Musical / 16m, 9f "The founding fathers got their own musical with 1776, so why not Abe?" - Playbill.com Abe is a new musical about the early life of Abraham Lincoln. The show explores his youth as a flatboat pilot on the Mississippi, his early love for Ann Rutledge, his troubled marriage to the difficult and mentally fragile Mary Todd, and his attempt to be a good father to his sons. The story follows Abe from his earliest attempts at self-improvement through the 1860 election which made him the 16th president of an already fracturing United States. The score is fully orchestrated and uses bold, melodic and traditional musical theatre styles that embrace the story's period and Americana roots. It can be produced fully staged or as a concert performance. The musical features a large cast and requires strong singers: baritone, soprano, mezzo-soprano, 3 adult male singing roles, 3 male children singing roles, male/female chorus with many speaking roles.

The protozoa are an eclectic assemblage of organisms encompassing a wide range of single-celled and multiple-celled colonial organisms lacking tissue organiza tion, but exhibiting remarkably refined biological behavior. In some modern classifications, they are classified as a subkingdom among the Protista (eukary otic single-celled organisms). Although they are not considered a formal cate gory by some taxonomists and some biologists consider the name inappropriate (inferring that they are the first unicellular animals, although some photosynthe size), it is still convenient to consider this group of organisms as an informal collection under the heading of protozoa. Their cosmopolitan distribution, sig nificant ecological role in mineral recycling and enhancement of carbon flow through lower trophic levels of food webs, and remarkable cellular adaptations to enhance survival in diverse environments make them significant organisms for biological investigation. In some cases, biologists are introduced to this group in first level courses or in invertebrate zoology, but never develop a full appreciation for the diverse and biologically sophisticated characteristics of these organisms. This book is intended as a survey of broad concepts in protozoan biology with an emphasis on comparative data. The focus is on the zoological aspects of the group. Topics more closely related to plantlike characteristics, as presented in books on phycol ogy, are not considered in detail here. A sound background in modern biology and an introduction to cellular biology will be helpful in understanding Chapters 15 and 16, which include a substantial amount of information on biochemistry."

Genetic information determines the composition of molecules comprising cytoskeletal elements, membranes and receptors. The supramolecular arrangement of these components represents a self-assembly process controlled by physicochemical and mechanical interactions. This general hypothesis demarcates the aim of studying cellular mechanics. Description and evaluation of mechanical properties of cells and their organelles, as well as of the forces exerted by them, is the scope of this book on "Cytomechanics." Emphasis is laid on the role of mechanical properties in the generation of shape and cytoplasmic motion, and on the basic principles and components determining mechanical properties.

The objective of this series is to provide concise and critical information on current advances in the different domains of sensory physiology. It will be of interest to all who want to keep abreast of the latest developments in the field - from the level of the receptor to that of the cortex, including neuropsychological and psychophysical aspects.

In a single volume, the authors bring together a review of current biological understanding of planktonic foraminifera and apply it to developments in sedimentology. With the growing interest in the shells of this class of protozoa as indicators of the history of the earth, revealed through the sedimentary record, a comprehensive analysis of the biology of contemporary foraminifera has become necessary. Main topics covered include Taxonomy, Collecting and Culture Methods, Cellular Ultrastructure, Host and Symbiont Relationships, Trophic Activity and Nutrition, Reproduction, Shell Ontogeny and Architecture, Ecology and Sedimentation and Settlement of Shells.

Photographer Anders Petersen was hanging out at a dive bar on the Reeperbahn in Hamburg in 1968 when someone grabbed his camera from the table where he was sitting and started taking pictures. Petersen used the opportunity to photograph the culprit—and the rest of the bar’s motley crew of patrons. The resulting project is one of the most revered photobooks of all time, a celebration of a gritty city at the tail end of the sixties, and the cornerstone of Petersen’s storied career. The images have become classics of their genre; Tom Waits used one for the cover of his legendary album Rain Dogs. Their candidness and authenticity remain as eloquent today as when they were first published in 1978. This sumptuously produced reissue features a new foreword by Waits, and is certain to find a new audience, who will appreciate the stunning analog photography and its elegiac collective portrait of the fringes of society.

Forget all those boring old sex books that give you fluffy advice like, "Learn to love yourself and good sex will follow." If you want to have mind-blowing sex, you need concrete advice from an expert who isn't afraid to say it like it is. In A Fantastic Sex Life... And How to Get It , sex and relationships guru Sabrina Rogers-Anderson gives you tangible tips on everything from giving great oral sex to lasting longer or reaching orgasm faster. She also helps you get over your sexual hang-ups, communicate your fantasies to your partner and spice up your sex life in 20 exciting ways. A Fantastic Sex Life... And How to Get It will give young singles, mature couples and everyone in between all the tools they need to elevate their sex lives from Sunday dinner at grandma's to Mardi Gras in Rio. So leave your inhibitions at the door and get ready to change your life...

The study of marine plankton has traditionally focused on those or ganisms that appeared to have obvious ecological significance in un derstanding the major patterns of biological productivity, trophic relations, community structure, and the dynamic interaction of living things with the physical environment. Not infrequently, this thrust has centered on the apparently most abundant and/or larger members of the plankton community, including significant primary producers such as the diatoms, nonthecate algae, and flagellates, or the major con sumers--copepods, gelatinous metazoa, and other abundant metazoan invertebrates. Consequently, some of the less well recognized but also abundant microzooplankton have been given less attention. The radio laria, although widely studied as fossils by micropaleontologists, have in modem times. This is la been relatively neglected by biologists mentable given their widespread distribution in the oceans, remarkably complex form, and not infrequently localized abundance. Their diver sity of form, encompassing solitary species of microscopic dimensions and colonial species as large as several centimeters or more, challenges us to explain their evolutionary origins, explore their structural-func tional correlates, and comprehend the ecological basis for their wide spread occurrence in all oceans of the world fromihe greatest depth to the surface of the sea. Their intricate and aesthetically pleasing skeletons of enormous variety and fine-detailed design formed from amorphous silica (opaline glass) offer a unique biomineralized product that defies immediate biological explanation."