Rosa Heydenreich
Overview
Explore the profile of Rosa Heydenreich including associated specialties, affiliations and a list of published articles.
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6
Citations
17
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0
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Recent Articles
1.
Heydenreich R, Delbruck A, Trunet C, Mathys A
Appl Environ Microbiol
. 2024 Sep;
90(10):e0229923.
PMID: 39311577
Importance: Extremely resistant spore-forming bacteria are widely distributed in nature. They infiltrate the food chain and processing environments, posing risks of spoilage and food safety. Traditional heat-intensive inactivation methods often...
2.
Heydenreich R, Delbruck A, Peternell C, Trunet C, Mathys A
Int J Food Microbiol
. 2024 Jul;
422:110812.
PMID: 38970996
Mild spore inactivation can be challenging in industry because of the remarkable resistance of bacterial spores. High pressure (HP) can trigger spore germination, which reduces the spore's resistance, and thereby...
3.
Heydenreich R, Delbruck A, Mathys A
Int J Food Microbiol
. 2023 Jun;
402:110279.
PMID: 37331115
High pressure (HP) processing has high potential for bacterial spore inactivation with minimal thermal input. To advance HP germination and subsequent inactivation of spores, this study explored the physiological state...
4.
Delbruck A, Tritten Y, Nanni P, Heydenreich R, Mathys A
Appl Environ Microbiol
. 2021 Dec;
88(4):e0240621.
PMID: 34910565
Resistant bacterial spores are a major concern in industrial decontamination processes. An approach known as pressure-mediated germination-inactivation strategy aims to artificially germinate spores by isostatic pressure to mitigate their resistance...
5.
Delbruck A, Zhang Y, Heydenreich R, Mathys A
Compr Rev Food Sci Food Saf
. 2021 Jun;
20(4):4159-4181.
PMID: 34147040
Spore-forming bacteria are resistant to stress conditions owing to their ability to form highly resistant dormant spores. These spores can survive adverse environmental conditions in nature, as well as decontamination...
6.
V D Dos Santos A, Heydenreich R, Derntl C, Mach-Aigner A, Mach R, Ramer G, et al.
Anal Chem
. 2020 Dec;
92(24):15719-15725.
PMID: 33259186
Determination of the intracellular location of proteins is one of the fundamental tasks of microbiology. Conventionally, label-based microscopy and super-resolution techniques are employed. In this work, we demonstrate a new...