Abstract: Described herein are compounds that inhibit ALK2 and its mutants, pharmaceutical compositions including such compounds, and methods of using such compounds and compositions.

Abstract: A computer system executes a principal lending transaction to lend international securities from lending accounts of a global entity to borrowing accounts of the entity, in which the entity acts as a principal. The system includes a computer database storing securities availability information indicating availability of the international securities available for borrowing from lending accounts of the global entity, and a computer server system implemented by a principal lending computer system.

Abstract: A computer system executes a principal lending to lend the securities from lending accounts of an entity to borrowing accounts of the entity, in which the entity acts as a principal. The system includes a computer database storing securities availability information indicating availability of the securities available for borrowing from lending accounts of the entity, and a computer server system implemented by a principal lending computer system. The principal lending computer system configured to receive a short sale indication of a security for a borrowing account, electronically transmit a first transfer instruction to a custody-control computer system to transfer custody of the shorted security from at least one lending account to the principal, and electronically transmit a second transfer instruction to the custody-control computer system to transfer custody of the shorted security from the principal to the borrowing account.

Abstract: An organic electroluminescent (EL) display panel is disclosed which has a protective cover sealed thereon with a radiation-cured perimeter seal. The organic EL display panel is formed on a radiation-transmissive substrate, and includes at least one metallized leader which is in electrical contact with at least one anode electrode or with at least one cathode electrode. The metallized leader has a patterned seal zone which defines radiation-transmissive apertures. A perimeter seal band is formed over the substrate and extends through the patterned seal zone of the metallized leader. A protective cover has a perimeter seal flange which mates with the perimeter seal band. A bead of a radiation-curable resin is in contact with the seal flange and with the display panel at the perimeter seal band.

Abstract: An organic electroluminescent (EL) image display panel is disclosed which has a light transmissive electrically insulative support, a plurality of parallel laterally spaced light transmissive anode electrodes disposed over a surface of the light transmissive electrically insulative support, a plurality of laterally spaced electrically insulative pedestal strips formed over the anode electrodes, a set of laterally spaced electrically insulative barriers disposed over corresponding pedestal strips, such that portions of each pedestal strip extend laterally beyond each set of barriers, said barriers projecting upwardly over each of the pedestal strips, an organic EL medium overlying each of said anode electrodes, the support, the upper surfaces of corresponding barriers, and extending beyond each of the barriers, and a plurality of parallel laterally spaced cathode electrodes overlying said organic EL medium.

Abstract: A method for selective transfer of a color organic layer from a donor layer onto a device having an array of pixels with each pixel formed from color subpixels, includes the steps of providing a substrate having opposing first and second surfaces; forming a light transmissive heat insulating layer over the first surface of the substrate; forming a light absorbing layer over the heat insulating layer; providing the substrate with an array of openings extending from the second surface to the heat insulating layer, the number and positions of the openings corresponding to the number and positions of the color subpixels of the device, and each opening having a size equal to or smaller than the size of the color subpixel.

Abstract: An assembly of an LED array of LED elements and lens array provides for improved flattening of the peaks and valleys of the light profile emitted by the array after lensing. The assembly employs the line spread function (LSF) of the lens to determine the positioning of opaque electrodes overlying each LED region. The electrodes then function not only as a means for current injection into the LED, but also to modulate light intensity across the width of the region to aid in properly shaping the LED light output profile to best fit the lens characteristics. The LSF of the lens may also be used to define areas in which to adjust the light-emitting layer or anti-reflection coating thicknesses in directions extending across the LED regions to accentuate or attenuate light output intensity.