【實用書籍app】Biochemistry Reference|最夯免費app-綠色工廠好玩App

~ Latest update uploaded 11/11/2013 ~ Biochemistry Reference is a self-contained series of articles for a wide range of biochemistry topics. With articles covering topics ranging from lipid chemistry to developmental biology, Biochemistry Reference was written with the biochemistry undergraduate or major in mind. This encyclopaedic app would be perfect to brush up on biochemistry before the start of your degree, help you with essays and support your revision right up to your last exam.We really hope you like Biochemistry Reference. Our website has more details about the contents of the app, including a video app demonstration.* 350 pages of concise biochemistry * Quick-access references to essentials such as amino acid structures, sugars and the genetic code * Cross-linking between pages to related topics * Make your own notes on each page * Comprehensive search function* Search pages by relevant keywords and highlight relevant terms on page * Temporarily switch off your iPhone/iPod touch's auto-lock to read without interruption * Feedback page Topics covered by the current version include: * Introduction * Thermodynamics * Amino acids and dipeptides * Lipids * Nucleic acids * Carbohydrates * Genetic analysis * Recombinant DNA technology * Protein purification * Chromatography * Electrophoresis * X-ray diffraction * Nuclear magnetic resonance * Electron microscopy * Fluorescence * Infrared spectroscopy * Protein structure * Enzymes * Allostery * Metals in biology * Membranes * Protein-nucleic acid interactions * Bioinformatics * Genome evolution * Chromatin * DNA replication * Transcription * Translation * Recombination * Glycolysis * Citric acid cycle * Gluconeogenesis * Glycogen synthesis * Bioenergetics * Oxidative phosphorylation * Photosynthesis * Bacterial respiratory metabolism * Fatty acid metabolism * Amino acid metabolism * Bacterial nitrogen metabolism * Chemotaxis * Developmental biology * Sex determination * C. elegans development * Protein translocation * Cell signalling Credits: Helen Ginn & Benjamin Krishna.