AP Biology prep best seller! Guaranteed higher score or your money back! We've helped thousands of students improve their AP scores This AP Biology prep book contains over 1,500 Biology practice questions with detailed explanations and reflects the new AP Bio curriculum. This book will help you to: - master important biology concepts - assess your knowledge of different Biology topics - improve your test-taking skills - prepare for the AP Biology exam comprehensively and cost effectively AP Biology 1,500+ Practice Questions by Sterling Test Prep is comprised of all Biology topics tested on the AP Biology exam. Scoring well on the AP exam is important for you future placement credit for college biology and for admission into college of your choice. To achieve a high score, you need to develop skills to properly apply the knowledge you have and quickly choose the correct answer. You must solve numerous practice questions that represent the style and content of the AP Bio questions. Understanding key science concepts is more valuable than memorizing terms. The explanations discuss why the answer is correct and – more importantly – why another answer that may have seemed correct is the wrong choice. These explanations include the foundations and details of important science topics needed to answer related questions on the AP Biology exam. By reading these explanations carefully and understanding how they apply to solving the question, you will learn important biology concepts and the relationships between them. This will prepare you for the test and will significantly improve your score. All the questions are prepared by our science editors that possess extensive credentials, are educated in top colleges and universities. Our editors are experts on teaching sciences, preparing students for standardized science tests and have coached thousands of undergraduate and graduate school applicants on admission strategies. Topics covered in this book: eukaryotic cell: structure and function; molecular biology of eukaryotes; cellular metabolism and enzymes; specialized cells and tissues; photosynthesis; evolution, natural selection, classification, diversity; populations, communities, conservation biology; animal behavior & evolution; DNA and protein synthesis; genetics; microbiology; plants: structure, function, reproduction; endocrine, nervous, circulatory, lymphatic, immune, digestive, excretory, muscle, skeletal systems, respiratory, skin, reproductive systems; development.
Over 1,500 high yield biology practice questions with detailed explanations covering all topics tested on AP Biology. Detailed explanations include the foundations and details of important science topics. Learn important biology concepts and the relationships between them to prepare for the exam and increase your score.
This volume reviews our current knowledge concerning can Several chapters discuss the contributions of genetic asp cer growth and progression as it relates to the etiology of ects, metabolism, endocrine-related aspects and nutrition to human cancer. As emphasized in Volumes I-V of this series, cancer progression. Moreover, our current knowledge con neoplastic diseases are multistep maladies. There are many cerning urbanization factors, radiation, therapy-induced causes for the appearance of neoplastic diseases. Earlier neoplasms, environmentally induced neoplasms (e. g. , chapters in the series have reviewed molecular and cellular mesotheliomas induced by asbestos) and malignant neo aspects of tumor initiation, promotion and progression to plasms in organ transplant recipients are summarized. the invasive and metastatic phenotype. Contributions to the The impact of AIDS on neoplasm development is re initiation and progression of neoplastic diseases are made by viewed from an epidemiologic perspective that explores mul natural features of the environment and by its contaminants tiple facets of immunity, infectious disease, sexual behavior and by nutritional factors. Neoplastic diseases show a dis and blood transfusion. Other chapters investigate the in tinct relationship to a variety of environmental stimuli and fluence of the host immune response in oncogenesis and the to diseases of a non-neoplastic nature. For example, familial relationship between atherosclerotic plaques and tumors.