Abstract: A three-helix bundle protein, a polynucleotide encoding the three-helix bundle protein, a method of preparing the three-helix bundle protein, and a method of treating a cancer using the three-helix bundle protein.

Abstract: A three-helix bundle protein, a polynucleotide encoding the three-helix bundle protein, a method of preparing the three-helix bundle protein, and a method of treating a cancer using the three-helix bundle protein.

Abstract: The present invention relates to methods for dynamically detecting the interactions between various materials including bioactive molecules and for detecting target molecules. More specifically, the present invention relates to a method for dynamically detecting bait-prey interactions and a method for easily detecting target molecules which blocks or activates the interactions, the method comprising: allowing a material capable of forming a nano-assembly matrix, a bait and a prey to interact with each other, and analyzing whether a nano-assembly matrix is formed by the interaction between the bait and the prey in vitro or in vivo; or allowing a material capable of forming a nano-assembly matrix, a bait and a prey to interact with each other, inducing the formation of a nano-assembly matrix by a mediator (regulator) material in vitro or in vivo, and then analyzing whether the prey and the bait co-localizes on the nano-assembly matrix.

Abstract: A fusion peptide including a hydrophobic peptide and a basic peptide, a pharmaceutical composition including the fusion peptide, a cell membrane penetrating conjugate including the fusion peptide and a substance of interest, and a method for intracellular delivery of a substance of interest using the fusion peptide.

Abstract: Provided are a method and apparatus for performing drug screening. The method includes: obtaining statistical data regarding prognostic indices that indicate a recurrence likelihood of a disease and expression levels of phenotype features from biological samples; obtaining drug data regarding expression levels of the determined phenotype features that are changed by administering different types of drugs to the biological samples; and screening efficacy of the administered drugs by using the obtained statistical data and the obtained drug data.

Abstract: The present invention relates to methods for dynamically detecting the interactions between various materials including bioactive molecules and for detecting target molecules. More specifically, the present invention relates to a method for dynamically detecting bait-prey interactions and a method for easily detecting target molecules which blocks or activates the interactions, the method comprising: allowing a material capable of forming a nano-assembly matrix, a bait and a prey to interact with each other, and analyzing whether a nano-assembly matrix is formed by the interaction between the bait and the prey in vitro or in vivo; or allowing a material capable of forming a nano-assembly matrix, a bait and a prey to interact with each other, inducing the formation of a nano-assembly matrix by a mediator (regulator) material in vitro or in vivo, and then analyzing whether the prey and the bait co-localizes on the nano-assembly matrix.