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This document bundle covers the complete course content for Applied Biotechnology, including detailed lecture summaries and practice questions with answers.

This document bundle covers the complete course content for Applied Biotechnology, including detailed lecture summaries and practice questions with answers. Topics span from biocatalysis and enzyme engineering to green chemistry, drug discovery, bioprocess optimization, strain engineering, and autotrophic biotechnology. The materials explain theoretical principles, practical examples, and real-world applications, such as enzyme promiscuity, protein engineering (rational design vs. directed evolu...

This document bundle covers the complete course content for Applied Biotechnology, including detailed lecture summaries and practice questions with answers. Topics span from biocatalysis and enzyme engineering to green chemistry, drug discovery, bioprocess optimization, strain engineering, and autotrophic biotechnology. The materials explain theoretical principles, practical examples, and real-world applications, such as enzyme promiscuity, protein engineering (rational design vs. directed evolu...

This document provides a complete set of lecture summaries for a university-level course in Molecular Genetics. It covers core topics such as DNA replication, mutations and repair mechanisms, homologous recombination, transcription and splicing, transposition, genome architecture, RNA structure, translation, and modern sequencing techniques. Each lecture is explained with key molecular mechanisms, relevant enzymes, and biological processes, offering a detailed yet structured overview ideal for e...

All the proteins that have been mentioned in the lectures and lecture slides of Mammalian cell biology have been workedout and how they work together. Its 6 pages long so there is enough to know about all these proteins!

This summary gives a nice overview of the key topics covered in Applied Microbiology. It covers the important concepts from microbial cell biology, metabolism, genetics, growth, and medical microbiology, in a clear and structured way. Also complex processes such as glycolysis, oxidative phosphorylation, and gene regulation are explained in quite simple terms to make understanding the subject and preparing for your exam a lot easier. This 'cheatsheet' is made from lecture notes and from al...