The Smear

New York Times Bestseller Ever wonder how politics turned into a take-no-prisoners blood sport? The New York Times bestselling author of Stonewalled pulls back the curtain on the shady world of opposition research and reveals the dirty tricks those in power use to influence your opinions. Behind most major political stories in the modern era, there is an agenda; an effort by opposition researchers, spin doctors, and outside interests to destroy an idea or a person. The tactic they use is the Smear. Every day, Americans are influenced by the Smear without knowing it. Paid forces cleverly shape virtually every image you cross. Maybe you read that Donald Trump is a racist misogynist, or saw someone on the news mocking the Bernie Sanders campaign. The trick of the Smear is that it is often based on some shred of truth, but these media-driven "hit pieces" are designed to obscure the truth. Success hinges on the Smear artist’s ability to remain invisible; to make it seem as if their work is neither calculated nor scripted. It must appear to be precisely what it is not. Veteran journalist Sharyl Attkisson has witnessed this practice firsthand. After years of being pitched hit jobs and puff pieces, she’s an expert at detecting Smear campaigns. Now, the hard-hitting investigative reporter shares her inside knowledge, revealing how the Smear takes shape and who its perpetrators are—including Clinton confidant Sidney Blumenthal and, most influential of all, "right-wing assassin turned left-wing assassin" (National Review) political operative David Brock and his Media Matters for America empire. Attkisson exposes the diabolical tactics of Smear artists, and their outrageous access to the biggest names in political media—operatives who are corrupting the political process, and discouraging widespread citizen involvement in our democracy.

This book offers clear, up-to-date guidance on how to report cytologic findings in cervical, vaginal and anal samples in accordance with the 2014 Bethesda System Update. The new edition has been expanded and revised to take into account the advances and experience of the past decade. A new chapter has been added, the terminology and text have been updated, and various terminological and morphologic questions have been clarified. In addition, new images are included that reflect the experience gained with liquid-based cytology since the publication of the last edition in 2004. Among more than 300 images, some represent classic examples of an entity while others illustrate interpretative dilemmas, borderline cytomorphologic features or mimics of epithelial abnormalities. The Bethesda System for Reporting Cervical Cytology, with its user-friendly format, is a “must have” for pathologists, cytopathologists, pathology residents, cytotechnologists, and clinicians.

Every mistake is an opportunity to make something beautiful. This is the central idea of Beautiful Oops!, Barney Saltzberg’s beloved bestseller—and now My Book of Beautiful Oops!, an interactive journal for young artists, takes that principle into unexpected new directions. A hands-on journal that’s meant to be personalized—drawn in, painted on, torn up, smudged, or otherwise artistically wrecked—My Book of Beautiful Oops! is filled with folded, crumpled, die-cut, and lift-the-flap pages that will challenge the reader’s sense of play. The friendly green alligator from the first book prompts the reader: Bend a page. Decorate a smudge. Play with splats and spills. Even complete a poem that was accidentally ripped in half. My Beautiful Book of Oops! champions imagination, play, and the courage to express oneself. It’s about self-forgiveness, about turning off that inner critic that clamors for perfection. And it’s about freedom—the freedom to be creative and follow your curiosity wherever it goes. That’s a lesson to celebrate.

Over 60% of the Earth's surface is covered with deep marine sediments, however, until the early 1980s, no comprehensive text books appeared to support the rapid expansion in the study of these sediments. While the whole field of marine geology has expanded enormously and entirely new disciplines, such as paleoceanography, have been developed, there remains a lack of reference texts on study techniques that investigators in the marine community can turn to. Minerals and Mineraloids in Marine Sediments is an optical identifica tion guide that I believe will become a standard reference text for use in the microscope analysis of marine sediment& and sedimentary rocks. The systematic collection of sediment cores from the deep ocean floor began in earnest with the Swedish Deep Sea Expedition, 1947-1948. Much of the microscopic examination of the sediments collected in these piston cores (10 m+ long) was conducted on separated grain mounts or thin sections of impregnated sediments. By the late 1960s a simpler technique of examining a mounted smear of the cored silt and clay size sediment on a microscope slide had become standard practice in American oceanographic institutions. This semi quantitative technique became the standard tool used in core description aboard Glomar Challenger through the 15 years of the Deep Sea Drilling Project (DSDP), 1968-1983. Visual percentage estimates of biogenic and mineral components were made using petrologic micro scopes.

A vivid, powerful anthology of poems by and for young women, giving voice to a new generation of international poets, with themes of feminism, empowerment, resilience, confidence, and integrity. SMEAR: Poems For Girls presents a curated, all-female lineup of poets from different countries and addresses issues of trauma, survivorship, independence, and body positivity. As described on Dazed.com: "The poetry collection celebrating the imperfect, frank woman, SMEAR is chronicling the voices of women, unapologetically confronting self-image, body autonomy and our relationships with each other." The first North American edition of SMEAR will include an expanded selection of poems from international woman poets.

This book covers established light microscopy for screening smears and also new techniques for establishing cell proliferation in smears, confocal microscopy and the applications of neural networks in the screening process. Also addressed are the inherent limitations of conventional screening procedures.

Sampling and staining of specimens for cutaneous cytology is broadly known to be one of the simplest, fastest, most reliable and inexpensive methods for the diagnosis of skin diseases, based as it is on the investigation of peculiar features in individual cells. This book illustrates the best practices in cutaneous or diagnostic cytology, and how cellular material is obtained by means of scraping, slit-skin smear, touch smear or fine needle aspiration, depending on the type of skin lesion. Starting from clinical lesions, the reader is provided with fundamental information on the correct preparation and staining of slides. Today, dermatological cytology is commonly used in the diagnosis of various erosive vesiculobullous, pustular, granulomatous, and tumoral skin lesions, but extending its use could be highly beneficial. Accordingly, this practical and richly illustrated book, explicitly dedicated to professionals and practitioners in the field of pathology and dermatology, outlines and encourages the intensified use of this method in daily practice.

This atlas is a full-color, spiralbound manual of Gram-stained direct smears for medical technologist and medical laboratory technician students and practitioners, microbiologists, pathologists, infectious disease specialists, and anyone who interprets Gram-stained specimens. Featuring over 250 clear photomicrographs taken from actual patient specimens, the manual presents a simple, easy-to-use format; brief legends accompany each image. Three introductory chapters cover Gram-stain procedures, quality control, evaluation, and more. An invaluable reference and educational tool, this manual is effective both as a standalone text and as an accompaniment to Marler, Siders and Allen's Direct Smear Atlas CD-ROM (Lippincott Williams & Wilkins, 1998).