Chloroplast
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Starting at $89.00
Immunogen: AT3G13470 Q9LJE4 Synonyms: CPN60B2, CHAPERONIN-60BETA2, CPN60BETA2, CPNB2 Background:
Type I chaperonins are large, double ring complexes invovled in mediating the folding of unfolded proteins. In chloroplasts, chaperonin complex is designated Cpn60 complex. In Arabidopsis, two Cpn60α subunits and four Cpn60β subunits are present. Cpn60β1 (AT1G55490) and Cpn60β2 (AT3G13470) is the main Cpn60β subunit in chloroplasts. This antibody recognizes both proteins. -
Starting at $89.00
Immunogen: AT1G55490 P21240 Synonyms: CPN60B1, CHAPERONIN 60 BETA, CHAPERONIN-60BETA1, CPN60B, CPN60BETA1, CPNB1, LEN1, LESION INITIATION 1 Background:
Type I chaperonins are large, double ring complexes invovled in mediating the folding of unfolded proteins. In chloroplasts, chaperonin complex is designated Cpn60 complex. In Arabidopsis, two Cpn60α subunits and four Cpn60β subunits are present. Cpn60β1 (AT1G55490) and Cpn60β2 (AT3G13470) is the main Cpn60β subunit in chloroplasts. This antibody recognizes both proteins. -
Starting at $89.00
Immunogen: AT3G02630 Q9M879 Synonyms: AAD5, ACYL?ACYL CARRIER PROTEIN (ACP) DESATURASE 5 Background:
The A. thaliana contains seven AtSAD proteins, including SUPPRESSOR OF SALICYLIC ACID INSENSITIVE2 (AtSSI2/AtFAB2, AT2G43710), AtSAD1 (AT5G16240), AtSAD2 (AT3G02610), AtSAD3 (AT5G16230), AtSAD4 (AT3G02620), AtSAD5 (AT3G02630), and AtSAD6 (AT1G43800). They are the only enzymes catalyzing the conversion of C18:0 into C18:1 in plant cells, and thus their activity primarily controls the saturated to monounsaturated FAs ratio. -
Starting at $89.00
Immunogen: AT5G16240 Q9LF04 Synonyms: AAD1, ACYL-ACYL CARRIER PROTEIN DESATURASE1 Background:
The A. thaliana contains seven AtSAD proteins, including SUPPRESSOR OF SALICYLIC ACID INSENSITIVE2 (AtSSI2/AtFAB2, AT2G43710), AtSAD1 (AT5G16240), AtSAD2 (AT3G02610), AtSAD3 (AT5G16230), AtSAD4 (AT3G02620), AtSAD5 (AT3G02630), and AtSAD6 (AT1G43800). They are the only enzymes catalyzing the conversion of C18:0 into C18:1 in plant cells, and thus their activity primarily controls the saturated to monounsaturated FAs ratio.