Jane B. Reece Study guides, Class notes & Summaries

Looking for the best study guides, study notes and summaries about Jane B. Reece? On this page you'll find 925 study documents about Jane B. Reece.

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GEE summary exam material GEE summary exam material
  • GEE summary exam material

  • Summary • 47 pages • 2020
  • Summary of a number of lectures of the course Genetics, Ecology & Evolution with additional information from the book. There's also a small part included of the tutorials I attended.
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General Biology Lecture 6 & 7: Membrane Structure & Function & Transport of Molecules Across the Plasma Membrane General Biology Lecture 6 & 7: Membrane Structure & Function & Transport of Molecules Across the Plasma Membrane
  • General Biology Lecture 6 & 7: Membrane Structure & Function & Transport of Molecules Across the Plasma Membrane

  • Class notes • 8 pages • 2020
  • These are the notes from lectures 6 and 7. The notes from lecture 6 cover membrane structure and function. Lecture 7 notes cover the transport of molecules across the plasma membrane including topics such as cell-cell recognition, signal transduction, and endocytosis.
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General Biology I - Lecture 9: Energetics and Metabolism General Biology I - Lecture 9: Energetics and Metabolism
  • General Biology I - Lecture 9: Energetics and Metabolism

  • Class notes • 8 pages • 2020
  • These are the notes for Lecture 9: Energetics and Metabolism for General Biology I. It covers topics such as mitochondria, chloroplasts, laws of energy, free energy, and ATP.
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General Biology - Lecture 24 & 25: Gene Expression from Gene to Protein General Biology - Lecture 24 & 25: Gene Expression from Gene to Protein
  • General Biology - Lecture 24 & 25: Gene Expression from Gene to Protein

  • Class notes • 7 pages • 2020
  • These are the notes for Lecture 24 & 25: Gene Expression From Gene to Protein in General Biology I. The topics covered are gene expression in bacteria versus eukaryotes, triplet codes, transcription, translation, and mutations.
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Lecture 22 & 23: Cell Communication Lecture 22 & 23: Cell Communication
  • Lecture 22 & 23: Cell Communication

  • Class notes • 7 pages • 2020
  • These are the notes for Lecture 22 & 23: Cell Communication in General Biology I. The topics covered are cell division and differentiation, hormones, cancer, pathogens, single cells, and multicellular life.
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General Biology I - Lecture 12 & 13 - CAC, ETC, and OxPhos General Biology I - Lecture 12 & 13 - CAC, ETC, and OxPhos
  • General Biology I - Lecture 12 & 13 - CAC, ETC, and OxPhos

  • Class notes • 7 pages • 2020
  • These are the notes for Lecture 12 & 13: Citric Acid Cycle, Electron Transport Chain, and Oxidative Phosphorylation in General Biology I. They cover topics such as glycolysis, fermentation, pyruvate oxidation, citric acid cycle, and chemiosmosis.
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General Biology I - Lecture 16: Meiosis General Biology I - Lecture 16: Meiosis
  • General Biology I - Lecture 16: Meiosis

  • Class notes • 7 pages • 2020
  • These notes are from Lecture 16: Meiosis in General Biology I. They cover asexual versus sexual reproduction, mitosis, and meiosis.
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General Biology I - Lecture 31: DNA Technology General Biology I - Lecture 31: DNA Technology
  • General Biology I - Lecture 31: DNA Technology

  • Class notes • 6 pages • 2020
  • These are the notes from Lecture 31: DNA Technology in General Biology I. The topics covered are HPV, PCR, cycle sequencing, next-generation sequencing, bacterial plasmids, and RNA sequencing.
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General Biology I - Lecture 28: Regulation of Gene Expression in Eukaryotes General Biology I - Lecture 28: Regulation of Gene Expression in Eukaryotes
  • General Biology I - Lecture 28: Regulation of Gene Expression in Eukaryotes

  • Class notes • 5 pages • 2020
  • These are the notes for Lecture 28: Regulation of Gene Expression in General Biology I. The topics covered are histone tails, DNA methylation, epigenetic inheritance, enhancers, transcription factors, and alternative RNA splicing.
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AP Bio chapter 5 organic molecules AP Bio chapter 5 organic molecules
  • AP Bio chapter 5 organic molecules

  • Textbook notes • 12 pages • 2020
  • In this set of notes, you will learn all the organic molecules structures and functions. I included my lecture notes as well as my textbook notes.
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