FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2765357561> ?p ?o ?g. }

• W2765357561 endingPage "870" @default.
• W2765357561 startingPage "861" @default.
• W2765357561 abstract "Fluid milk quality in the United States has improved steadily over the last 2 decades, in large part due to the reduction in post-pasteurization contamination (PPC). Despite these improvements, some studies suggest that almost 50% of fluid milk still shows evidence of PPC with organisms that are able to grow at 6°C, even though PPC may be much less frequent in some facilities. Several gram-negative bacteria, when introduced as PPC, can grow rapidly at refrigeration temperatures around 6°C and can lead to bacterial levels above 20,000 cfu/mL (the regulatory limit for bacterial numbers in fluid milk in the United States) and spoilage that can be detected sensorially within 7 to 10 d of processing. Importantly, however, storage temperature can have a considerable effect on microbial growth, and fluid milk stored at 4°C and below may show considerably delayed onset of microbial growth and spoilage compared with samples stored at what may be considered mild abuse (6°C and above). Notable organisms that cause PPC and grow at refrigeration temperatures include psychrotolerant Enterobacteriaceae and coliforms, as well as Pseudomonas. These organisms are known to produce a variety of enzymes that lead to flavor, odor, and body defects that can ultimately affect consumer perception and willingness to buy. Detecting PPC in high temperature, short time, freshly pasteurized fluid milk can be challenging because PPC often occurs sporadically and at low levels. Additionally, indicator organisms typically used in fluid milk (i.e., coliforms) have been shown to represent only a fraction of the total PPC. Recent studies indicate that coliforms account for less than 20% of the total gram-negative organisms introduced into fluid milk after pasteurization. In contrast, Pseudomonas, which is not a coliform and therefore is not detected using coliform media, is the most commonly isolated genus in PPC fluid milk. To reduce PPC, processors must (1) use testing methods that can detect both coliforms and non-coliform gram-negatives (i.e., Pseudomonas) to understand true contamination rates and patterns, and (2) establish cleaning and sanitation protocols and employee and management behaviors that target persistent and transient PPC organisms." @default.
• W2765357561 created "2017-11-10" @default.
• W2765357561 creator A5031723635 @default.
• W2765357561 creator A5033699998 @default.
• W2765357561 creator A5082217142 @default.
• W2765357561 date "2018-01-01" @default.
• W2765357561 modified "2023-10-06" @default.
• W2765357561 title "Symposium review: Effect of post-pasteurization contamination on fluid milk quality" @default.
• W2765357561 cites W1774491174 @default.
• W2765357561 cites W1972531910 @default.
• W2765357561 cites W1973071442 @default.
• W2765357561 cites W1976329914 @default.
• W2765357561 cites W1976366012 @default.
• W2765357561 cites W1982892909 @default.
• W2765357561 cites W1987622775 @default.
• W2765357561 cites W1989048182 @default.
• W2765357561 cites W1997276331 @default.
• W2765357561 cites W1999985729 @default.
• W2765357561 cites W2003924978 @default.
• W2765357561 cites W2010123364 @default.
• W2765357561 cites W2012108353 @default.
• W2765357561 cites W2020360990 @default.
• W2765357561 cites W2022189012 @default.
• W2765357561 cites W203919790 @default.
• W2765357561 cites W2040470051 @default.
• W2765357561 cites W2042437514 @default.
• W2765357561 cites W2044427022 @default.
• W2765357561 cites W2047645764 @default.
• W2765357561 cites W2053617505 @default.
• W2765357561 cites W2055100875 @default.
• W2765357561 cites W2056673601 @default.
• W2765357561 cites W2062043820 @default.
• W2765357561 cites W2062681840 @default.
• W2765357561 cites W2063424651 @default.
• W2765357561 cites W2067118368 @default.
• W2765357561 cites W2070602805 @default.
• W2765357561 cites W2070766196 @default.
• W2765357561 cites W2074763909 @default.
• W2765357561 cites W2075631954 @default.
• W2765357561 cites W2078850217 @default.
• W2765357561 cites W2080172759 @default.
• W2765357561 cites W2080426687 @default.
• W2765357561 cites W2083724479 @default.
• W2765357561 cites W2085577213 @default.
• W2765357561 cites W2088949291 @default.
• W2765357561 cites W2089037521 @default.
• W2765357561 cites W2098654795 @default.
• W2765357561 cites W2100147853 @default.
• W2765357561 cites W2109733963 @default.
• W2765357561 cites W2113096355 @default.
• W2765357561 cites W2118049652 @default.
• W2765357561 cites W2130690103 @default.
• W2765357561 cites W2148206504 @default.
• W2765357561 cites W2150295689 @default.
• W2765357561 cites W2160898938 @default.
• W2765357561 cites W216109766 @default.
• W2765357561 cites W2166341873 @default.
• W2765357561 cites W2166573792 @default.
• W2765357561 cites W2167245704 @default.
• W2765357561 cites W2171728719 @default.
• W2765357561 cites W2172218503 @default.
• W2765357561 cites W2173927530 @default.
• W2765357561 cites W2218874531 @default.
• W2765357561 cites W2228216304 @default.
• W2765357561 cites W2317754124 @default.
• W2765357561 cites W2412560019 @default.
• W2765357561 cites W2469402756 @default.
• W2765357561 cites W2496973533 @default.
• W2765357561 cites W2522589581 @default.
• W2765357561 cites W2558293460 @default.
• W2765357561 cites W2583085789 @default.
• W2765357561 cites W2736865776 @default.
• W2765357561 cites W2764528064 @default.
• W2765357561 cites W4233159079 @default.
• W2765357561 cites W4244672114 @default.
• W2765357561 cites W90953002 @default.
• W2765357561 doi "https://doi.org/10.3168/jds.2017-13339" @default.
• W2765357561 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29103726" @default.
• W2765357561 hasPublicationYear "2018" @default.
• W2765357561 type Work @default.
• W2765357561 sameAs 2765357561 @default.
• W2765357561 citedByCount "52" @default.
• W2765357561 countsByYear W27653575612019 @default.
• W2765357561 countsByYear W27653575612020 @default.
• W2765357561 countsByYear W27653575612021 @default.
• W2765357561 countsByYear W27653575612022 @default.
• W2765357561 countsByYear W27653575612023 @default.
• W2765357561 crossrefType "journal-article" @default.
• W2765357561 hasAuthorship W2765357561A5031723635 @default.
• W2765357561 hasAuthorship W2765357561A5033699998 @default.
• W2765357561 hasAuthorship W2765357561A5082217142 @default.
• W2765357561 hasBestOaLocation W27653575611 @default.
• W2765357561 hasConcept C109097599 @default.
• W2765357561 hasConcept C112570922 @default.
• W2765357561 hasConcept C115930662 @default.
• W2765357561 hasConcept C147490202 @default.
• W2765357561 hasConcept C169760540 @default.
• W2765357561 hasConcept C17741926 @default.

• next