K. Morihara

发表

Chemical nature of the active site of papain. I. Inhibition by carbonyl reagents with active methylene groups.

K. Morihara, 1967, Journal of biochemistry.

The Polarography of 3,6-Anhydro-galactose

C. Araki, T. Fujiwara, K. Morihara, 1964 .

Footprint Catalysis. I. A New Method for Designing “Tailor-Made” Catalysts with Substrate Specificity: Silica (Alumina) Catalysts for Butanolysis of Benzoic Anhydride

S. Kurihara, K. Morihara, J. Suzuki, 1988 .

Footprint Catalysis. IX. Molecular Footprint Catalytic Cavities Imprinted with Chiral Hydantoins; Enantioselective Hydantoinase Mimics

T. Shimada, K. Morihara, Tamae Matsuishi, 1994 .

Footprint Catalysis. X. Surface Modification of Molecular Footprint Catalysts and Its Effects on Their Molecular Recognition and Catalysis

T. Shimada, K. Morihara, R. Hirose, 1994 .

Footprint Catalysis VII. Reinvestigation of the Imprinting Procedures for Molecular Footprint Catalytic Cavities: The Effects of Imprinting Procedure Temperature on the Catalytic Characteristics.

T. Shimada, K. Morihara, Sakurako Doi, 1993 .

Footprint Catalysis. VIII. Molecular Imprinting for Footprint Cavities on an Active Clay Surface.

T. Shimada, Tomoko Iijima, K. Morihara, 1993 .

Footprint catalysis. VI: Chiral molecular footprint catalytic cavities imprinted by a chiral template, bis(N-benzyloxycarbonyl-L-alanyl)amine, and their stereoselective catalyses

T. Shimada, K. Morihara, Satoko Kawasaki, 1993 .

Enzyme-like enantioselective catalysis over chiral ‘molecular footprint’ cavities on a silica (alumina) gel surface

T. Shimada, M. Kurokawa, K. Morihara, 1992 .

Footprint Catalysis. II. Molecular Recognition of Footprint Catalytic Sites

S. Miyake, K. Morihara, M. Kojima, 1988 .

Tryptophan residue in the active site of papain.

K. Morihara, K. Nagami, 1969, Journal of biochemistry.