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This is intro. to Biology class notes on chromosomes. This document goes into detail about chromosomes, meiosis (phases), mitosis (phases), and ploidy.

This is intro. to Biology class notes on genetics. This document goes into detail about genetics, Gregor Mendel, crosses with pea flowers, Mendel's monohybrid cross, heritable characters for three generations, alleles, Mendel's law of segregation, important terms regarding genetics, Mendel's explanation, test crosses, dihybrid crosses (true breeding parents), calculations using probabilities, trihybrid crosses, incomplete dominance, multiple alleles and codominance, mendelian inheritance in h...

This is intro. to Biology class notes on chromosomes and genetics. This document goes into detail about Thomas Hunt Morgan, Mendel and his fruit fly experiment, correlating behavior of a gene's alleles with behavior of a chromosome pair, fly crosses (naming alleles), linked genes, recombinant frequency, chromosome "maps", sex-linkage on the X-chromosomes, human sex-linked (X) disorders, sex-linkage on human Y-chromosomes, and altered chromosome numbers.

This is intro. to Biology class notes on genetic code. This document goes into detail about genes and enzymes, the triplet code, differences between RNA and DNA, the bases of DNA and RNA, features of mRNA codons, universal code, transcription (synthesis of RNA), initiation, elongation, termination, processing of eukaryotic RNA (nucleus), translation (protein synthesis), translation, mutations in DNA, Beadle and Tatum, and the control of gene expression.

This is intro. to Biology class notes on cellular respiration. This document goes into detail about cellular respiration, aerobic respiration, oxidation reduction reaction, NADH, Krebs cycle, electron transport, making ATP, the tabulation of energy molecules from one glucose, fermentation (no oxygen), alcoholic fermentation, respiration and cell metabolism.

This is intro. to Biology class notes on gene expression. This document goes into detail about the trp operon (regulated synthesis of repressible enzymes), the lac operon (regulated synthesis of inducible enzymes), cAMP receptor proteins, control of eukaryotic gene expression, chromosome 11, control points of gene expression, the transcript of eukaryotic genes, model for enhancer action, and the pathways that regulate cell growth.

This is intro. to Biology class notes on viruses. This document goes into detail about viruses, virus structure, variations in viral genome, viral reproduction (lytic growth), viral reproduction (lysogenic growth), classes of animal viruses, HIV components, viral diseases, production of viral symptoms, and recovery from infection.

This is intro. to Biology class notes on eukaryotic genomes. This document goes into detail about eukaryotic genomes, chromatin structure, genome organization of DNA, evolution of gene families, and polymerase chain reactions.

This is intro. to Biology class notes for homeostasis. This document goes into detail about homeostasis with Ca+2 and sugar, major human endocrine glands and their hormones, antagonistic hormones, and the regulation of blood glucose.

This is class notes from an intro. to Biology on nervous systems. This document goes into detail of nerve cell functions, the nervous system, neural signals, and hyperpolarization.