, Florida. (Simulated)
    Zamora-20081120-bacteria-pathogen-re...jpg
  • Dr. Alexander Sulakvelidze handles Yersinia pestis, the bacteria that causes plague, in a BSL-3 Labratory in Gainesville, Florida. (Simulated)
    Zamora-20081120-bacteria-pathogen-re...jpg
  • Dr. Alexander Sulakvelidze handles Yersinia pestis, the bacteria that causes plague, in a BSL-3 Labratory in Gainesville, Florida. (Simulated)
    Zamora-20081120-bacteria-pathogen-re...jpg
  • Dr. Alexander Sulakvelidze handles Yersinia pestis, the bacteria that causes plague, in a BSL-3 Labratory in Gainesville, Florida. (Simulated)
    Zamora-20081120-bacteria-pathogen-re...jpg
  • Mike Lauzardo, Principle Investigator Southeastern National Tuberculosis Center.
    Zamora-20081212-mike-lauzardo-tuberc...jpg
  • EZ_20111025_UF_volker_mai_0023.jpg
  • Mike Lauzardo, Principle Investigator Southeastern National Tuberculosis Center.
    Zamora-20081212-mike-lauzardo-tuberc...jpg
  • Zamora-20081125-mosquito-disease-res...jpg
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