Antje Haehner is affiliated with TU Dresden in Germany and has contributed extensively to research in the fields of Neuroscience, Engineering, and Medicine. Their work spans several subfields, notably Sensory Systems, Biomedical Engineering, Nutrition and Dietetics, Neurology, and Immunology and Allergy.
The primary focus of their research includes olfactory and sensory function studies, advanced chemical sensor technologies, biochemical analysis and sensing techniques, allergic rhinitis and sensitization, migraine and headache studies, long-term effects of COVID-19, and essential oils with antimicrobial activity.
Haehner's recent scholarly output features several publications addressing olfactory dysfunction and its diagnostic and clinical implications. Among these are:
They frequently publish in a core group of academic journals. These include:
The list of frequent collaborators shows a pattern of ongoing partnerships with researchers such as Thomas Hummel, Gudrun Goßrau, Katja de With, Julia Draf, and Anna Kristina Hernandez. These co-authorship networks reflect sustained scholarly cooperation over multiple projects.
Haehner's contributions encompass a substantial volume of publications especially in the sensory systems domain, addressing olfactory and gustatory functions and their implications for clinical diagnostics and biomedical engineering applications. Their work links sensory dysfunctions to conditions including COVID-19 and neurodegenerative diseases, illustrating interdisciplinary approaches utilizing engineering techniques within medical research contexts.
T Hummel;K L Whitcroft;P Andrews;A Altundag
A. Haehner;S. Boesveldt;H. W. Berendse;Alan Mackay-Sim
Antje Haehner;Thomas Hummel;Cornelia Hummel;Ulrike Sommer
Concepció Marin;Dolores Vilas;Cristóbal Langdon;Isam Alobid
Antje Haehner;Anna-Maria Mayer;Basile Nicolas Landis;Irène Pournaras
Chenghao Qiu;Chong Cui;Charlotte Hautefort;Antje Haehner
Antje Haehner;Clara Tosch;Martin Wolz;Lisa Klingelhoefer
Antje Haehner;Thomas Hummel;Heinz Reichmann
Unknown
Antje Haehner;Julia Draf;Sarah Dräger
Antje Haehner;Thomas Hummel;Heinz Reichmann
Antje Haehner;Antje Rodewald;Johannes C. Gerber;Thomas Hummel
Unknown
Katherine L. Whitcroft;Mandy Cuevas;Antje Haehner;Thomas Hummel
Birgit Herting;Susann Schulze;Heinz Reichmann;Antje Haehner
Jens Reden;Katja Lill;Thomas Zahnert Md;and Antje Haehner Md
Antje Haehner;Carla Masala;Sophie Walter;Heinz Reichmann
Thomas Hummel;Katherine L. Whitcroft;Katherine L. Whitcroft;Gina Rueter;Antje Haehner
L Mizera;G Gossrau;T Hummel;A Haehner
Christos Merkonidis;Franz Grosse;Timomi Ninh;Cornelia Hummel
I Konstantinidis;A Haehner;J Frasnelli;J Reden
T. Hummel;M. Witt;H. Reichmann;A. Welge-Luessen
Antje Haehner;Thomas Hummel;Heinz Reichmann
If you think any of the details on this page are incorrect, let us know.
As interest in studying Neuroscience grows, many students are seeking flexible options to start or advance their education. Choosing from accelerated programs online allows you to complete your degree faster and start your career sooner—ideal for those balancing work or family commitments.
Neuroscience can open doors to lucrative and rewarding professions. Exploring the best bachelor degrees can help you identify which related majors offer the highest earning potential. Likewise, reviewing the highest paying jobs in the field can inform your educational and career decisions.
Affordability is another key factor. To make neuroscience studies more accessible, consider the cheapest online colleges that accept FAFSA. These institutions can help reduce student debt and provide a cost-effective path to completing your education.
National University of Singapore
University of Bayreuth
Sichuan University
QIMR Berghofer Medical Research Institute
University of Pennsylvania
University of Toronto
Osnabrück University
Emory University
Nagoya University
Duke University
Southwest Jiaotong University
Hiroshima Shudo University
University of California, San Francisco
Yale University
University of Lausanne
State University of Maringa
