Yuasa Corporation

Protein Engineering Research Institute

Toshiki Tanaka

Masahiko Oshitani

Minoru Kuzuhara

Kengo Furukawa

Hiroe Nakagawa

Masaharu Watada

Masuhiro Ohnishi

Yuichi Matsumura

Tatsuhiko Kodama

Takeshi Imanishi

Seijiro Ochiai

Takehito Bogauchi

Mitsuhiro Kodama

Noboru Miyake

Haruki Nakamura

Takefumi Doi

For accomplishing the subjects, the invention provides a nickel electrode material for use in a nickel electrode, wherein the positive-electrode material constituting the electrode material comprises: positive active material particles which comprise as the main component either a nickel hydroxide or a solid solution in a nickel hydroxide of one or more other elements and in which part of the nickel hydroxide has been oxidized; and a coating layer formed on the surface of the positive active material particles and comprising as the main component a high-order cobalt compound in which the cobalt has an oxidation number larger than 2, the average oxidation number of the nickel in the positive active material particles and the cobalt in the coating layer being from 2.04 to 2.40, and the positive-electrode material having a tap density of 2.0 g/cmor higher. The invention further provides a process for producing the electrode material, a nickel electrode employing the electrode material, and an alkaline storage battery having the nickel electrode.

Nickel electrode material, and production method therefor, and nickel electrode and alkaline battery

Hydrogen absorbing electrode, nickel electrode and alkaline storage

A hydrogen absorbing electrode using a hydrogen absorbing alloy including at least one or more kinds of transition metals belonging to VIIb-group, VIII-group or Ib-group in periodic table at a specified percentage, characterized in that a surface part of the hydrogen absorbing alloy forms a rich layer including the foregoing transition metals at a percentage larger than the foregoing specified percentage. Since the rich layer exists, an activation at initial stage of charge/discharge is not required. Accordingly, this electrode can be utilized effectively for a nickel-hydride secondary battery.

Hydrogen absorbing electrode and its manufacturing method

Peptide derivatives represented by the formula (I): ##STR1## which can specifically bind to modified LDL in competition with scavenger receptors on macrophages and are useful in diagnosing, preventing and treating circulatory diseases caused by accumulation of modified LDL in macrophages.

Peptide derivatives having binding activity to modified low density

Growing community of inventors

Osaka, Japan

Toshiki Tanaka