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Design and assembly of the 117-kb Phaeodactylum tricornutum chloroplast genome.

Walker EJL, Pampuch M, Chang N, Cochrane RR, Karas BJ
Plant Physiol. 2023 Dec 19:kiad670. doi: 10.1093/plphys/kiad670. (Link opens in a new window) PubMed (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
206429pSAPA vector backbone domesticated for SapI (pCC1BAC-based), contains elements for selection, maintenance, and propagation in S. cerevisiae (TRP1) and E. coli (cat).
206431pINTO_7/8A vector backbone (pCC1BAC-based) containing a single SapI recognition site. When digested, it exposes overhangs that allow integration of the vector into the P. tricornutum chloroplast genome.
206846pCHAP1A plasmid containing a 14,519 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.
206847pCHAP2A plasmid containing a 15,249 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.
206848pCHAP3_URAA plasmid containing a 17,271 bp fragment of the P. tricornutum chloroplast genome. The yeast marker URA3 was integrated into the chloroplast fragment, which is flanked by SapI sites.
206849pCHAP3_SapA plasmid containing a 17,271 bp fragment of the P. tricornutum chloroplast genome. The yeast marker URA3 was domesticated for SapI and integrated into the chloroplast fragment.
206850pCHAP4A plasmid containing a 16,121 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector.
206851pCHAP5A plasmid containing a 17,639 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.
206852pCHAP6A plasmid containing a 15,671 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.
206853pCHAP7A plasmid containing a 13,748 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.
206855pPt_CpA plasmid containing the whole P. tricornutum chloroplast genome, cloned with a pCC1BAC-based backbone. The marker URA3 was integrated into the genome.
206856pPt_SapA plasmid containing the whole P. tricornutum chloroplast genome, cloned with a pCC1BAC-based backbone. It contains a single SapI site located in the URA3 marker, which was integrated into the genome.
206857pCHAP8A plasmid containing a 11,944 bp fragment of the P. tricornutum chloroplast genome. The fragment is flanked by SapI recognition sites, allowing it to be released from the cloning vector pSAP1.

Antibodies from Article