Year: 2024
Type: article
Abstract: Human monocarboxylate transporters (hMCTs) belong to the solute carrier 16 (SLC16) family of proteins and are responsible for the bi-directional transport of various metabolites, including monocarboxylates, hormones, and aromatic amino acids. Hence, the metabolic role of hMCTs is undisputable, as they are directly involved in providing nutrients for oxidation and gluconeogenesis as well as participate in circulation of iodothyronines. However, due to the difficulty in obtaining suitable amounts of stable hMCT samples, the structural information available for these transporters is limited, hindering the development of effective therapeutics. Here we provide a straightforward, cost-effective strategy for the overproduction of hMCTs using a whole-cell Saccharomyces cerevisiae-based system. Our results indicate that this platform is able to provide three hMCTs, i.e., hMCT1 and hMCT4 (monocarboxylate transporters), and hMCT10 (an aromatic amino acid transporter). hMCT1 and hMCT10 are recovered in the quantity and quality required for downstream structural and functional characterization. Overall, our findings demonstrate the suitability of this platform to deliver physiologically relevant membrane proteins for biophysical studies.
Source: Cells
Institutions: University of Copenhagen, Lund University
Language: English
Subfield: Oncology
Field: Medicine
Domain: Health Sciences
Open Access status: gold
Estimated APC paid: $2,493
Awards: G108025342, G1106556690, G1144820441, G1148368899, G1148555185, G123663901, G1238694858, G1264326509, G1297956938, G1385110435, G1509589849, G1551738188, G1639035230, G1646046377, G1664882636, G1734421000, G1795814177, G1826963281, G1877407563, G1893318786, G1932636497, G1977969415, G2042407276, G2069372136, G2127718438, G2255265212, G2322571663, G2343226780, G239720782, G2397278466, G2430567079, G2459838018, G2552791572, G2567096810, G2596370767, G2656918447, G2823983972, G292835490, G2937679842, G3078839520, G3106080570, G312879016, G317311872, G3185636488, G3217305519, G3244335847, G325084317, G3252773853, G3255210507, G334494739, G3357086232, G3427319507, G3467896284, G3499583756, G351558154, G3518322322, G3549743344, G3598611516, G3628077178, G3630248052, G3632458369, G365614133, G3740659729, G3981718845, G40090743, G4056674546, G4080089944, G4244453004, G4274832431, G4323140162, G4375558373, G4388350735, G4520367783, G4591031804, G4596320261, G462323145, G463823130, G4718313952, G4741754681, G4758571409, G4778345593, G4786099349, G4808936127, G494642289, G505960653, G5084933454, G5090421634, G5104823421, G5154000508, G5289367603, G5355910116, G5378672312, G54641898, G5479358369, G5481650655, G5494991739, G5495941428, G5508320630, G5509220911, G5526518500, G5564989001, G5716552557, G5737179440, G5820163771, G5914967750, G5916036247, G5983305504, G6113440231, G6183303734, G6202446199, G6245113136, G6296791325, G6337513452, G6367454132, G6372444804, G6382768629, G6428267995, G6448517584, Ion channel structural biology - from basic to applied sciences, G6479254104, G6719384423, G6769479320, G6819014367, G6847545947, G6915868155, G7033348822, G7083029324, G7200791218, G7260226028, G7290847570, G7307738753, G731250434, G73224913, G734170112, G7342731218, G7374589850, Unzipping human zinc-transport, G7419124604, G7489175061, G7528829461, G7563026159, G7633700660, G7665056331, G7677720641, G7912473206, G796622253, G8088593778, G8097808877, G8110605390, G8132780400, G8181432942, G8188808496, G8215400737, G8261745984, G8393920771, G8489428990, G849873964, G851507502, G8559920714, G8590709850, G860412031, G8818087286, G8853233011, G8881924203, G8908948232, G8911029163, G947591926, G967664046, G969451127, G99281538
OpenAlex ID: W4402677478