Exploring chloroplast stress biology—with PhytoAB antibodies!
Exploring chloroplast stress biology—with PhytoAB antibodies!
How does singlet oxygen trigger plant stress responses?
In New Phytologist, Zhang and colleagues revisited the widely studied Arabidopsis flu1-1 mutant and found that it retains partial FLU function. They also showed that stronger singlet-oxygen production in FLU-knockout backgrounds can trigger chloroplast damage and cell death even without EXECUTER1 (EX1).
The study’s methods cite eight PhytoAB primary antibodies for Western blot analysis, spanning photosynthetic proteins and chlorophyll biosynthesis:
D1/PsbA — PHY0363A
CP43/PsbC — PHY0365A
CHLM — PHY2836S
CHLD — PHY2270S
LHCA/Lhca1 — PHY0043A
FLU — PHY3949S
LHCB/Lhcb1 — PHY0487A
RbcL — PHY0096A
Explore selected antibodies used in the study:
D1/PsbA | PHY0363A
CP43/PsbC | PHY0365A
Lhca1 | PHY0043A
Lhcb1 | PHY0487A
RbcL | PHY0096A
Investigating chloroplast proteins, photosynthesis, or plant stress? Explore PhytoAB antibodies for your next experiment.
