Abstract: A control method for displaying a user interface of an electronic device includes obtaining movement parameters of the electronic device detected by a detection device and determining whether the movement of the electronic device is caused by a tilting operation. If the movement of the electronic device is caused by a tilting operation, an interrupt signal including a movement direction of the electronic device is generated. A new user interface is determined and switched to be displayed on the display screen if an amount of multiple continuous interrupt signals including a same movement direction is more than a preset value within a first preset time.

Abstract: An electronic device and display method includes sensing plates mounted on the electronic device and configured to generate signals when the electronic device is handheld. Programs cause at least one processor to analyzes the signals and thus the manner in which the electronic device is handheld. The method displays an interface according to the manner in which the device is handheld.

Abstract: The present invention provides a method of acquiring proteins with high affinity by computer-aided design, which comprises the steps of: 1) based on a known cocrystal structure of a complex of a protein and a target molecule, determining candidate mutation sites of the protein; 2) simulating amino acid mutations in candidate sites of the protein in turn by computer so as to acquire optimized structures; 3) searching out conformations of the optimized structures acquired in step 2) by computer; 4) analyzing the total energies and root mean square deviations of the conformations acquired in step 3), and then selecting conformations with minimized energy and less root mean square deviations to analyze binding energies binding to the target molecule and to acquire simulative structures; and 5) based on the simulative structures acquired in step 4), predicting and validating mutated proteins with high affinity.

Abstract: This invention discloses a kind of concentrated medium for large-scale culture of Chinese Hamster Ovary cell. The said medium comprises basic medium and high dose additives. This invention also discloses the method of adding the described concentrated medium in large-scale fed-batch culture of CHO cells.

Abstract: The present invention provides a humanized anti-human CD34 antibody and the preparation method thereof. The humanized anti-human CD34 antibody retains the affinity and specificity of its original murine-derived antibody. The antibody can be conjugated with magnetic nano materials to prepare immunomagnetic beads to screen marrow hemopoietic stem cells. It can effectively reduce the incidence rate of HAMA and improve the security of clinical transplantation of hemopoietic stem cells and can be used in treatment of certain malignant hematologic diseases and solid tumors.