The Experts below are selected from a list of 69 Experts worldwide ranked by ideXlab platform
F Peluso - One of the best experts on this subject based on the ideXlab platform.
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tortilla Corn Chip associated esophageal perforation an unusual presentation of achalasia
The American Journal of Gastroenterology, 1992Co-Authors: J G Carrougher, S C Kadakia, F PelusoAbstract:: Laceration of the esophagus related to ingestion of tortilla Corn Chips has been described in the past. However, no cases of perforation of the esophagus are known to be associated with tortilla Corn Chip ingestion. We describe a case of previously undiagnosed achalasia in a patient who presented with an esophageal perforation after ingestion of tortilla Corn Chips.
Amy K. Woo - One of the best experts on this subject based on the ideXlab platform.
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Identification of 8-nonenal as an important contributor to "plastic" off-odor in polyethylene packaging
Journal of Agricultural and Food Chemistry, 2005Co-Authors: Robert A. Sanders, Thomas R. Morsch, Steven P. Zimmerman, Peter M. Searles, Melissa A. Strothers, B. Loye Eberhart, David V. Zyzak, Amy K. WooAbstract:Food and beverage products stored in polyethylene (PE) containers may absorb some of PE's volatile minor components and become tainted by its characteristic "plastic" odor. High-density PE containers that had imparted "plastic" odor to an experimental Corn Chip product were analyzed by simultaneous distillation/extraction to remove the volatile components, by gas chromatography/olfactometry (GC/O) to locate the offending components and by 2-D GC/mass spectrometry (MS) to identify the major "plastic" odor contributor (8-nonenal). The identification was made using high-resolution electron ionization and chemical ionization MS data to narrow the possibilities to two isomers of nonenal, followed by retrieval of reference spectra and confirmatory synthesis. By monitoring 8-nonenal in HDPE containers and Corn Chips it was demonstrated that 8-nonenal tracks with "plastic" aroma observed in containers and with "plastic" flavor observed in Corn Chips stored in the containers.
Robert A. Sanders - One of the best experts on this subject based on the ideXlab platform.
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Identification of 8-Nonenal as an Important Contributor to "Plastic" Off-Odor in Polyethylene Packaging
Journal of Agricultural and Food Chemistry, 2005Co-Authors: Robert A. Sanders, Thomas R. Morsch, Steven P. Zimmerman, Peter M. Searles, Melissa A. Strothers, David V. Zyzak, B. Loye EberhartAbstract:Food and beverage products stored in polyethylene (PE) containers may absorb some of PE's volatile minor components and become tainted by its characteristic “plastic” odor. High-density PE containers that had imparted “plastic” odor to an experimental Corn Chip product were analyzed by simultaneous distillation/extraction to remove the volatile components, by gas chromatography/olfactometry (GC/O) to locate the offending components and by 2-D GC/mass spectrometry (MS) to identify the major “plastic” odor contributor (8-nonenal). The identification was made using high-resolution electron ionization and chemical ionization MS data to narrow the possibilities to two isomers of nonenal, followed by retrieval of reference spectra and confirmatory synthesis. By monitoring 8-nonenal in HDPE containers and Corn Chips it was demonstrated that 8-nonenal tracks with “plastic” aroma observed in containers and with “plastic” flavor observed in Corn Chips stored in the containers. Keywords: Polyethylene volatiles; HDPE...
