Lg Electronics Inc.

Nutrex Technology Co., Ltd.

Young-Joon Ko

Jae-Yeong Park

Yong-Sun Bahn

Hong-Teuk Kim

Shin-Ae Maeng

Kwang Woo Jung

Gyu Bum Kim

Provided herein are uses of genes for HOG, Ras and cAMP signal transduction pathways to treat fungal infection. To regulate the HOG pathway of, roles of SSK1, TCO2, SSK2, PBS2, HOG1, ENA1 and NHA1 genes were investigated to find that a biosynthesis level of ergosterol is increased when these genes are inhibited. When the genes are inhibited, a large amount of ergosterol is distributed on a fungal cell membrane. Accordingly, since there are many working points of an ergosterol-binding antifungal agent, an efficiency of the ergosterol-binding antifungal agent can be considerably improved. To regulate the Ras and cAMP pathways of, roles of RAS1, RAS2, CDC24, GPA1, CAC1, ACA1, PKA1, HSP12 and HSP122 genes were investigated to find that a sensitivity to a polyene- or azole-based drug is increased when these genes are inhibited. Therefore, an antifungal pharmaceutical composition including an inhibitor against the gene or protein encoded by the same can be used as an excellent combined antifungal agent which can reduce a conventional amount of an antifungal agent used and increase an efficiency.

Use of the genes in the Hog, Ras and cAMP pathway for treatment of fungal infection

The present invention relates generally to a spiral-patterned internal antenna having an open stub and a personal mobile terminal equipped with the same and, more particularly, to the pattern of an open stub. The spiral-patterned internal antenna of the present invention includes a main part having a spiral pattern; and an open stub connected to the main part. According to the present invention, an antenna for a terminal can be constituted regardless of the shape of a rear casing by using a spiral-patterned antenna having an open stub, and a highly efficient antenna can be formed using the suggested open stub.

Spiral-patterned internal antenna having open stub and personal mobile terminal equipped with the same

Disclosed is a wireless internal antenna for a home network and digital electric home appliance which comprises: a wireless antenna for a client having a tuning slot at an upper surface of a client device to realize an impedance matching at a band of IEEE802.11b (a band of 2.4 GHz) and having a certain type patch pole at a lower surface of the client device to have return characteristics at a band of IEEE802.11a (a band of 5 GHz); and a wireless antenna for a server, enabling transmission/reception to/from the client device, having an air slot at an upper surface of a server device and a feeding line at a lower surface thereof, and the server device is supported at a ground plate by a supporting portion installed at a lower part thereof.

Wireless internal antenna for home network and digital electric home appliance

A photonic band gap coplanar waveguide transmission line and a method for fabricating a power divider using the same capable of increasing a characteristic impedance, increasing a signal line width of the transmission line and providing high power, includes: a ground conductive layer formed on a substrate; linear grooves formed on the ground conductive layer; a signal line formed between linear grooves; rectangular grooves formed close to the signal line, and formed on the ground conductive layer; and slots formed at the rectangular grooves respectively, and connecting the rectangular groove and the linear groove.

Growing community of inventors

Seoul, South Korea

Young-Joon Ko