Abstract: The present invention relates to an improved vacuum drum for handling labels in labelling machines to be used for labelling containers such as bottles. In particular, the present invention relates to a vacuum drum system (1) for labelling machines, comprising a vacuum drum (2) rotatably supported on a non-rotating base (12), a feeding and cutting group (4) for the labels and a gluing group (5) having a gluing drum for the label, characterized in that it comprises a suction system (3) for withdrawing hot glue filaments originating from the glued label assisted by air jets emitted from the drum surface, the said suction system (3) being positioned adjacent to and downstream the gluing drum of the said gluing group (5), along the direction of rotation of the said vacuum drum (2). A method of operating the said system is also claimed.

Abstract: The present invention relates generally to products, compositions and methods useful for promoting neural repair and regeneration. The products and compositions of this invention include myelin-associated glycoprotein (MAG) derivatives that are inhibitors of endogenous MAG (e.g., mutant MAG proteins) and Nogo Receptor (NgR) binding inhibitors that are peptides derived from MAG, Nogo and OMgp that can bind to NgR and block NgR signaling. Peptides that can bind and activate NgR signaling are also provided. Inhibitory MAG derivatives and NgR binding inhibitors are useful for blocking the inhibition of neural regeneration mediated by proteins such as MAG, Nogo and/or OMgp in the nervous system. These inhibitors are also useful for treating neural degeneration associated with injuries, disorders or diseases.

Abstract: The present invention relates generally to products, compositions and methods useful for promoting neural repair and regeneration. The products and compositions of this invention include myelin-associated glycoprotein (MAG) derivatives that are inhibitors of endogenous MAG (e.g., mutant MAG proteins) and Nogo Receptor (NgR) binding inhibitors that are peptides derived from MAG, Nogo and OMgp that can bind to NgR and block NgR signaling. Peptides that can bind and activate NgR signaling are also provided. Inhibitory MAG derivatives and NgR binding inhibitors are useful for blocking the inhibition of neural regeneration mediated by proteins such as MAG, Nogo and/or OMgp in the nervous system. These inhibitors are also useful for treating neural degeneration associated with injuries, disorders or diseases.

Abstract: The present invention relates to an improved vacuum drum for handling labels in labelling machines to be used for labelling containers such as bottles. In particular, the present invention relates to a vacuum drum system (1) for labelling machines, comprising a vacuum drum (2) rotatably supported on a non-rotating base (12), a feeding and cutting group (4) for the labels and a gluing group (5) having a gluing drum for the label, characterised in that it comprises a suction system (3) for withdrawing hot glue filaments originating from the glued label assisted by air jets emitted from the drum surface, the said suction system (3) being positioned adjacent to and downstream the gluing drum of the said gluing group (5), along the direction of rotation of the said vacuum drum (2). A method of operating the said system is also claimed.

Abstract: The present invention relates generally to products, compositions and methods useful for promoting neural repair and regeneration. The products and compositions of this invention include myelin-associated glycoprotein (MAG) derivatives that are inhibitors of endogenous MAG (e.g., mutant MAG proteins) and Nogo Receptor (NgR) binding inhibitors that are peptides derived from MAG, Nogo and OMgp that can bind to NgR and block NgR signaling. Peptides that can bind and activate NgR signaling are also provided. Inhibitory MAG derivatives and NgR binding inhibitors are useful for blocking the inhibition of neural regeneration mediated by proteins such as MAG, Nogo and/or OMgp in the nervous system. These inhibitors are also useful for treating neural degeneration associated with injuries, disorders or diseases.

Abstract: The present invention relates generally to products, compositions and methods useful for promoting neural repair and regeneration. The products and compositions of this invention include myelin-associated glycoprotein (MAG) derivatives that are inhibitors of endogenous MAG (e.g., mutant MAG proteins) and Nogo Receptor (NgR) binding inhibitors that are peptides derived from MAG, Nogo and OMgp that can bind to NgR and block NgR signaling. Peptides that can bind and activate NgR signaling are also provided. Inhibitory MAG derivatives and NgR binding inhibitors are useful for blocking the inhibition of neural regeneration mediated by proteins such as MAG, Nogo and/or OMgp in the nervous system. These inhibitors are also useful for treating neural degeneration associated with injuries, disorders or diseases.