Best Selling Books by David Marquez

Collects Miles Morales: Ultimate Spider-Man (2014) #1-12. Miles Morales, the Ultimate Universe’s newest Spider-Man, is back in action with a new status quo and a new outlook on life! But now Miles must face the worst nightmare of the Spider-Man legacy: Norman Osborn, the Green Goblin — the man who killed Peter Parker! Or did he…? Even as new villains start coming out of the woodwork, Miles finds himself with — a girlfriend! Her name is Katie Bishop, but she has a secret…and it’s bad news for Spider-Man! As Miles makes a life-changing decision, he discovers a mind-blowing truth about his family! But what does it have to do with S.H.I.E.L.D.? Doctor Doom steps from the shadows, and Spider-Man gathers the mighty Ultimates — but no matter what happens next, this might be the end of the world for Miles Morales!

Ulysse, un nouvel Inhumain, développe des pouvoirs de précognition. La communauté super-héroïque doit-elle utiliser cette faculté pour anticiper les dangers ? Si Captain Marvel y voit un atout, Iron Man considère qu''il s''agit d''une menace... Pour les héros, il est temps de choisir un camp. Brian Michael Bendis (House of M, Secret Invasion) orchestre une nouvelle guerre fratricide sous le trait inspiré de David Marquez (Miles Morales: Ultimate Spider-Man). [CET ALBUM CONTIENT LES ÉPISODES CIVIL WAR II (2016) 0 À 8 ET UN EXTRAIT DE FREE COMIC BOOK DAY: CIVIL WAR II (2016).]

Tony Stark est à un tournant de sa vie. Avec sa nouvelle armure et de nouveaux alliés (dont Victor Von Fatalis !) le célèbre justicier va affronter Madame Masque. Iron Man est de retour plus en forme que jamais !

While there have been many recently developed Elastic Network Models (ENM) to calculate the fluctuation dynamics of proteins, e.g., Gaussian Network Model (GNM), Anisotropic Network Model (ANM), Distance Network Model (DNM), the concept of loading these models to study the molecular mechanics and constitutive behavior of structural proteins has remained relatively untouched, until very recently. This work entails using the ANM as the framework for developing a finite element model of a 9-monomer strand of actin. Critical input parameters to the model, such as the cutoff radius, r[subscript c], and spring constant, k, are generated by matching the all-atom steered molecular dynamics (SMD) residue displacements to that of the ANM. The parameters yielding the best match between the SMD and structural ENM (SENM) simulations will then be input into the finite element model (FEM) for a more in depth analysis. The finite element model incorporates a 9-monomer strand of actin. The F-actin strand is subjected axial and torsional loads comparable to those seen in vivo. Key areas of interest in the protein are examined, such as the nucleotide binding pocket (NBP) and the DNase I binding loop, to demonstrate how loading affects the protein''s conformation. Local residue displacements are tracked in an effort to garner a better understanding of how various loads are transmitted through F-actin during key events. Insights and conclusions are discussed along with the implications of this work.