Biochemistry notes

This study guides goes over signal transduction pathways, such as RTK pathway, Phosphoinositide pathway, in depth, talking about their receptors, second messenger, overall cellular effects, and regulation of these pathways. It talks about nucleotide metabolism and deoxyribonucleotide formation; De Novo and Salavage pathways. It goes through the ribonucelotide reductase mechanism. It hits upon DNA structures (the difference between A and B form). This document includes some pictures and figures a...

WGU c785 BIOCHEMISTRY UNIT QUESTIONS AND ANSWERS

This document goes into depth about DNA replication, such as lagging strand and leading strand synthesis, components needed (helicase, SSB's, ect.). It also goes into the different repair mechanisms such as non homologou and homologous repair, base excision repair, nucleotide excision repair, mismatch, ect, and their specific mechanisms. It goes into the specific mechanisms and steps of transcription and translation, and the different subunits and rRNA's of the ribosome.

Complete Test Bank: Biochemistry: Concepts and Connections (MasteringChemistry) 2nd Edition by Dean Appling (Author) Latest Update Graded A+ Complete Test Bank: Biochemistry: Concepts and Connections (MasteringChemistry) 2nd Edition by Dean Appling (Author) Latest Update Graded A+

WGU c785 BIOCHEMISTRY UNIT QUESTIONS AND ANSWERS

Complete Test Bank: Biochemistry: Concepts and Connections (MasteringChemistry) 2nd Edition by Dean Appling (Author) Latest Update Graded A+ Complete Test Bank: Biochemistry: Concepts and Connections (MasteringChemistry) 2nd Edition by Dean Appling (Author) Latest Update Graded A+

WGU c785 BIOCHEMISTRY UNIT QUESTIONS AND ANSWERS

WGU c785 BIOCHEMISTRY UNIT QUESTIONS AND ANSWERS

This study guides goes over signal transduction pathways, such as RTK pathway, Phosphoinositide pathway, in depth, talking about their receptors, second messenger, overall cellular effects, and regulation of these pathways. It talks about nucleotide metabolism and deoxyribonucleotide formation; De Novo and Salavage pathways. It goes through the ribonucelotide reductase mechanism. It hits upon DNA structures (the difference between A and B form). This document includes some pictures and figures a...

This document goes into depth about DNA replication, such as lagging strand and leading strand synthesis, components needed (helicase, SSB's, ect.). It also goes into the different repair mechanisms such as non homologou and homologous repair, base excision repair, nucleotide excision repair, mismatch, ect, and their specific mechanisms. It goes into the specific mechanisms and steps of transcription and translation, and the different subunits and rRNA's of the ribosome.