Abstract: A shelf structure has a frame member, a layer member and at least one reinforcement board. An outer surface of the frame member has a plurality of parallel ribs and an inner surface of frame member has a contacting face between each two ribs. An upper end and a lower end of the frame member respectively has an upper portion and a lower portion parallel with each other. A lower surface of the upper portion has at least one protruding rib. The lower portion is smaller than the upper portion. The layer member is assembled in the frame member and overlaps the upper portion of the frame member. The reinforcement board has a length equal and parallel to two opposite sides of the frame member and secured to the other two opposite side of the frame member.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: A shelving structure may include a plurality of sleeves and wire shelves. Each of the sleeves has an upper opening and a lower opening for connecting purpose, and a plurality of connecting holes are formed on the sleeve. Each of the wire shelves comprises a bearing surface formed by welding of cross steel bars, and each of edges of the wire shelf is formed by welding of the steel bar. Each of inserting spaces is formed at the corner of two adjacent edges of the wire shelf. Each of the sleeves is connected at the corner of the wire shelf, and each of the steel bars on the edge of the wire shelf is connected to the connecting holes of two adjacent sleeves at two ends. The sleeve is stamped by a module of a stamping machine so as to deform and connect the connecting hole and the steel bar together.

Abstract: A shelf structure has at least four columns and at least one supporting board provided with a plurality of circular gaskets respectively jacketing onto the columns. Each column has a plurality of positioning grooves, each circular gasket having a tapered shape and a fastening rib on an inner surface. The supporting board comprises a frame and a board member. The frame is provided with a raised internal surface, four top edges and four bottom edges of the frame are respectively provided with a horizontal rib. Each horizontal rib respectively forms a concave arced groove at each corner of the frame, and each concave arced groove is provided with an assembling arc member with two wing portions at each side configured to engage with the frame, the assembling arc member and the concave arc groove form a tapered hollow casing for engaging with the respective circular gasket.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: A method for inspecting a semiconductor device structure is provided. The method includes receiving a semiconductor device structure having a to-be-inspected feature. The semiconductor device structure has a first surface and a second surface. The method also includes applying a polymer-containing solution over the first surface of the semiconductor device structure. The method further includes disposing a transparent substrate over the first surface of the semiconductor device structure and the polymer-containing solution. In addition, the method includes irradiating the polymer-containing solution with a light to form an adhesive layer between the transparent substrate and the semiconductor device structure. The adhesive layer bonds the transparent substrate and the semiconductor device structure. The method also includes inspecting the to-be-inspected feature.

Abstract: A portable and foldable shelving may comprise two connecting units and a shelving. Each of the two connecting units has a connecting tube and an adjusting base, and the adjusting base is slidably sleeved on the connecting tube. The shelving comprises a first shelf body having at least a first upper board and a first lower board and a second shelf body comprising at least a second upper board and a second lower board. inner edges of the first shelf body and the second shelf body are coupled together, and the upper boards and the lower boards of the first shelf body and the second shelf body are pivotally connected to the connecting tubes through a plurality of wing pieces, which enables the upper boards same as the lower boards to be folded toward each other or to be unfolded away from each other.

Abstract: A method for inspecting a semiconductor device structure is provided. The method includes receiving a semiconductor device structure having a to-be-inspected feature. The semiconductor device structure has a first surface and a second surface. The method also includes applying a polymer-containing solution over the first surface of the semiconductor device structure. The method further includes disposing a transparent substrate over the first surface of the semiconductor device structure and the polymer-containing solution. In addition, the method includes irradiating the polymer-containing solution with a light to form an adhesive layer between the transparent substrate and the semiconductor device structure. The adhesive layer bonds the transparent substrate and the semiconductor device structure. The method also includes inspecting the to-be-inspected feature.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: A foldable shelf may comprise a main body having two vertical connecting rods respectively located at middle portions of two sides of the main body at corresponding positions, and four vertical legs are respectively assembled at four corners of the main body to support at least two pairs of rotatable shelf boards therebetween. Each of the connecting rods has a connecting member coupled on an inner edge thereof, and each of the connecting members is pivotally connected to a V-shaped connecting rib. The foldable shelf further comprises two operating ribs at the top portion thereof. A user can pull the operating ribs upwardly to drive the pairs of the shelf boards to be folded together and drive the legs at two lateral sides of the main body to move toward each other, thus completing the folding process easily and quickly.

Abstract: A shelving structure may include at least four vertical posts, at least four annular spacers, and at least a shelf board, and the posts are configured to be mounted on the shelf board through the annular spacers. The shelf board has a frame and a panel, and a convex portion is formed at an inner edge of the frame. At least eight horizontal supporting boards are formed at four upper edges and four lower edges of the frame respectively. Each two adjacent supporting boards are not connected to each other, and each of four corners of the frame is bent to form a concave groove. Moreover, four arc boards are respectively assembled with the four concave grooves, and each of the arc boards has two wings configured to be welded with the convex portion of the frame to improve the structural strength of the shelving structure.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: The invention provides methods that define cellular populations that are sensitive to RARA agonists and identify patient subgroups that will benefit from treatment with RARA agonists. The invention also provides packaged pharmaceutical compositions that comprise a RARA agonist and instructions for determining if such agonist is suitable for use in treatment.

Abstract: Aspects of dynamic power profiling are described herein. In various embodiments, a current sense operating mode is set for a current sense circuit, and the current sense circuit is enabled for operation. The current sense circuit senses an amount of current supplied by at least one of a plurality of power rails based on the current sense operating mode. The current sense circuit also accumulates and stores a value of the amount of current over a period of time. In certain aspects, a system controller averages the value of the amount of current based on the period of time. The current sense circuit may be configured to operate in various modes of operation including single or scan rail modes of operation, and the average of the value of the amount of current may be evaluated based on the modes of operation of the current sense circuit and/or the system.

Abstract: Aspects of dynamic power profiling are described herein. In various embodiments, a current sense operating mode is set for a current sense circuit, and the current sense circuit is enabled for operation. The current sense circuit senses an amount of current supplied by at least one of a plurality of power rails based on the current sense operating mode. The current sense circuit also accumulates and stores a value of the amount of current over a period of time. In certain aspects, a system controller averages the value of the amount of current based on the period of time. The current sense circuit may be configured to operate in various modes of operation including single or scan rail modes of operation, and the average of the value of the amount of current may be evaluated based on the modes of operation of the current sense circuit and/or the system.

Abstract: A phase locked loop (PLL), including a phase-frequency detector receiving two clock signals and outputting a phase detection signal corresponding to the phase difference between the two clock signals is provided. A controller receives the phase detection signal and generates a first control signal and a second control signal according to the phase detection signal, an oscillator receiving the first control signal and outputting a first output clock signal with a folded period corresponding to the first control signal and a loop divider receiving the second control signal and the first output clock signal dividing the frequency of the first output clock signal by an integer unfolding divisor corresponding to the second control signal and outputting a second output clock signal coupled to the phase-frequency detector. The PLL eliminates unlocked frequencies for all process imperfections, has decreased circuit area and provides a broad output bandwidth.