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Institution
Ruprecht-Karls-Universität Heidelberg
Centre for Organismal Studies (COS) Heidelberg
Forschungsgruppe Molekulare Physiologie der Tiere (aufgelöst)
Address
Im Neuenheimer Feld 360
69120 Heidelberg
Deutschland
69120 Heidelberg
Projects
Research Grants
Completed projects
Kontrolle neuronaler Aktivität durch Ca2+-aktivierte C1-Kanäle
(Applicant
Baumann, Arnd
)
Modulation of spike generation in somatosensory endings of the cornea - the role of chloride currents in inflammatory sensitization
(Applicant
Frings, Stephan
)
Signal amplification by calcium-activated chloride channels in sensory neurons Signalverstärkung durch Calcium-aktivierte Chloridkanäle in sensorischen Neuronen
(Applicant
Frings, Stephan
)
Struktur und Funktion von calciumabhängigen Chloridkanälen in Riechsinneszellen
(Applicant
Möhrlen, Frank
)
The Calmodulin-mediated feedback inhibition in rat olfactory sensory neurons
(Applicant
Frings, Stephan
)
The role of calcium-activated chloride channels in olfactory signal processing
(Applicant
Frings, Stephan
)
The role of calcium-activated chloride channels in somatosensory signal transduction
(Applicant
Frings, Stephan
)
Research Units
Completed projects
FOR 643: Information Processing in the Olfactory System
(Spokesperson
Frings, Stephan
)
Inormation Processing in the Olfactory System
(Applicant
Frings, Stephan
)
Interactions between the transduction components in olfactory sensory neurons
(Applicant
Frings, Stephan
)
Molecular mechanisms of calmodulin-mediated rapid adaptation in olfactory sensory neurons
(Applicant
Möhrlen, Frank
)
The role of calcium-activated chloride channels in somatosensory signal transduction
(Applicant
Frings, Stephan
)
Priority Programmes
Completed projects
Die Rolle von Ca2+-aktivierten Cl--Kanälen bei der Entstehung des duftinduzierten Rezeptorstroms in Riechzellen der Ratte
(Applicant
Frings, Stephan
)
Trigeminale Modulation der olfaktorischen Signalverarbeitung
(Applicants
Frings, Stephan
;
Müller, Frank
)
Collaborative Research Centres
Current projects
Interactions between nociceptive and non-nociceptive circuits: intranasal lidocaine to treat primary and secondary headache
(Project Heads
Carr, Richard
;
Frings, Stephan
;
Hu, Jing
;
Lechner, Stefan
;
Oehler, Beatrice
)
Additional Information
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