#Question id: 12723
#Unit 6. System Physiology – Plant
#Question id: 12724
#Unit 6. System Physiology – Plant
In response to sudden, 5 to 10°C rises in temperature, plants produce a unique set of proteins referred to as heat shock proteins (HSPs). There are five classes of heat shock proteins found in plants such as;
|
HSP class |
Examples
(Arabidopsis / prokaryotic) |
Cellular location |
|
I) HSP100 |
a) AtTCP-1 /
GroEL, GroES |
i) Cytosol |
|
II) HSP90 |
b) Various
AtHSP22, AtHSP20, AtHSP18.2, AtHSP17.6 / IBPA/B |
ii) mitochondria |
|
III) HSP70 |
c) AtHSP101 /
ClpB, ClpA/C |
iii) chloroplasts |
|
IV) HSP60 |
d) AtHSP70 /
DnaK |
iv) endoplasmic
reticulum |
|
V) smHSP |
e) AtHSP90 /
HtpG |
|
Match the following HSPs with their correct location and the examples of the HSPs;
#Question id: 27687
#Unit 6. System Physiology – Plant
Precursor of GB is
#Question id: 29549
#Unit 6. System Physiology – Plant
| Disease | Pathogen |
| 1. Late blight disease | a. Puccinia graminis |
| 2. Black stem rust | b. Phytophthora infestans |
| 3. black Sigatoka disease | c. Mycosphaerella fijiensis |
#Question id: 29550
#Unit 6. System Physiology – Plant
Normally effector molecule Inhibit brassinosteroids signalling by inhibiting ………
#Question id: 29551
#Unit 6. System Physiology – Plant
Which of the following is correctly related or defining the effector molecule regarding pathogen