Targeted Therapy in Cancer Flashcards

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1
Q

average age of diagnosis if chronic myeloid leukaemia

A

65

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2
Q

survival rate of CML at 5 years

A

60%

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3
Q

what is chronic myeloid leukaemia

A

Cancer of bone marrow (myeloid cells)

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4
Q

an AR signalling inhibitor that directly targets three stages of the AR

A

Enzalutamide

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5
Q

3 angiogenesis stimulators

A

VEGF

FGF

PDGF

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6
Q

main treatment of CML

A

Imatinib

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7
Q

how does imatinib work

A

drug which inhibits Abl

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8
Q

3 drugs that inhibit angiogenesis

A

Sunitinib (‘Sutent’)

Pazopanib (‘Votrient’)

Axitinib (‘Inlyta’)

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9
Q

3 problems with precision medication

A
  1. We don’t have a targeted drug for most patients
  2. Cancer isn’t usually a single mutation disease
  3. To understand the current tumour, we need to perform biopsies
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10
Q

‘old fashioned’ cytotoxic drug working in many common tumours

A

Docetaxel

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11
Q

side effect of Docetaxel

A

bone marrow suppression 


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12
Q

first treatment for metastatic PC

A

Castration therapy

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13
Q

drugs can’t target a specific process in an aberrant signalling pathway - true or false

A

false

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14
Q

what is personalised medicine

A

Targeting specific groups of patients using targeted therapies

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15
Q

Oncogenes (eg. Kinases) cause pathways to be

A

overactive

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16
Q

Tumour suppressor genes don’t work because they

A

are missing circuit components

17
Q

clonal

A

Some mutations were present throughout individual tumour

18
Q

subclonal

A

Some mutations only present in a subset of copies

19
Q

Advantages of newer targeted treatments

A

More selective for cancer cells

Less selective for normal cells

20
Q

in the stroma, which kinase results in renal cancer

A

VEGF receptor kinases

21
Q

in cancer cells, which mutation results in melanoma

A

Raf kinase mutations

MAP kinase

22
Q

in cancer cells, which mutation results in lung cancer

A

EGF receptor kinase mutations

ALK kinase mutations

23
Q

in cancer cells, which mutation results in gastro-intesinal stromal tumours

A

Kit kinase mutations

24
Q

in cancer cells, which mutation results in breast cancer

A

Her2

25
Q

in cancer cells, which mutation results in medullary thyroid cancers

A

Ret kinase mutations

26
Q

in cancer cells, which mutation results in myelodysplastic syndrome

A

JAK kinase mutations

27
Q

how to tumours become desensitised to imatinib

A

Kinase mutations emerge which are no longer sensitive to imatinib

28
Q

2 molecular markers in medicine

A

predictive markers

prognostic markers

29
Q

example of predictive marker

A

EGFR mutations in lung cancer

30
Q

example of prognostic markers

A

CTCs in breast cancer

31
Q
A
32
Q
A
33
Q
A
34
Q
A
35
Q
A
36
Q
A