Genes, Molecules and Cells

This class was created by Brainscape user Faith Hinchliffe. Visit their profile to learn more about the creator.

Decks in this class (43)

Lecture 1: Cell Theory and Microscopy
What does cell theory state 1,
What is the difference between ma...,
What is the limit of resolution a...
4  cards
Lecture 2: Cell Types and Specialisation
0  cards
Lecture 3: Cell Boundaries and Membranes
0  cards
Lecture 4: Cell Organelles
0  cards
Lecture 5: Genetic Storage and Transfer
0  cards
Lecture 6:
0  cards
Lecture 7:
0  cards
Lecture 8:
0  cards
Lecture 9:
0  cards
Lecture 10: DNA and RNA
0  cards
Lecture 11: DNA replication
0  cards
Lecture 12: DNA replication
Why does telomere shortening occur 1,
Which enzyme extends telomeres 2,
Where is telomerase active 3
13  cards
Lecture 13: Prokaryotic Transcription
0  cards
Lecture 14: Eukaryotic Transcription
0  cards
Lecture 15: The Genetic Code (Translation)
0  cards
Lecture 16: Translation
0  cards
Lecture 17: Amino Acids and Proteins 1
0  cards
Lecture 18: Amino Acids and Proteins 2
0  cards
Lecture 19: Amino Acids and Proteins 3
0  cards
Lecture 20: Amino Acids and Proteins 4
0  cards
Lecture 21: Enzyme Applications
0  cards
Lecture 22: Enzyme Kinetics
0  cards
Lecture 23: Enzyme Inhibition
0  cards
Lecture 24: Enzyme Regulation
0  cards
Lecture 25: Glycolysis and the TCA Cycle
Define metabolism 1,
Define catabolic 2,
Define anabolic 3
37  cards
Lecture 26: ATP Production and Oxidative Phosphorylation
0  cards
Lecture 27: Gluconeogenesis and Glycogen
0  cards
Lecture 28: Nitrogen Metabolism 1
Protein breakdown and the Urea cycle
21  cards
Lecture 29: Nitrogen Metabolism 2
0  cards
Lecture 30: Fat metabolism
0  cards
Lecture 31: Anabolic and Catabolic state
0  cards
Lecture 32: Photosynthesis
0  cards
Lecture 33: Mutations
0  cards
Lecture 34: Mutagens and repair mechanisms
0  cards
Lecture 35: Eukaryotic Genome Structure
0  cards
Lecture 36: Gene and Genome organisation of bacteria and viruses
0  cards
Lecture 37: Genetic Engineering 1&2
0  cards
Lecture 38: Genetic Engineering 3&4
0  cards
lecture 39: Membrane structure and Function 1&2
Blank 1,
Blank 2
2  cards
Lecture 40: The Cytoskeleton
0  cards
Lecture 41: Movement and Motor Proteins
0  cards
Lecture 42: Cell Cycle and Mitosis
Describe cell theory 1,
What is cancer 2,
Describe g1 stage 3
23  cards
Lecture 43: Cell Cycle Control
Describe the sac 1,
Blank 2
2  cards

More about
Genes, Molecules and Cells

  • Class purpose General learning

Learn faster with Brainscape on your web, iPhone, or Android device. Study Faith Hinchliffe's Genes, Molecules and Cells flashcards now!

How studying works.

Brainscape's adaptive web mobile flashcards system will drill you on your weaknesses, using a pattern guaranteed to help you learn more in less time.

Add your own flashcards.

Either request "Edit" access from the author, or make a copy of the class to edit as your own. And you can always create a totally new class of your own too!

What's Brainscape anyway?

Brainscape is a digital flashcards platform where you can find, create, share, and study any subject on the planet.

We use an adaptive study algorithm that is proven to help you learn faster and remember longer....

Looking for something else?

Organic Chemistry 101
  • 10 decks
  • 475 flashcards
  • 2,738 learners
Decks: Bonding, Analysis And Spectra, Separation And Purification, And more!
Genes, Molecules and Cells (1)
  • 23 decks
  • 359 flashcards
  • 8 learners
Decks: Cell Types And Specialisation, Cell Theory And Microscopy, Boundaries And Membranes, And more!
Gene 30001 evolutionary genetic
  • 34 decks
  • 612 flashcards
  • 7 learners
Decks: Lec1 Mutation Rate, W1 L2 Negative Selection W, W1 L3 Molecular Clock Th, And more!
Molecules to Cells
  • 34 decks
  • 894 flashcards
  • 32 learners
Decks: Protein Structure And Function, Protein Folding And Misfolding, Protein Misfolding And Disease, And more!
Make Flashcards