Biology lecture notes - Study guides, Class notes & Summaries

This 69 page document includes lecture notes/summary of all lectures given in the course Advanced Molecular Biology (Radboud University bachelor 2nd year/pre-master) FWI-BB017C 6EC. My grade = 8,0. It includes a table of contents where you can easily find the 4 themes with all different topics including molecular techniques, gene expression/control, transcription, cell cycle, and cancer.

Biology Lecture Notes Y. Nagah 1 | P a g e Biology Lecture Notes (STEMer’s guide) 2024 Lecture (3) Resting potential – Action potential Mr. Youssef Nagah Biology Lecture Notes Y. Nagah 2 | P a g e Ion pump and ion channels establish the resting potential of a neuron As you know, ions are unequally distributed between the interior of cells and the fluid that surrounds them. As a result, the inside of a cell is negatively charged relative to the outside. Because the attraction o...

Biology Lecture Notes FINAL END OF YEAR 2023 (STEMer’s guide) 2024 Lecture (3) Resting potential – Action potential 2 | P a g e ION PUMP AND ION CHANNELS ESTABLISH THE RESTING POTENTIAL OF A NEURON As you know, ions are unequally distributed between the interior of cells and the fluid that 3 | P a g e surrounds them. As a result, the inside of a cell is negatively charged relative to the outside. Because the attraction of opposite charges across the plasma membrane is a source of p...

These were the notes that were taken during my Principles of Biology class lecture during my second semester of undergrad

MICROBIOLOGY LECTURE NOTES CHAPTERS 3&4 TEST RATED 100 % CORRECT

MICROBIOLOGY LECTURE NOTES CHAPTER 11 TEST RATED 100 % CORRECT

MICROBIOLOGY LECTURE NOTES CHAPTER 2 TEST RATED 100 % CORRECT

MICROBIOLOGY LECTURE NOTES CHAPTER 10 TEST RATED 100 % CORRECT

Biology Lecture Notes Y. Nagah 2 | P a g e Ion pump and ion channels establish the resting potential of a neuron As you know, ions are unequally distributed between the interior of cells and the fluid that surrounds them. As a result, the inside of a cell is negatively charged relative to the outside. Because the attraction of opposite charges across the plasma membrane is a source of potential energy, this charge difference, or voltage, is called the membrane potential. • The membr...