Drug Development Process And Application Flashcards

1
Q

Microbes resist the effects of the drug making them stronger and harder to eradicate.

A

Antimicrobial Resistance

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2
Q

cancer cells survive and grow despite anti-cancer therapies.

A

Antineoplastic resistance

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3
Q

Examples of conditions with no treatment

A

AIDS, Polio, Multiple Sclerosis

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4
Q

Role of Pharmaceutical Research Companies in the Development of New Drugs.

A

-Understand a disease
-Identify targets
-Formulate drugs that will affect the targets

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5
Q

Tuseran forte contains:

A

Dextromethorphan - Antitussive
Phenylpropanolamine - Decongestant
Paracetamol - Antipyretic

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6
Q

Tuseran Night Contains:

A

Diphenhydramine - Antihistamine (Allergies)
Phenylpropanolamine - Decongestant

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7
Q

means by which a drug enters the body

A

Route of administration

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8
Q

Give example of route of administration

A

Oral, Parenteral, topical

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9
Q

Describes the physical form in which medication will be delivered into the body

A

Dosage form

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10
Q

The basis or standard in drug development

A

Goal drug

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11
Q

invasive meaning no break in the skin is created safe from infections, convenient, not humiliating or offensive to the patient

A

Convenient route

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12
Q

Characteristics of New Drug

A
  1. Drug wherein there’s change in previously approved drug product
  2. In combination
  3. New use of stablished drug
  4. New Dosage regimen sched
  5. New route of administration
  6. New dosage form
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13
Q

Characteristics of Goal Drug

A
  1. Must produce desirable effect
  2. least conc. With the least frequency
  3. Must have an optimal onset of action and duration of activity
  4. Exhibits no side effects
  5. Completely eliminated from the body
  6. Easily produced at low cost
  7. Physically & Chemically stable under storage conditions.
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14
Q

Methods of Drug Discovery

A

Pre Discovery
Target Identification
Target Validation
Drug Discovery
Early safety tests
Lead Optimization
Pre- clinical Studies

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15
Q

Understanding the disease

A

Pre-discovery

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16
Q

Choosing of molecule to target with a drug

A

Target Identification

17
Q

Drug targets

A

 Receptors – 45%
 Enzymes – 28%
 Hormones – 11%
 Ion Channels – 7%
 DNA–5%
 Nuclear Receptors – 2%
 Unknown – 1%

18
Q

Scientists must understand how:

A
  1. Genes are altered
  2. Altered genes affect the proteins they encode
  3. Encoded proteins interact with each other in the living cells
  4. Affected cells change the specific tissue they are in
  5. Disease affect the entire patient
19
Q

Test the target and confirm its role in the disease

A

Target validation

20
Q

Why is Target Validation Essential in the Drug Development Process?

A

 Helps scientists avoid research paths that look promising but lead to a dead
end
 Demonstrates that a particular target is relevant to the disease being
studied

21
Q

Find a promising molecule (“lead compound”) that may act on the target and alter the disease course

A

Drug Discovery

22
Q

Ways in Which Lead Compounds are Discovered

A

Nature
De novo synthesis
High Throughout Screening
Biotechnology

23
Q

From bacteria in soil or molds in plants, from contents of plants

A

Nature

24
Q

Molecule or compounds are formed from scratch using computer modeling

A

De Novo Synthesis

25
Q

The use of automated equipment to rapidly test thousands to
millions of samples for a specific biological target

A

High Throughput Screening

26
Q

Manipulation, through genetic engineering, of living organisms or their contents to produce drugs

A

Biotechnology

27
Q

Monoclonal antibody used to treat multiple diseases

A

Humira

28
Q

insulin used for diabetes

A

Lantus

29
Q

Example of Antimicrobial

A

Antibiotic
Antiviral
Antifungal

30
Q

Example of antineoplastic

A

Anticancer

31
Q

Treatment for breast cancer

A

Herceptin

32
Q

Lead compounds go through a series of tests to provide an early assessment of the safety of the lead compound

A

Early safety tests

33
Q

Pharmacokinetic properties of a successful Lead Compound

A

ADME ( Absorbed, Distributed, Metabolized, Excretion )

34
Q

Lead compounds that pass the initial screening are altered structurally to make them more effective and safer.

A

Lead optimization

35
Q

Activities involved in lead optimization

A
  1. Biologists test the effect of analogues on biological systems
  2. Chemists take this info. to make additional alterations that are retested by the biologists
36
Q

The resulting substance in lead optimization is known as

A

Candidate Drug

37
Q

Other things to consider in lead optimization

A

Drug formulation
Delivery mechanism
Large - Scale manufacturing

38
Q

Animal testing

A

Pre - clinical Studies

39
Q

Comprehensive Drug Abuse Prevention and Control Act of 1970 now referred to as

A

Controlled Substances Act
[CSA)