This class was created by Brainscape user Meg Cunningham. Visit their profile to learn more about the creator.
By:
Meg Cunningham
- decks
- flashcards
- learners
Decks in this class (19)
L1 - Ligand binding to receptors
Explain the key factors involved ...,
What are the relative roles of di...,
Role of receptors in ligand bindi...
8
cards
L2- The concept of agonism
Explain how conventional agonists...,
Define the term efficacy 2,
What is the relationship between ...
14
cards
L3 - The concept of antagonism
Describe competitive antagonism 1,
Example of competitive antagonist 2,
Describe irreversible antagonist 3
15
cards
L4 - Quantitative receptor pharmacology Pt1
Define the key components of a co...,
Competition binding studies can b...,
Hypothetical competition binding ...
13
cards
L5 - Quantitative receptor pharmacology pt2
Blank 1,
Spikes binding analysis 2,
S 3
8
cards
L6 - Quantitative receptor pharmacology
Describe the impact of competitiv...,
Describe the schild analysis 2,
What is the schild equation 3
10
cards
L7 - Introduction to Protein Structure and Function
List and describe the four levels...,
What is the common structure of a...,
What is the common structure of p...
10
cards
L8- Introduction to the structure/function relationship
What is the function of a binding...,
What are the major features of a ...,
True or false the shape and elect...
16
cards
L9 - Exploiting the protein structure/function relationship for drug discovery and design
Describe the rationale of structu...,
Process of sbdd 2,
List the features of a good drug ...
12
cards
L10 - GPCR classification, signalling and regulation
Describe the structural features ...,
Describe the different forms of g...,
Rhodopsin class a 3
15
cards
L11 - GPCR ligand binding and activation
How many amino acids are there 1,
4 residue interactions 2,
Transmembrane alpha helices are _...
35
cards
L12 - Novel avenues for GPCR drug discovery
What is biased signalling 1,
Ligand bias signalling 2,
Receptor bias 3
32
cards
L13 - Receptor Tyrosine Kinase
7 capabilities of tumor cells 1,
General structure of kinase linke...,
Basic steps of kinase phosphoryla...
32
cards
L14- Phosphotyrosine-based cell signalling
What mediates intracellular signa...,
How is intracellular signalling p...,
4 modular domains in signal propo...
19
cards
L15 - SIGNALLING DOWNSTREAM OF RTKS
Irs 1 as a multidomain protein 1,
Ras raf mapk pathway 2,
What is the function of ap 1 and ...
20
cards
L16 - TYROSINE PHOSPHORYLATION & DISEASE
Fgfr3 mutation 1,
What are gain of function mutatio...,
Examples of gain of function muta...
37
cards
L17- intro to ion channels and transporters
What is a current 1,
Depolarisation 2,
Hyperpolarisation 3
20
cards
L18 - Voltage gated ion channels
Structure of vgic 1,
Voltage sensors 2,
Vgic and action potential 3
21
cards
L19 - membrane channels
Major excitatory neurotransmitter 1,
Major inhibitory neurotransmitter 2,
Excitatory neurotransmitters 3
24
cards
More about
PHAR3310
- Class purpose General learning
Learn faster with Brainscape on your web, iPhone, or Android device. Study Meg Cunningham's PHAR3310 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....
