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. 2011 Jan 7;23(1):333–349. doi: 10.1105/tpc.110.078170

Table 2.

C. reinhardtii Strains Generated by Transformation

Recipient Strain Transforming Plasmid Transformed Strains
Nuclear transformationa
mca1-6 plgMCA1-HA [1]b mH
mtF plgMCA1-HA [1]b mHtF
tca1-8 pshTCA1-Fl [1]c CTCA1
Chloroplast transformationd
mH petA [2] mH {ΔpetA}e
mH pWFStopK [this study] mH {petASt}e
mH p5′dAf K [this study] mH {5′dAf }f
mH pf283St [3] mH {fSol}eg
mH pf312St [4] mH {f312St}g
mH pf310St [4] mH {f310St}g
mH pf307St [4] mH {f307St}g
mH pf304M [4] mH {f304M}h
mH pf307S [4] mH {f307S}h
mH pfΔK [4] mH {fΔK}h
mH p5′dAf307S [this study] mH {5′dAf307S}fh
mH petD [2] mH {ΔpetD}e
mHt petA [2] mHtpetA}f
mHt p5′dAfK [this study] mHt {5′dAf}fi
mHt p5′dAf307S [this study] mHt {5′dAf307S}hi
tF petA [2] tF {ΔpetA}e
mtF petA [2] mtF {ΔpetA}f
a

All recipient strains were nonphotosynthetic, and transformants were selected for photoautotrophy on minimum medium (Harris, 1989) under high light (200 μE·m−2·s−1).

b

Plasmid DNA was linearized with XbaI that cuts upstream of the MCA1 initiation codon before transformation.

c

Plasmid was cut with XbaI and SfiI, and the 5461-bp fragment that encodes the C-terminal domain of TCA1 was used for transformation after gel purification.

d

All recipient strains were spectinomycin sensitive. Transformed strains were selected for resistance to spectinomycin (100 μg·mL−1) under low light (5 μE·m−2·s−1) and subcloned in darkness until they reached homoplasmy, unless otherwise indicated.

e

Homoplasmy was deduced from the loss of photoautotrophic growth capacity.

f

Homoplasmy was assessed by RNA gel blot experiments.

g

Homoplasmy was assessed by protein immunoblot analysis for the expression of truncated versions of cytochrome f.

h

The presence of the f307S substitution was screened by restriction fragment length polymorphism analysis of PCR products amplified with primers Test_petA_For and Test_petA_Rev, as described by Choquet et al. (2003 [see Supplemental Table A]).

i

Strains were subcloned under dim light (25 μE·m2 ·s−1) as recipient strains were nonphotosynthetic mutants, whereas the transformed strains regained photoautrophic growth capability.