Abstract: A process for producing a peptide product having cholecystokinin secretion promoting effect, said process comprising hydrolyzing soybean residues with one or more proteases so that the peptide product having cholecystokinin secretion promoting effect is obtained. Also disclosed is the composition containing the peptide product and the use thereof.

Abstract: Provided are compounds with a donor moiety, a first acceptor moiety and a second acceptor moiety, as shown by Formula (I): With the unique molecular design, compounds of Formula (I) can provide a desirable power conversion efficiency. Moreover, this invention also provides organic thin-film solar cells comprising the above-mentioned compounds.

Abstract: A process for producing a peptide product having cholecystokinin secretion promoting effect, said process comprising hydrolyzing soybean residues with one or more proteases so that the peptide product having cholecystokinin secretion promoting effect is obtained. Also disclosed is the composition containing the peptide product and the use thereof.

Abstract: A process for producing a peptide product having cholecystokinin secretion promoting effect, said process comprising hydrolyzing soybean residues with one or more proteases so that the peptide product having cholecystokinin secretion promoting effect is obtained. Also disclosed is the composition containing the peptide product and the use thereof.

Abstract: An etching system. An etching chamber includes an exhaust port. A gas input pipe is connected to the etching chamber, inputting etching process gas thereinto. A top RF electrode is disposed above the etching chamber. A bottom RF electrode is disposed under the etching chamber and opposite the top RF electrode. The etching process gas is transformed into plasma by operation of the top and bottom RF electrodes. An exhaust pump is connected to the exhaust port, expelling the plasma from the etching chamber. A base is disposed in the etching chamber. A focus ring is disposed on the base, accommodating a wafer. The wafer is etched by the plasma. A barricade is disposed on the focus ring and corresponds to the exhaust port, regulating the plasma flowing through the wafer.

Abstract: An etching system. An etching chamber includes an exhaust port. A gas input pipe is connected to the etching chamber, inputting etching process gas thereinto. A top RF electrode is disposed above the etching chamber. A bottom RF electrode is disposed under the etching chamber and opposite the top RF electrode. The etching process gas is transformed into plasma by operation of the top and bottom RF electrodes. An exhaust pump is connected to the exhaust port, expelling the plasma from the etching chamber. A base is disposed in the etching chamber. A focus ring is disposed on the base, accommodating a wafer. The wafer is etched by the plasma. A barricade is disposed on the focus ring and corresponds to the exhaust port, regulating the plasma flowing through the wafer.

Abstract: An etching system. An etching chamber includes an exhaust port. A gas input pipe is connected to the etching chamber, inputting etching process gas thereinto. A top RF electrode is disposed above the etching chamber. A bottom RF electrode is disposed under the etching chamber and opposite the top RF electrode. The etching process gas is transformed into plasma by operation of the top and bottom RF electrodes. An exhaust pump is connected to the exhaust port, expelling the plasma from the etching chamber. A base is disposed in the etching chamber. A focus ring is disposed on the base, accommodating a wafer. The wafer is etched by the plasma. A barricade is disposed on the focus ring and corresponds to the exhaust port, regulating the plasma flowing through the wafer.

Abstract: The present invention relates to the cloning and expression of a novel ?-agarase gene, agaB1, and a novel ?-agarase, AgaB1, encoded from the gene. The present invention also provides a method for producing the ?-agarase, and the utilization of the ?-agarase.

Abstract: A process for producing a peptide product having cholecystokinin secretion promoting effect, said process comprising hydrolyzing soybean residues with one or more proteases so that the peptide product having cholecystokinin secretion promoting effect is obtained. Also disclosed is the composition containing the peptide product and the use thereof.

Abstract: An etching system. An etching chamber includes an exhaust port. A gas input pipe is connected to the etching chamber, inputting etching process gas thereinto. A top RF electrode is disposed above the etching chamber. A bottom RF electrode is disposed under the etching chamber and opposite the top RF electrode. The etching process gas is transformed into plasma by operation of the top and bottom RF electrodes. An exhaust pump is connected to the exhaust port, expelling the plasma from the etching chamber. A base is disposed in the etching chamber. A focus ring is disposed on the base, accommodating a wafer. The wafer is etched by the plasma. A barricade is disposed on the focus ring and corresponds to the exhaust port, regulating the plasma flowing through the wafer.

Abstract: The invention discloses five peptides which can be used as angiotensin converting enzyme inhibitor. The subject invention also discloses a process for the preparation of the products having angiotensin converting enzyme inhibitory activity, which comprises the following steps: (a) adding protein hydrolase to the solution of chicken residues for reaction; (b) separating the chicken residues and liquid after the reaction of step (a) and collecting the separated liquid; and (c) drying the liquid obtained from step (b) to obtain the products.

Abstract: The invention discloses five novel peptides which can be used as angiotensin converting enzyme inhibitor.

Abstract: The invention discloses five novel peptides which can be used as angiotensin converting enzyme inhibitor. The subject invention also discloses a process for the preparation of the products having angiotensin converting enzyme inhibitory activity, which comprises the following steps: (a) adding protein hydrolase to the solution of chicken residues for reaction; (b) separating the chicken residues and liquid after the reaction of step (a) and collecting the separated liquid; and (c) drying the liquid obtained from step (b) to obtain the products.

Abstract: Electrical data is recorded and retrieved by producing and detecting impedance change. A layer of high resistivity material on a conductive substrate is used as the recording layer. A conductive probe pressing on it is used for sending writing or reading electrical current flowing in a direction normal to its surface. A large enough electrical voltage pulse is applied on this probe, causing electro-forming in a data spot in the recording layer under the probe, turning the local resistance of this data spot from high to low. This change in resistance or more generally, change in impedance, is utilized to write data. Several kinds of impedance detecting circuits, utilizing the principle of voltage divider circuit or field effect transistors are employed in data reading. A large number of writing/reading units can be integrated compactly.