Abstract: The present disclosure provides a dimming device and a driving and dimming device, where the dimming device includes a communication unit, a microcontrol unit, a power supply unit and a connector, and the power supply unit is input with a mains voltage and outputs a voltage required by the communication unit, the communication unit receives a control signal obtained by wired or wireless transmission and outputs the control signal to the microcontrol unit, the microcontrol unit outputs a dimming signal for dimming, and the connector is detachably connected with a connector of another device.

Abstract: The present disclosure provides a dimming device and a driving and dimming device, where the dimming device includes a communication unit, a microcontrol unit, a power supply unit and a connector, and the power supply unit is input with a mains voltage and outputs a voltage required by the communication unit, the communication unit receives a control signal obtained by wired or wireless transmission and outputs the control signal to the microcontrol unit, the microcontrol unit outputs a dimming signal for dimming, and the connector is detachably connected with a connector of another device.

Abstract: A transformer includes a primary winding unit, a secondary winding unit and a magnetic core. The primary winding unit includes a first input primary winding part and a first shielding winding part. The first input primary winding part is electrically connected to at least one switch component, and the first input primary winding part is electrically connected to the first shielding winding part. The secondary winding unit is inductively coupled to the primary winding unit, and the first shielding part is disposed between the first input primary winding part and the secondary winding part. Then, the primary winding unit and the secondary winding unit are assembled to the magnetic core.

Abstract: A transformer includes a primary winding unit, a secondary winding unit and a magnetic core. The primary winding unit includes a first input primary winding part and a first shielding winding part. The first input primary winding part is electrically connected to at least one switch component, and the first input primary winding part is electrically connected to the first shielding winding part. The secondary winding unit is inductively coupled to the primary winding unit, and the first shielding part is disposed between the first input primary winding part and the secondary winding part. Then, the primary winding unit and the secondary winding unit are assembled to the magnetic core.

Abstract: A transformer includes a primary winding unit, a secondary winding unit and a magnetic core. The primary winding unit includes a first input primary winding part and a first shielding winding part. The first input primary winding part is electrically connected to at least one switch component, and the first input primary winding part is electrically connected to the first shielding winding part. The secondary winding unit is inductively coupled to the primary winding unit, and the first shielding part is disposed between the first input primary winding part and the secondary winding part. Then, the primary winding unit and the secondary winding unit are assembled to the magnetic core.

Abstract: The present invention discloses a power adapter, a controlling method thereof and a notebook computer including the power adapter. The power adapter includes a first DC-DC converter and a device charging circuit. The first DC-DC converter has an input terminal and an output terminal. The output terminal of the first DC-DC converter is connected to a first external port. The device charging circuit includes an energy storage unit and at least one second DC-DC converter. An output terminal of each of the at least one second DC-DC converter is connected to at least one second external port. The energy storage unit is connected to the output terminal of the first DC-DC converter so as to receive power therefrom or output power to the first external port, and the at least one second DC-DC converter is connected to the energy storage unit so as to receive power therefrom.

Abstract: A transformer includes a primary winding unit, a secondary winding unit and a magnetic core. The primary winding unit includes a first input primary winding part and a first shielding winding part. The first input primary winding part is electrically connected to at least one switch component, and the first input primary winding part is electrically connected to the first shielding winding part. The secondary winding unit is inductively coupled to the primary winding unit, and the first shielding part is disposed between the first input primary winding part and the secondary winding part. Then, the primary winding unit and the secondary winding unit are assembled to the magnetic core.

Abstract: The present invention concerns the use of biomarkers for acute lymphoblastic leukemia (ALL) to prognose or evaluate a patient with ALL who is Ph+. Methods and compositions are provided that concern these ALL biomarkers. In specific embodiments, methods for determining whether an ALL patient should be treated with standard chemotherapy are provided.

Abstract: Compositions and methods for influencing the metabolic state of plant cells are provided. The compositions comprise poly ADP-ribose polymerase genes and portions thereof, particularly the maize poly ADP-ribose polymerase gene as well as antisense nucleotide sequences for poly ADP-ribose polymerase genes. The nucleotide sequences find use in transforming plant cells to alter the metabolic state of the transformed plants and plant cells.

Abstract: Compositions and methods for influencing the metabolic state of plant cells are provided. The compositions comprise poly ADP-ribose polymerase genes and portions thereof, particularly the maize poly ADP-ribose polymerase gene as well as antisense nucleotide sequences for poly ADP-ribose polymerase genes. The nucleotide sequences find use in transforming plant cells to alter the metabolic state of the transformed plants and plant cells.

Abstract: Compositions and methods for influencing the metabolic state of plant cells are provided. The compositions comprise poly ADP-ribose polymerase genes and portions thereof, particularly the maize poly ADP-ribose polymerase gene as well as antisense nucleotide sequences for poly ADP-ribose polymerase genes. The nucleotide sequences find use in transforming plant cells to alter the metabolic state of the transformed plants and plant cells.