Abstract: The invention provides for the labeling of antibodies with a fluorescent label, using a solid support comprising an affinity for an Fc portion of an antibody. Thus, the invention provides a method for labeling an antibody or fragment thereof with a fluorescent label, comprising the steps of immobilizing an antibody on the solid support and covalently coupling a fluorescent label to the immobilized antibody, as well as a kit for performing such method.

Abstract: The invention provides for the labeling of antibodies with a fluorescent label, using a solid support comprising an affinity for an Fc portion of an antibody. Thus, the invention provides a method for labeling an antibody or fragment thereof with a fluorescent label, comprising the steps of immobilizing an antibody on the solid support and covalently coupling a fluorescent label to the immobilized antibody, as well as a kit for performing such method.

Abstract: The present invention relates to a method for estimation of kinetic characteristics for the formation and dissociation of a complex using lateral flow. The present invention facilitates an easy to use method with high accuracy.

Abstract: The present invention relates to a method for estimation of kinetic characteristics for the formation and dissociation of a complex using lateral flow. The present invention facilitates an easy to use method with high accuracy.

Abstract: Method of genetic analysis of single cell samples comprising the steps of a) providing at least one single cell sample contained in a microplate comprising at least 5 wells/cm2, wherein each single cell sample is contained in an individual well of said microplate, said single cell sample being selected from a single cell and cells expanded from one single cell; b) lysing each of said at least one single cell sample in each of said individual well(s) to obtain DNA from said at least one single cell sample; c) amplifying a genetically relevant portion of said DNA by performing a polymerase chain reaction (PCR) to obtain an amplified PCR-product in each of said individual well(s); and d) analyzing said amplified PCR-product in each of said individual well(s).

Abstract: A method of cell seeding is provided, which comprises the steps of: providing a cell sample; seeding at least one cell of said cell sample into at least one well of a microplate comprising at least 5 wells/cm2. Also provided is a method of cell cultivation comprising the steps of: seeding at least one cell into a microplate using the method of cell seeding; incubating the microplate; and analyzing the contents of at least one well of the microplate.

Abstract: The invention provides for the labeling of antibodies with a fluorescent label, using a solid support comprising an affinity for an Fc portion of an antibody. Thus, the invention provides a method for labeling an antibody or fragment thereof with a fluorescent label, comprising the steps of immobilizing an antibody on the solid support and covalently coupling a fluorescent label to the immobilized antibody, as well as a kit for performing such method.