Course Description

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Cover Every Course Topic: This channel supports college level Introductory Calculus for Life Science 4-year programs as a tutorial companion or general refresh. It contains custom library of recorded video tutorials designed to help students achieve success. Each topic includes a concept overview and step-by-step examples, covering of every topic in standard US and Canadian college curriculum.

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Tutorials are created by subject experts who have taken and excelled in this course within the last three years at top institutions like UCLA and UC Berkeley.

Course curriculum

  • 1

    Molecular Structure: Introduction & Review

  • 2

    Resonance

    • Resonance | Overview

    • Basic Rules of Drawing Resonsance Structures | Overview
  • 3

    Conjugated Molecules

    • Consequences of Conjugation | Overivew

    • Conjugated Molecules | Overview (pt 1)

    • Conjugated Molecules | Overview (pt 2)
  • 4

    Aromaticity

    • Aromaticity | Overview

    • Consequnces of Aromaticty | Overview

    • Aromaticity | Examples
  • 5

    Intro to Stereochemistry

    • Intro to Stereochemistry | Overview (pt 1)

    • Intro to Stereochemistry | Overview (pt 2)
  • 6

    Stereochemistry Summary

    • Multiple Bonds | Overview

    • Multiple Stereocenters | Overview

    • Stereochemistry Summary | Overview

    • Meso Compounds | Overview

    • Biological Significance of Strereochemistry | Overview
  • 7

    Stereochemistry Nomenclature

    • Stereochemistry Nomenclature | Overview
  • 8

    Mass Spectrometry Intro

    • Mass Spectrometry Summary | Overview

    • Interpreting Mass Spectra | Overview

    • Features of a Mass Spectrum | Overview
  • 9

    Nuclear Magnetic Resonance Spectroscopy

    • H-NMR | Overview

    • H-NMR Summary | Overview

    • Chemical Shift & Shielding | Overview

    • Interpretation of H-NMR Spectra | Overview

    • Solving NMR Spectral Problems | Overview
  • 10

    Solving Spectroscopy Problems

    • Solving Spectroscopy Problems | Overview (pt 1)

    • Solving Spectroscopy Problems | Overview (pt 2)

    • Solving Spectroscopy Problems | Overview (pt 3)

    • Solving Spectroscopy Problems | Overview (pt 4)
  • 11

    C-NMR - 2D-NMR - MRI

    • MRI | Overview

    • 2D-NMR Spectroscopy | Overview

    • C-NMR | Overview (pt 1)

    • C-NMR | Overview (pt 2)
  • 12

    X-ray Crystallography

    • X-ray Crystallography | Overview
  • 13

    Noncovalent Molecular Forces

    • Noncovalent Molecular Forces Intro | Overview

    • Anion-Cation (electrostatic) & Dipole - Dipole | Overivew

    • Hydrogen Bonding & London Forces | Overview

    • Other Noncovalent Interactions | Overivew

    • Noncovalent Molecular Forces | Examples
  • 14

    Intro to Structure & Reactivity

    • Summary of Organic Acids & Bases | Overview

    • Intro to Structure & Reactivity - Organic Acids & Bases | Overview (pt 1)

    • Intro to Structure & Reactivity - Organic Acids & Bases | Overview (pt 2)

    • Intro to Structure & Reactivity - Organic Acids & Bases | Overview (pt 3)
  • 15

    Intro to Carbohydrates

    • Cyclic Monosaccharides | Overview

    • Aldose & Ketose Families | Overview

    • Hemiacetal & Hemiketal | Overview

    • Intro to Carbohydrates | Overview

    • Monosaccharides Molecular Structure | Overivew

    • Disaccharides & Polysacchrides | Overview
  • 16

    Haworth Projections

    • Haworth Projections | Overview
  • 17

    Fischer Projections

    • Fischer Projections | Overview
  • 18

    Intro to Lipids

    • Intro to Lipids | Overview

    • Fatty Acids, Waxes, Triglycerides | Overview
  • 19

    Amino Acids & Peptides

    • Amino Acids & Peptides | Overview

    • Amino Acids & Peptides | Overview (1)

    • The Four Levels of Protein Structure | Overview
  • 20

    DNA

    • DNA | Overview

    • Intro to Nucleic Acids | Overview
  • 21

    Intro to Proteins

    • Intro to Proteins | Overview
  • 22

    Naming, Molecular Formulas & Structural Formulas

    • Naming, Molecular Formulas & Structural Formulas | Overview
  • 23

    Phospholipids, Prostaglandins, Streroids, Lipophilic Vitamins

    • Phospholipids, Prostaglandins, Streroids, Lipophilic Vitamins | Overview
  • 24

    Resonance Contributor Preference Rules

    • Resonance Contributor Preference Rules | Overview
  • 25

    Signal Splitting & the (n+1) rule

    • Signal Splitting & the (n+1) rule | Overview