Publications by authors named "Rima Estephan"

Claim this Profile
A
A nuclear magnetic resonance-based structural rationale for contrasting stoichiometry and ligand binding site(s) in fatty acid-binding proteins.
Yan He, Rima Estephan, Xiaomin Yang, Adriana Vela, Hsin Wang

Biochemistry· March 2011

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
C
Cardioprotective effect of histamine H3-receptor activation: pivotal role of G beta gamma-dependent inhibition of voltage-operated Ca2+ channels.
Christopher Morrey, Rima Estephan, Geoffrey W Abbott, Roberto Levi

J Pharmacol Exp Ther· September 2008

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
I
Immediate hypersensitivity elicits renin release from cardiac mast cells.
Seiichiro Kano, Eleanor Tyler, Mariselis Salazar-Rodriguez, Rima Estephan, Christina J Mackins

Int Arch Allergy Immunol· May 2008

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
S
Solution-state molecular structure of apo and oleate-liganded liver fatty acid-binding protein.
Yan He, Xiaomin Yang, Hsin Wang, Rima Estephan, Fouad Francis

Biochemistry· November 2007

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
H
Histamine H3-receptor signaling in cardiac sympathetic nerves: Identification of a novel MAPK-PLA2-COX-PGE2-EP3R pathway.
Roberto Levi, Nahid Seyedi, Ulrich Schaefer, Rima Estephan, Christina J Mackins

Biochem Pharmacol· April 2007

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
A
Appearance of voltage-gated calcium channels following overexpression of ATPase II cDNA in neuronal HN2 cells.
Gary Chin, Yasir El-Sherif, Farah Jayman, Rima Estephan, Andrzej Wieraszko

Brain Res Mol Brain Res· October 2003

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis
A
Apoptosis is associated with an inhibition of aminophospholipid translocase (APTL) in CNS-derived HN2-5 and HOG cells and phosphatidylserine is a recognition molecule in microglial uptake of the apoptotic HN2-5 cells.
Paramita Das, Rima Estephan, Probal Banerjee

Life Sci· April 2003

Social Media Activity not collected for this article yet.

Sign Up to Request Social Media Analysis