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Kringle domain
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Dissecting Mechanisms Controlling Neural Network Formation in Drosophila Melanogaster
(12) United States Patent (10) Patent No.: US 8,034,913 B2 Hunt Et Al
Cloning of Receptor Tyrosine Kinases from Anvsia
The Molecular Basis of Blood Coagulation Review
Differential Binding of Plasminogen, Plasmin, and Angiostatin4.5 to Cell Surface B-Actin: Implications for Cancer-Mediated Angiogenesis
Supplementary Materials
Evolution of Enzyme Cascades from Embryonic Development to Blood
Structural Features of the Kringle Domain Determine the Intracellular Degradation of Under-␥-Carboxylated Prothrombin: Studies of Chimeric Rat͞human Prothrombin
Ep 2655624 B1
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Disruption of the Kringle 1 Domain of Prothrombin Leads to Late Onset Mortality in Zebrafsh Steven J
Functional Domains and Evolutionary History of the PMEL and GPNMB Family Proteins
Exploiting the Use of Plasminogen Kringle Domains for Cancer Gene Therapy
I PIK3IP1/TRIP RESTRICTS ACTIVATION of T CELLS
Blasting Tools
Protein Structure and Function
ROR1, an Embryonic Protein with an Emerging Role in Cancer Biology
Top View
Plasminogen: the Clot Buster
Neuromuscular Synaptic Proteins in Development and Regeneration
Origin and Diversification of the Plasminogen Activation System
Introduction to 3D-Structure Visualization and Homology Modeling Using the Swiss-Model Workspace
Computational Investigation of the Prothrombinase Complex
Graph Theoretical Insights Into Evolution of Multidomain Proteins
The Linker Connecting the Two Kringles Plays a Key Role in Prothrombin Activation
Engineering of a Human Kringle Domain Into Agonistic and Antagonistic Binding Proteins Functioning in Vitro and in Vivo
Amino Acid Structures from Klug & Cummings
Disruption of the Kringle 1 Domain of Prothrombin Leads to Late Onset Mortality In
PAI-2) As an Imaging and Therapeutic Agent of Human Cancer
Prothrombin Kringle 1 Domain Interacts with Factor Va During the Assembly of Prothrombinase Complex Hiroshi DEGUCHI, Hiroyuki TAKEYA, Esteban C