Lecture 1 Concept Notes Flashcards

1
Q

SAR

A

Structure activity relationship:

How the structure of the drug affects how the drug functions in the body

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2
Q

MOA

A

Mechanism of Action
How the drug reacts with targets in the body on a molecular level

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3
Q

ADME

A

Absorption, distribution, metabolism and excretion

can sometimes also include toxicity

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4
Q

Where is aspirin derived from?

A

Willow tree bark contains salicylic acid which is one of the precursors for aspirin

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5
Q

Where is morphine derived from?

A

From opium poppy, a plant

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6
Q

How to define a good or a bad drug?

A

Subjective. Can depend on how the drug interacts and side effects in the body. Too much of any drug can be harmful

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7
Q

Medicinal Chemistry goal

A

improve drugs to the best of their ability

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8
Q

Therapeutic Index

A

The ratio between the therapeutic effect & the toxicity of the drug.

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9
Q

T/F:
A small TI is good

A

False.

We want the therapeutic index to be as large as possible. This means we can give multiple or higher doses of a drug before the drug starts to have toxic effects on the body.

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10
Q

Warfarin, small therapeutic index. Explain

A

If another dose is given of warfarin, it increases the chance of the drug causing issues in the body. There is unwanted adverse effects with a smaller dose of warfarin.

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11
Q

Pencillin, large thereputic index

A

Multiple doses or higher doses of penicillin are okay, and will not cause unwanted adverse effects in the body

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12
Q

Name two ways a drug target can be validated

A

Gene Knockout, and RNAI (RNA interference )

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13
Q

Explain Gene Knockout

A

When a gene is removed from expressing to see how a disease progresses without it.

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14
Q

RNA interference

A

reduces expression through RNA molecules and gives insights as to how disease progression occurs without that gene

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15
Q

Receptors Validation

A

Validates the relationship between the receptor and the drug

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16
Q

Enzyme Validation

A

Validates how enzymes interact with the drug

17
Q

Ion channel validation

A

Validates how ion channels interact with the drug

18
Q

protein-protien interaction

A

interactions between proteins and the drug

19
Q

Example of a biological target: Lipitor (dont need to know but to explain the concept)

A

CoA receptors

20
Q

Natural Products

A

fully derived from a natural product like a fungi, bacteria, plants, etc.

21
Q

Name three drugs that are natural products

A

Erythromycin A
Morphine
Lovastatin

22
Q

Natural product analogs
Semi-synthetic approach

A

Drug is edited from a natural product and some functional groups change

23
Q

Examples of natural product analogs & what theyre synthesized from

A

Heroin and Oxycodone –> from Morphine

Simvastatin –> Lovastatin

Telitrhomycin –> Erythromycin

24
Q

Example of Natural product inspired agents

A

Methadone & Procaine

24
Natural product inspired agents
Inspired from a natural product, but changes in significant ways
25
Synthetic drugs (based on rational design)
Created rationally Ex- finding a substrate that fits into an enzyme and creating a drug that looks like the substrate that wont be metabolized, but rather prevent the enzyme from working
26
Example of a synthetic drug
Captopril
27
Synthetic drug
Fully synthetically made
28
HTS (high throughput screening)
Screens hundreds of thousands of compounds until a hit is found
29
Examples of synthetic drugs
Clopidogrel (Plavix) or Imatinib (Gleevec)
30
Serendipity in drug discovery
Drugs that are discovered by accident, or for another indication.
31
Examples of serendipity
Penicillin or Viagra
32
how was penicillin discovered
It was observed that penicillin inhibits bacterial growth on a mold plate
33
what was viagra initially used for
Viagra was initially use for chest pains and found to be useful for erectile dysfunction
34