Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
Your Tasks Your tasks • Establish and maintain primary neural culture and slice systems and related neurobiological models • Perform immunofluorescence staining and advanced fluorescence microscopy • Investigate neuronal and astrocytic signalling in CNS systems • Study wireless modulation of neural
The Biointerfaces Lab at Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) is seeking a highly motivated PhD candidate with a strong background in neurobiology or neuroscience to join an ERC-funded research project focused on wireless control and recording of neural signalling using magnetic n
Job offer PhD Position in Neurobiology - ERC Project on Wireless Neural Control Standort: Erlangen EURAXESS PhD Position in Neurobiology - ERC Project on Wireless Neural Control","mslayer_element_type_text":"Bewerben","mslayer_element_detail_start_date":"20260320","mslayer_element_variant":"standard
Your Workplace The Biointerfaces Lab at Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) is seeking a highly motivated PhD candidate with a strong background in neurobiology or neuroscience to join an ERC-funded research project focused on wireless control and recording of neural signalling u
VollzeitVor Ort
Vor 1 Monaten
Geschatztes Gehalt für Erc in Erlangen
27.000 € – 43.000 €/Jahr
Schatzungsvertrauen: Niedrig
Schatzung basierend auf Marktdaten für Erlangen. Tatsachliche Gehalter konnen je nach Erfahrung, Unternehmen und Gebiet variieren.