Met motifs, which are defined as methionine-rich sequences that are located in the high-affinity copper transporter Ctr1, possess integral membrane proteins that contain domains and motifs that are preserved all through the eukaryotic lineages. Therefore, the N-terminal areas are facilitated with Cu(I) in stable trigonal coordination that permits facile Cu(I) transfer via the membrane straddling areas of the protein to cysteines on the side of the cytoplasm. The divalent ions that involve iron, zinc, and copper are thus with reduced affinity for the thiolate coordination, which instead finishes with the copper ions making the transporter highly discerning.
Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule?
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Academic.Tips. (2022) 'Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule'. 15 November.
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Academic.Tips. (2022, November 15). Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule? https://academic.tips/question/met7-pcoc-protein-was-used-to-compare-to-the-extracellular-portion-of-ctr1-how-can-met7-pcoc-be-used-as-a-reference-for-ctr1-even-though-its-a-different-molecule/
References
Academic.Tips. 2022. "Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule?" November 15, 2022. https://academic.tips/question/met7-pcoc-protein-was-used-to-compare-to-the-extracellular-portion-of-ctr1-how-can-met7-pcoc-be-used-as-a-reference-for-ctr1-even-though-its-a-different-molecule/.
1. Academic.Tips. "Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule?" November 15, 2022. https://academic.tips/question/met7-pcoc-protein-was-used-to-compare-to-the-extracellular-portion-of-ctr1-how-can-met7-pcoc-be-used-as-a-reference-for-ctr1-even-though-its-a-different-molecule/.
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Academic.Tips. "Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule?" November 15, 2022. https://academic.tips/question/met7-pcoc-protein-was-used-to-compare-to-the-extracellular-portion-of-ctr1-how-can-met7-pcoc-be-used-as-a-reference-for-ctr1-even-though-its-a-different-molecule/.
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"Met7-PcoC protein was used to compare to the extracellular portion of Ctr1. How can Met7-PcoC be used as a reference for Ctr1 even though it’s a different molecule?" Academic.Tips, 15 Nov. 2022, academic.tips/question/met7-pcoc-protein-was-used-to-compare-to-the-extracellular-portion-of-ctr1-how-can-met7-pcoc-be-used-as-a-reference-for-ctr1-even-though-its-a-different-molecule/.
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