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ODORMI - Odor Mangement Interface

Web-based user interface for the experimental control

ODORMI is our newest web-based interface of odor control for animal behavioral and electrophysiological experiments. The user interface is platform-independent and allows the presentation of up to 8 parallel odorants. It is compatible with the Rosco Technologies olfactometers. This web-based interface can be generalized and extended to support optogenetic and behavior monitoring experiments.

Animal head tracking device

For tracking animal head position and movement

Recent advances in machine learning demonstrated that mouse behavior appears to be composed of stereotyped, sub-second modules. Mouse body language is built from identifiable components and is organized in a predictable fashion (Wiltschko 2015). While high-resolution imaging is sufficient to reveal motifs of full-body motion, it may miss the tiny movements of the mouse head, which plays a crucial role in navigation and social interaction. To track head movements we have developed a "head IMU" system to monitor linear and angular accelerations. In combination with the Kalman filter, it allows reconstructing mouse head movement with great precision.

Manually Tuned Odor-Delivery System

Pure odorants and complex mixture presentation

Manually tuned odor delivery system/olfactometer. Multiple parallel lines allow the control and presentation of pure odorants and complex mixtures at different concentrations (2 orders of magnitude range).

Concentration change manifold

Reliable presentation of odor gradients

Air-breathing vertebrates discretize the input to OSNs into intermittent inhalations. To rapidly change odor concentration, on the sniff to sniff basis we developed odor concentration change manifold (Parabucki 2019). Ideal solution for studying olfactory system response (both behavioral and electrophysiological) to dynamic input.

Automatized Odor-Delivery System

Precise and reliable odor presentation

This odor delivery system/olfactometer is based on the setup originally described and implemented in Shusterman 2011. It allows the presentation of variable number odorants at different concentrations. The fast and temporally precise presentation allows performing sniff based closed-loop experiments. The main principle is based on air dilution via Mass Flow Controllers.

ODORMI - Odor Mangement Interface

Web-based user interface for the experimental control

ODORMI is our newest web-based interface of odor control for animal behavioral and electrophysiological experiments. The user interface is platform-independent and allows the presentation of up to 8 parallel odorants. It is compatible with the Rosco Technologies olfactometers. This web-based interface can be generalized and extended to support optogenetic and behavior monitoring experiments.

Manually Tuned Odor-Delivery System

Pure odorants and complex mixture presentation

Manually tuned odor delivery system/olfactometer. Multiple parallel lines allow the control and presentation of pure odorants and complex mixtures at different concentrations (2 orders of magnitude range).

Concentration change manifold

Reliable presentation of odor gradients

Air-breathing vertebrates discretize the input to OSNs into intermittent inhalations. To rapidly change odor concentration, on the sniff to sniff basis we developed odor concentration change manifold (Parabucki 2019). Ideal solution for studying olfactory system response (both behavioral and electrophysiological) to dynamic input.

Automatized Odor-Delivery System

Precise and reliable odor presentation

This odor delivery system/olfactometer is based on the setup originally described and implemented in Shusterman 2011. It allows the presentation of variable number odorants at different concentrations. The fast and temporally precise presentation allows performing sniff based closed-loop experiments. The main principle is based on air dilution via Mass Flow Controllers.

Animal head tracking device

For tracking animal head position and movement

Recent advances in machine learning demonstrated that mouse behavior appears to be composed of stereotyped, sub-second modules. Mouse body language is built from identifiable components and is organized in a predictable fashion (Wiltschko 2015). While high-resolution imaging is sufficient to reveal motifs of full-body motion, it may miss the tiny movements of the mouse head, which plays a crucial role in navigation and social interaction. To track head movements we have developed a "head IMU" system to monitor linear and angular accelerations. In combination with the Kalman filter, it allows reconstructing mouse head movement with great precision.

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Animal head tracking device

For tracking animal head position and movement

Recent advances in machine learning demonstrated that mouse behavior appears to be composed of stereotyped, sub-second modules. Mouse body language is built from identifiable components and is organized in a predictable fashion (Wiltschko 2015). While high-resolution imaging is sufficient to reveal motifs of full-body motion, it may miss the tiny movements of the mouse head, which plays a crucial role in navigation and social interaction. To track head movements we have developed a "head IMU" system to monitor linear and angular accelerations. In combination with the Kalman filter, it allows reconstructing mouse head movement with great precision.

ODORMI - Odor Mangement Interface

Web-based user interface for the experimental control

ODORMI is our newest web-based interface of odor control for animal behavioral and electrophysiological experiments. The user interface is platform-independent and allows the presentation of up to 8 parallel odorants. It is compatible with the Rosco Technologies olfactometers. This web-based interface can be generalized and extended to support optogenetic and behavior monitoring experiments.

Animal head tracking device

For tracking animal head position and movement

Recent advances in machine learning demonstrated that mouse behavior appears to be composed of stereotyped, sub-second modules. Mouse body language is built from identifiable components and is organized in a predictable fashion (Wiltschko 2015). While high-resolution imaging is sufficient to reveal motifs of full-body motion, it may miss the tiny movements of the mouse head, which plays a crucial role in navigation and social interaction. To track head movements we have developed a "head IMU" system to monitor linear and angular accelerations. In combination with the Kalman filter, it allows reconstructing mouse head movement with great precision.

Manually Tuned Odor-Delivery System

Pure odorants and complex mixture presentation

Manually tuned odor delivery system/olfactometer. Multiple parallel lines allow the control and presentation of pure odorants and complex mixtures at different concentrations (2 orders of magnitude range).

Concentration change manifold

Reliable presentation of odor gradients

Air-breathing vertebrates discretize the input to OSNs into intermittent inhalations. To rapidly change odor concentration, on the sniff to sniff basis we developed odor concentration change manifold (Parabucki 2019). Ideal solution for studying olfactory system response (both behavioral and electrophysiological) to dynamic input.

Automatized Odor-Delivery System

Precise and reliable odor presentation

This odor delivery system/olfactometer is based on the setup originally described and implemented in Shusterman 2011. It allows the presentation of variable number odorants at different concentrations. The fast and temporally precise presentation allows performing sniff based closed-loop experiments. The main principle is based on air dilution via Mass Flow Controllers.