Novo Nordisk A/s

Teesuvac Aps

Cytotrack Aps

Ambu A/s

Lars Ulrik Nielsen

Claus Schmidt Moller

Bo Radmer

Christian Peter Enggaard

Tom Hede Markussen

Henrik Stender

Claus Schmidt Møller

Morten Sørensen

Keld Sloth Christensen

Tomas Gundberg

Martin Von Bülow

Henrik Harboe

Ole Kjeldsen

Anders Skærlund Frandsen

Tue Kjærgaard Toft

Søren Kjeld Kjellerup Hansen

Robert Naumovski

Christian Peter Engaard

Tue Kjaergaard Toft

Martin Van BÜLOW

A tissue collection device () for collection of one or more exposed tissue samples () from a biopsy needle or biopsy device, which tissue collection device comprises one or more pieces of a carrier medium () and is arranged to temporarily bring a piece of carrier medium into physical contact with the tissue sample, while the tissue sample is still positioned in the biopsy needle or biopsy device, so that the tissue sample () adheres to the carrier medium () and is removed from the biopsy needle () or biopsy device () with the carrier medium (), when the carrier medium () is removed from the biopsy needle or biopsy device again. Furthermore, a biopsy device comprising such a tissue collection device is disclosed.

Tissue collection device for collection of one or more tissue samples from a biopsy needle or biopsy device and biopsy device comprising such a tissue collection device

The present disclosure relates to a method for attaching, detecting and retrieving a single cell on a manipulation medium comprising the steps of: attaching the single cell onto the manipulation medium by applying a carrier liquid; partially drying out the carrier liquid; detecting a property of the single cell by rotating the manipulation medium and scanning a light beam over the manipulation medium; loosening the single cell from the manipulation medium without damaging the single cell by manipulating the single cell with an instrument; and retrieving the single cell from the manipulation medium by aspirating the single cell into a tube, wherein the carrier liquid is dried out to a degree corresponding to that the single cell does not move during the rotation of the manipulation medium and that the single cell can be loosened by the instrument without damaging the single cell. The disclosure further relates to an apparatus for detection and manipulation of one or more object(s).

Method and apparatus for attaching, detecting and retrieving a single cell on a surface

An injection device with a dose delivering mechanism being adapted to provide a non-visual, e.g. audible and/or tactile, feedback signal when a set dose has been at least substantially injected. A first and a second part of the injection device are adapted to perform a relative rotational movement with respect to each other. The relative rotational movement causes at least two parts of the injection device to abut or engage, and this abutment or engagement causes the non-visual feedback signal to be generated. A very distinct and precise feedback is provided as compared to prior art axial solutions because the generation of the feedback signal is initiated by the relative rotational movement. Feedback signal may be generated by a change in a rotational velocity of at least one part, e.g. by changing the pitch of a threaded portion or by engaging a non-rotating part and a rotating part, thereby causing the non-rotating part to start rotating. May alternatively be generated by building up and releasing a tension. The injection device is suitable for injecting insulin.

Injection device with an end of dose feedback mechanism

An injection device with a travelling clutch which can be shifted between two different positions by the activation of an injection button. In the first position, the injection button and the driver is allowed to rotate relatively to the piston rod, which is blocked from rotation by the clicker element. In the second position, the drive sleeve and the injection button is axially movable while the piston rod is allowed to rotate.

Injection device

The present invention concerns a prefilled injection device having a container and a dose setting mechanism encapsulated inside the housing. The housing is made from two parts which are locked together by a bayonet coupling: In addition to the bayonet coupling, the two parts are also provided with irreversible locking means locking the two parts permanently together.

Coupling for injection devices

An injection device with a travelling clutch which can be shifted between two different positions by the activation of an injection button. In the first position, the injection button and the drive sleeve is allowed to rotate relatively to the piston rod, which is blocked from rotation by the clicker element. In the second position, the drive sleeve and the injection button is axially movable while the piston rod is allowed to rotate.

Growing community of inventors

Virum, Denmark

Lars Ulrik Nielsen