Abstract: An implantable prosthetic device can include a hybrid frame movable between a radially compressed configuration and a radially expanded configuration. The hybrid frame can include a mechanically-expandable first sub-frame comprising a plurality of struts pivotably coupled to one another, and a plastically deformable second sub-frame coupled to the first sub-frame. When the hybrid frame is in the expanded configuration, the second sub-frame can be configured to resist radial compression of the frame.

Abstract: A computer implemented method of creating a clustering model used for clustering a plurality of log messages comprising using one or more processors for receiving a plurality of training log messages, performing the following for each of the plurality of training log messages: calculating a string distance between a textual content of the respective training log message and a representative string pattern of each of the plurality of clusters, associating the respective training log message with a respective one of the plurality of clusters in case the string distance is within a predefined threshold and adding a new cluster to the plurality of clusters for associating respective training log message in case the string distance exceeds the predefined threshold, and outputting the clustering model.

Abstract: A delivery vehicle for a silver ion source such as silver nitrate and the like, suitable for use in the treatment of menorrhagia, comprises a plurality of beads bearing a tissue cauterizing amount of a silver ion source. In some embodiments, the silver ion source is silver nitrate, in combination with a binder of hydroxy propyl cellulose and a diluent of potassium nitrate. In some embodiments, the plurality of beads is useful in treating menorrhagia of a mammalian uterus. Silver ions are delivered in a sufficient amount to the endometrium to cause necrosis of the endometrial tissue.

Abstract: A delivery vehicle for a silver ion source such as silver nitrate and the like, suitable for use in the treatment of menorrhagia, comprises a plurality of beads bearing a tissue cauterizing amount of a silver ion source. In some embodiments, the silver ion source is silver nitrate, in combination with a binder of hydroxy propyl cellulose and a diluent of potassium nitrate. In some embodiments, the plurality of beads is useful in treating menorrhagia of a mammalian uterus. Silver ions are delivered in a sufficient amount to the endometrium to cause necrosis of the endometrial tissue.

Abstract: A delivery vehicle for a silver ion source such as silver nitrate and the like, suitable for use in the treatment of menorrhagia, comprises a plurality of beads bearing a tissue cauterizing amount of a silver ion source. In some embodiments, the silver ion source is silver nitrate, in combination with a binder of hydroxy propyl cellulose and a diluent of potassium nitrate. In some embodiments, the plurality of beads is useful in treating menorrhagia of a mammalian uterus. Silver ions are delivered in a sufficient amount to the endometrium to cause necrosis of the endometrial tissue.

Abstract: A computer implemented method of creating a clustering model used for clustering a plurality of log messages comprising using one or more processors for receiving a plurality of training log messages, performing the following for each of the plurality of training log messages: calculating a string distance between a textual content of the respective training log message and a representative string pattern of each of the plurality of clusters, associating the respective training log message with a respective one of the plurality of clusters in case the string distance is within a predefined threshold and adding a new cluster to the plurality of clusters for associating respective training log message in case the string distance exceeds the predefined threshold, and outputting the clustering model.

Abstract: A computer implemented method of creating a clustering model used for clustering a plurality of log messages comprising using one or more processors for receiving a plurality of training log messages, performing the following for each of the plurality of training log messages: calculating a string distance between a textual content of the respective training log message and a representative string pattern of each of the plurality of clusters, associating the respective training log message with a respective one of the plurality of clusters in case the string distance is within a predefined threshold and adding a new cluster to the plurality of clusters for associating respective training log message in case the string distance exceeds the predefined threshold, and outputting the clustering model.

Abstract: A computer implemented method of creating a clustering model used for clustering a plurality of log messages comprising using one or more processors for receiving a plurality of training log messages, performing the following for each of the plurality of training log messages: calculating a string distance between a textual content of the respective training log message and a representative string pattern of each of the plurality of clusters, associating the respective training log message with a respective one of the plurality of clusters in case the string distance is within a predefined threshold and adding a new cluster to the plurality of clusters for associating respective training log message in case the string distance exceeds the predefined threshold, and outputting the clustering model.

Abstract: Collagen based matrices cross-linked by a reducing sugar(s) are used for preparing composite matrices, implants and scaffolds. The composite matrices may have at least two layers including reducing sugar cross-linked collagen matrices of different densities. The composite matrices may be used in bone regeneration and/or augmentation applications. Scaffolds including glycated and/or reducing sugar cross-linked collagen exhibit improved support for cell proliferation and/or growth and/or differentiation. The denser collagen matrix of the composite matrices may have a dual effect initially functioning as a cell barrier and later functioning as an ossification supporting layer. The composite matrices, implants and scaffolds may be prepared using different collagen types and collagen mixtures and by cross-linking the collagen(s) using a reducing sugar or a mixture of reducing sugars. The composite matrices, implants and scaffolds may include additives and/or living cells.

Abstract: Collagen based matrices cross-linked by a reducing sugar(s) are used for preparing composite matrices, implants and scaffolds. The composite matrices may have at least two layers including reducing sugar cross-linked collagen matrices of different densities. The composite matrices may be used in bone regeneration and/or augmentation applications. Scaffolds including glycated and/or reducing sugar cross-linked collagen exhibit improved support for cell proliferation and/or growth and/or differentiation. The denser collagen matrix of the composite matrices may have a dual effect initially functioning as a cell barrier and later functioning as an ossification supporting layer. The composite matrices, implants and scaffolds may be prepared using different collagen types and collagen mixtures and by cross-linking the collagen(s) using a reducing sugar or a mixture of reducing sugars. The composite matrices, implants and scaffolds may include additives and/or living cells.

Abstract: Collagen based matrices cross-linked by a reducing sugar(s) are used for preparing composite matrices, implants and scaffolds. The composite matrices may have at least two layers including reducing sugar cross-linked collagen matrices of different densities. The composite matrices may be used in bone regeneration and/or augmentation applications. Scaffolds including glycated and/or reducing sugar cross-linked collagen exhibit improved support for cell proliferation and/or growth and/or differentiation. The denser collagen matrix of the composite matrices may have a dual effect initially functioning as a cell barrier and later functioning as an ossification supporting layer. The composite matrices, implants and scaffolds may be prepared using different collagen types and collagen mixtures and by cross-linking the collagen(s) using a reducing sugar or a mixture of reducing sugars. The composite matrices, implants and scaffolds may include additives and/or living cells.

Abstract: Collagen based matrices cross-linked by a reducing sugar(s) are used for preparing composite matrices, implants and scaffolds. The composite matrices may have at least two layers including reducing sugar cross-linked collagen matrices of different densities. The composite matrices may be used in bone regeneration and/or augmentation applications. Scaffolds including glycated and/or reducing sugar cross-linked collagen exhibit improved support for cell proliferation and/or growth and/or differentiation. The denser collagen matrix of the composite matrices may have a dual effect initially functioning as a cell barrier and later functioning as an ossification supporting layer. The composite matrices, implants and scaffolds may be prepared using different collagen types and collagen mixtures and by cross-linking the collagen(s) using a reducing sugar or a mixture of reducing sugars. The composite matrices, implants and scaffolds may include additives and/or living cells.