Abstract: A magnetomotive imaging probe system is disclosed comprising a movable probe, a magnet arranged on the probe, and an ultra sound transducer, wherein the magnet is arranged to generate a time-varying magnetic field (T) at an imaging plane (304) of the ultrasound transducer, distally of the ultra sound transducer and the probe, when the probe has a proximal first position adjacent the ultra sound transducer.

Abstract: A magnetomotive imaging probe system is disclosed comprising a movable probe, a magnet arranged on the probe, and an ultra sound transducer, wherein the magnet is arranged to generate a time-varying magnetic field (T) at an imaging plane (304) of the ultrasound transducer, distally of the ultra sound transducer and the probe, when the probe has a proximal first position adjacent the ultra sound transducer.

Abstract: The invention provides methods for analysing a sample of immunoglobulins to determine the amount of IgG aggregates present in the sample.

Abstract: The present invention relates to methods for analysing molecules comprising immunoglobulin Fc regions for the presence or absence of high-mannose glycans, and to for carrying out such methods.

Abstract: The inventions provides methods for analysing a sample of immunoglobulins, related peptides, and kits for carrying out such methods.

Abstract: A magnetomotive imaging probe system is disclosed comprising a movable probe, a magnet arranged on the probe, and an ultra sound transducer, wherein the magnet is arranged to generate a time-varying magnetic field (T) at an imaging plane (304) of the ultrasound transducer, distally of the ultra sound transducer and the probe, when the probe has proximal first position adjacent the ultra sound transducer.

Abstract: A nano sized particle for in vitro or ex vivo biomolecule delivery to cell cultures through heat induced endosomal release comprising a superparamagnetic core coated in a heat sensitive coating, comprising membrane disruptive components and binding sites for attachment of biomolecules and markers to be delivered is provided. A method is provided for introducing the release effect of a plurality of said biomolecule and endosomal disrupture molecules by applying an alternating field to a cell culture harboring the particle described by the invention.

Abstract: A nano sized particle for in vitro or ex vivo biomolecule delivery to cell cultures through heat induced endosomal release comprising a superparamagnetic core coated in a heat sensitive coating, comprising membrane disruptive components and binding sites for attachment of biomolecules and markers to be delivered is provided. A method is provided for introducing the release effect of a plurality of said biomolecule and endosomal disrupture molecules by applying an alternating field to a cell culture harbouring the particle described by the invention.

Abstract: The present invention relates to particles, for use in transport of substances through biological membranes, the particle being characterised in that it contains at least one magnetically inducible material and at least one difunctional molecule with at least one binding site for said substance and at least one binding site for said biological membrane. Moreover the invention concerns both production of the same particles and applications thereof.

Abstract: The present invention relates to a device for membrane passage, which comprises at least two magnetic fields generating means, each of which can generate an alternating magnetic field in a spatially limited area located in or in the immediate vicinity of the means, and a separate sample containing membrane-enveloped biological material in each spatially limited area, the device being further connected to a computer program which controls the magnetic field generating means with respect to point of time and duration for activating each individual means.

Abstract: A new device for therapeutic influence, change, decomposition of various biological structures in vivo or in vitro by means of an externally applied alternating magnetic gradient field is described.