F. Kovacs

Publication List Details

Period

1979 - 2007

Number

116

Co-Authors

Fundamental study of the removal mechanisms of nano-sized particles using brush scrubber cleaning (2005)

Vos, R, Vereecke, G, Doumen, G, Mertens, PW, ...

To ensure high device yields, wafer surface contamination and defects must be monitored and controlled during the entire process of semiconductor manufacturing. Particle surface concentrations on the...

Effect of induction of late embryonic mortality on plasma profiles of pregnancy associated glycoprotein 1 in heifers (2003)

Szenci, Otto, Beckers, Jean-François, Sulon, Joseph, Bevers, MM, Borzsonyi, L, Fodor, L, ...

Inoculation with Actinomyces pyogenes and administration of prostaglandin (PG) F-2alpha were used to induce late embryonic mortality (LEM) in heifers (n = 8) on Days 30-38 of pregnancy in order to...

Validation of the single-stranded channel conformation of gramicidin A by solid-state NMR

Kovacs, F., Quine, J., Cross, T. A.

The monovalent cation selective channel formed by a dimer of the polypeptide gramicidin A has a single-stranded, right-handed helical motif with 6.5 residues per turn forming a 4-Å diameter pore....

Conformational trapping in a membrane environment: a regulatory mechanism for protein activity?

Arumugam, S, Pascal, S, North, C L, Hu, W, Lee, K C, Cotten, M, ...

Functional regulation of proteins is central to living organisms. Here it is shown that a nonfunctional conformational state of a polypeptide can be kinetically trapped in a lipid bilayer...

Validation of the single-stranded channel conformation of gramicidin A by solid-state NMR

Kovacs, F., Quine, J., Cross, T. A.

The monovalent cation selective channel formed by a dimer of the polypeptide gramicidin A has a single-stranded, right-handed helical motif with 6.5 residues per turn forming a 4-Å diameter pore....

Conformational trapping in a membrane environment: a regulatory mechanism for protein activity?

Arumugam, S, Pascal, S, North, C L, Hu, W, Lee, K C, Cotten, M, ...

Functional regulation of proteins is central to living organisms. Here it is shown that a nonfunctional conformational state of a polypeptide can be kinetically trapped in a lipid bilayer...