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Identification of 8-nonenal as an important contributor to "plastic" off-odor in polyethylene packaging
Journal of Agricultural and Food Chemistry, 2005Co-Authors: Robert A. Sanders, Thomas R. Morsch, Steven P. Zimmerman, Peter M. Searles, Melissa A. Strothers, B. Loye Eberhart, David V. Zyzak, Amy K. WooAbstract:Food and beverage products stored in polyethylene (PE) containers may absorb some of PE's volatile minor components and become tainted by its characteristic "plastic" odor. High-density PE containers that had imparted "plastic" odor to an experimental Corn Chip product were analyzed by simultaneous distillation/extraction to remove the volatile components, by gas chromatography/olfactometry (GC/O) to locate the offending components and by 2-D GC/mass spectrometry (MS) to identify the major "plastic" odor contributor (8-nonenal). The identification was made using high-resolution electron ionization and chemical ionization MS data to narrow the possibilities to two isomers of nonenal, followed by retrieval of reference spectra and confirmatory synthesis. By monitoring 8-nonenal in HDPE containers and Corn Chips it was demonstrated that 8-nonenal tracks with "plastic" aroma observed in containers and with "plastic" flavor observed in Corn Chips stored in the containers.
J G Carrougher - One of the best experts on this subject based on the ideXlab platform.
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tortilla Corn Chip associated esophageal perforation an unusual presentation of achalasia
The American Journal of Gastroenterology, 1992Co-Authors: J G Carrougher, S C Kadakia, F PelusoAbstract:: Laceration of the esophagus related to ingestion of tortilla Corn Chips has been described in the past. However, no cases of perforation of the esophagus are known to be associated with tortilla Corn Chip ingestion. We describe a case of previously undiagnosed achalasia in a patient who presented with an esophageal perforation after ingestion of tortilla Corn Chips.
Steven P. Zimmerman - One of the best experts on this subject based on the ideXlab platform.
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Identification of 8-Nonenal as an Important Contributor to "Plastic" Off-Odor in Polyethylene Packaging
Journal of Agricultural and Food Chemistry, 2005Co-Authors: Robert A. Sanders, Thomas R. Morsch, Steven P. Zimmerman, Peter M. Searles, Melissa A. Strothers, David V. Zyzak, B. Loye EberhartAbstract:Food and beverage products stored in polyethylene (PE) containers may absorb some of PE's volatile minor components and become tainted by its characteristic “plastic” odor. High-density PE containers that had imparted “plastic” odor to an experimental Corn Chip product were analyzed by simultaneous distillation/extraction to remove the volatile components, by gas chromatography/olfactometry (GC/O) to locate the offending components and by 2-D GC/mass spectrometry (MS) to identify the major “plastic” odor contributor (8-nonenal). The identification was made using high-resolution electron ionization and chemical ionization MS data to narrow the possibilities to two isomers of nonenal, followed by retrieval of reference spectra and confirmatory synthesis. By monitoring 8-nonenal in HDPE containers and Corn Chips it was demonstrated that 8-nonenal tracks with “plastic” aroma observed in containers and with “plastic” flavor observed in Corn Chips stored in the containers. Keywords: Polyethylene volatiles; HDPE...
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Identification of 8-nonenal as an important contributor to "plastic" off-odor in polyethylene packaging
Journal of Agricultural and Food Chemistry, 2005Co-Authors: Robert A. Sanders, Thomas R. Morsch, Steven P. Zimmerman, Peter M. Searles, Melissa A. Strothers, B. Loye Eberhart, David V. Zyzak, Amy K. WooAbstract:Food and beverage products stored in polyethylene (PE) containers may absorb some of PE's volatile minor components and become tainted by its characteristic "plastic" odor. High-density PE containers that had imparted "plastic" odor to an experimental Corn Chip product were analyzed by simultaneous distillation/extraction to remove the volatile components, by gas chromatography/olfactometry (GC/O) to locate the offending components and by 2-D GC/mass spectrometry (MS) to identify the major "plastic" odor contributor (8-nonenal). The identification was made using high-resolution electron ionization and chemical ionization MS data to narrow the possibilities to two isomers of nonenal, followed by retrieval of reference spectra and confirmatory synthesis. By monitoring 8-nonenal in HDPE containers and Corn Chips it was demonstrated that 8-nonenal tracks with "plastic" aroma observed in containers and with "plastic" flavor observed in Corn Chips stored in the containers.