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Danesh Ashouri (1987-)

Name	Danesh Ashouri
Time	1987- (Date of birth and death)
Place	Deutschland
Gender	männlich
Variant	Danesh Ashouri Vajari Danesh Ashouri Vajari
Related	Mikrosystemtechnik (Studienfach) Biomedizinische Technik (Studienfach)
Further information	Wissenschaftlicher Mitarbeiter und Doktorand bei Prof. Stieglitz, Professur für Biomedizinische Mikrotechnik, Universität Freiburg
Source	FreiDok plus
Record type	Person
GND-Identifier	1169685617
Record ID	1169685617
Involved in show all Chronic in vivo sequelae of repetitive acute mfb-DBS on accumbal dopamine and midbrain neuronal activity The longevity of neural interfaces - mechanical oscillation of thin film metal‐based neural electrodes determine stability during electrical stimulation The Longevity of Neural Interfaces—Mechanical Oscillation of Thin Film Metal‐Based Neural Electrodes Determine Stability During Electrical Stimulation From bioinspired topographies toward non-wettable neural implants New insights into in vivo dopamine physiology and neurostimulation: A fiber photometry study highlighting the impact of medial forebrain bundle deep brain stimulation on the nucleus accumbens Neuromodulation in psychiatric disorders: experimental and clinical evidence for reward and motivation network deep brain stimulation: focus on the medial forebrain bundle Neuromodulation in pPsychiatric disorders : : experimental and clinical evidence for reward and motivation network deep brain stimulation Graphitic carbon electrodes on flexible substrate for neural applications entirely fabricated using infrared nanosecond laser technology Integrity assessment of a hybrid DBS probe that enables neurotransmitter detection simultaneously to electrical stimulation and recording

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Danesh Ashouri (1987-)

Chronic in vivo sequelae of repetitive acute mfb-DBS on accumbal dopamine and midbrain neuronal activity

The longevity of neural interfaces - mechanical oscillation of thin film metal‐based neural electrodes determine stability during electrical stimulation

The Longevity of Neural Interfaces—Mechanical Oscillation of Thin Film Metal‐Based Neural Electrodes Determine Stability During Electrical Stimulation

From bioinspired topographies toward non-wettable neural implants

New insights into in vivo dopamine physiology and neurostimulation: A fiber photometry study highlighting the impact of medial forebrain bundle deep brain stimulation on the nucleus accumbens

Neuromodulation in psychiatric disorders: experimental and clinical evidence for reward and motivation network deep brain stimulation: focus on the medial forebrain bundle

Neuromodulation in pPsychiatric disorders : : experimental and clinical evidence for reward and motivation network deep brain stimulation

Graphitic carbon electrodes on flexible substrate for neural applications entirely fabricated using infrared nanosecond laser technology

Integrity assessment of a hybrid DBS probe that enables neurotransmitter detection simultaneously to electrical stimulation and recording