final exam study guiderino Flashcards

1
Q

GHRH pathway

A

refer to notes

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2
Q

olfactory system GPCR pathway

A

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3
Q

PLC/Ca2+ signaling

A

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4
Q

photoreceptors and GPCRs

A

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5
Q

GPCR desensitization

A

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6
Q

Signaling via membrane soluble molecules and intracellular receptors

A

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7
Q

Auxin pathway

A

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8
Q

MT dynamic instability in vivo

A

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9
Q

Nucleation of MTs

A

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10
Q

censtronsomes and centrioles replication unto primary cilium

A

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11
Q

axonemal dynein movement

A

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12
Q

kartageners syndrome and nodal pathway

A

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13
Q

identification of cytoplasmic motor protein, house keeping information.

A

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14
Q

in vitro synthesis of MTs for identification of cytoplasmic motor protein

A

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15
Q

SDS-page experiment thing for id of motor protein

A

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16
Q

in vitro assay for motor activity

A

refer to notes

17
Q

identification of a cytoplasmic motor protein

A

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18
Q

kinesin movement on MTs

A

refer to notes

19
Q

Dynein motor activity

A

refer to notes

20
Q

Treadmilling

A

refer to notes

21
Q

Different actin regulatory proteins and functions

A

refer to notes

22
Q

Regulation of myosin II by MLCK

A

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23
Q

Organization of a sarcomere

A

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24
Q

Muscle contraction

A

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25
Major motor proteins: direction, tightly boound to cytoskeleton compionent when, processivity type
refer to notes
26
Ash1 mRNA localization in budding yeast
refer to notes
27
How was it shown that MTs and actin are necessary for mRNA localization in the Drosophila oocyte?
refer to notes
28
Fusion of head domains of MT motors to B-gal reveal MT orientation
refer to notes
29
Bcd and osk mRNA transport by kinesin and dynein. (how was it shown)
refer to notes | LOF mutants accumulate wehre
30
Egl interacts with DLC
refer to notes | ip and western
31
BicD and Egl proteins interact.
refer to notes | GST pulldown
32
Egl binds to 3' UTR sequences
ITS and ILS = hint | refer to notes
33
Yeast 2-hybrid interaction assay
refer to notes
34
BicD and others hybrid asasy
refer to notes
35
mRNA transport in Drosophila oocytes
refer to notes