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In this steamy pararnormal romance, ambitious shapeshifting police detective Libby Maitland becomes the departmental liaison for Crispin Alexandros, a demagogue who is reviving human hatred of Shapeshifters. Although Libby's promising career tanks, the presence of Dash Honeycutt, the outrageously handsome Alexandros security chief, provides a tempting distraction. A Titan descendant, Dash works for Alexandros ostensibly to find his twin sister, who eloped with a werewolf. His real job is spying for the Supernatural Network. Despite his grudge against shifters, Dash falls for Libby. When Libby becomes embroiled in a deadly Alexandros project, Dash must resolve his conflict between duty and desire to rescue her.
Molly Tauber owns Mollys Sunshine Bakery in River Oaks, a small, Northern California town. While her head is in the oven, her fianca doctoris on the East Coast, sewing up faces in a never-ending quest for more abbreviations to add to the end of his name. Forever making divine wedding cakes for her customers, Molly wonders if there will ever be one for her. Judging by the length of their engagement, she may be right to wonder. How long can a girl wait? In Molly Takes the Cake, the first installment in the Taylor Sisters River Oaks Series, Mollys Sunshine Bakery hosts a constant parade of charming, small-town characters who consider her bakery the heart of their community. Unlike the baked goods her customers scoop up almost as fast as she can make them, Molly's heart is growing stale. Should she trade in her doctor fianc for a nerdy fritter fanatic, a man of self-proclaimed mystery and intrigue? Molly Takes the Cake is refreshingly different from the typical romance novel. Sprinkled with humor throughout, it bakes up into a veritable dessert of romantic comedy.
Demonstrating how the malfunction of normal molecular pathways and components can lead to cancer, this text explores how our understanding of these defective mechanisms can be harnessed to develop new targeted therapeutic agents
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This book provides a comprehensive understanding of the nucleation, motion, and interaction between crystalline defects called dislocations.
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