Temasek Life Sciences Laboratory Limited

Infineon Technologies Austria Ag

Jian-Wei Liu

Lin Cai

Xuebao Li

Ninghui Cheng

Cheow Guan Lim

Nitin Agarwal

Gai-Li Jiao

In some examples, a controller device for a resonant mode power converter circuit comprises a feed-forward pin configured to receive an input voltage signal of the resonant mode power converter circuit, a feedback pin configured to receive an output voltage signal of the resonant mode power converter circuit, processing circuitry configured to determine a switching frequency based on the input voltage signal and the output voltage signal, a first control pin configured to deliver a first control signal to the first switch at the switching frequency, and a second control pin configured to deliver a second control signal the second switch at the switching frequency.

Controller device for resonant mode power converter circuit

A method is disclosed for producing a transgenic cotton plant comprising the steps of (a) obtaining cottonfibrous root explants, (b) culturing the fibrous root explants to induce callus formation, (c) exposing root callus to a culture ofthat harbors a vector comprising an exogenous gene and a selectable marker, thebeing capable of effecting the stable transfer of the exogenous gene and selection agent resistance gene to the genome of the cells of the explant, (d) culturing the callus in the presence of the selection agent to which the selection agent resistance gene confers resistance so as to select for transformed cells, (e) inducing somatic embryo formation in the selected callus culture, and (f) regenerating the induced somatic embryos into whole transgenic cotton plants.

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The present invention relates to an anther-specific cotton gene (CoFS), and active promoter fragments thereof. These promoters show strong anther-specific activity.

Isolation and characterisation of an anther-specific promoter (CoFS) in cotton

The present invention relates to a cotton &#x3b2;-tubulin gene CFTUB2, and active fragments thereof. These promoters show strong fiber-specific activity.

Isolation and characterization of a fiber-specific &#x3b2;-tubulin promoter from cotton

The present invention relates to the cotton actin gene CFACT1, and the fiber-specific promoter thereof. These promoters show strong fiber-specific activity.

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Singapore, Singapore

Jian-Wei Liu