Mempro™ Nanodisc Services: Design, Synthesis, & Immobilization by Creative Biostructure, Study Guides, Projects, Research of English Literature

Creative biostructure offers advanced nanodisc preparation services using their mempro™ platform. Nanodiscs are soluble nanoscale phospholipid bilayers composed of membrane scaffold proteins (msps), maintaining membrane proteins in solution and providing an inartificial phospholipid bilayer environment. Services include design, synthesis, immobilization, and more. The msp sequence and ratio of phospholipid to msp, as well as the detergent used, are crucial for generating highly homogeneous nanodiscs.

Typology: Study Guides, Projects, Research

2018/2019

Uploaded on 05/12/2019

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Nanodisc preparation
Creative Biostructure has focused on Nanodisc technology for years
our team
has established an advanced Mempro™ Nanodisc preparation platform to
provide various services including design, synthesis and immobilization, etc.
Scientists from Creative Biostructure are confident in providing high-quality
Mempro™ Nanodisc preparation services to meet all your demands.
Nanodiscs are soluble nanoscale phospholipid bilayers, which are composed
of membrane scaffold proteins (MSPs). Nanodiscs can maintain membrane
proteins in solution, and offer an inartificial nature phospholipid bilayer
environment in which the incorporated target keeps stable. Nanodiscs are
being used to study isolation, purification and solubilization of membrane
proteins and also is an advanced tool to learn interacting companions of
membrane embedded molecules.
Mempro™ Nanodisc Preparation Services
Figure 1. Illustrations of Nanodisc structures. (FEBS Letters 2010)
Mempro™ Nanodisc Design Services
The MSP used for generating Nanodiscs is based on the sequence of human
serum apolipoprotein AI. A bilayer domain is formed by the combined
phospholipid, meanwhile, the edges of the discoidal structure are warped
around by two molecules of MSP in a belt-like configuration. To get highly
homogeneous Nanodiscs, a specific ratio of phospholipid to MSP is necessary
during the assembly process based on the MSP belt-length/Nanodisc diameter.
The detergent used for initial solubilization is important as well, of which
sodium cholate is commonly used. This detergent is perfect for the lipid
fraction and generally present at a 2:1 mole ratio to total PL, or higher. Creative
Biostructure can design Nanodisc in various sizes with our Mempro™
Nanodisc design services.
Mempro™ Nanodisc Synthesis Services
Nanodiscs are assembled by a compound of detergent/phospholipid micelles
and MSPs. In all cases, the assembly process is begun by removal of
detergent, and the removal process is usually achieved by dialysis or
treatment with porous polystyrene beads. Besides, it’s both detergent and
temperature-dependent when removing the detergent by beads. Creative
Biostructure provides various Nanodisc synthesis services with the
accumulated experience, we can perform Nanodisc with highly suitable
temperature, ratio of phospholipid to MSP and ideal detergent.
Mempro™ Nanodisc Immobilization Services
The ability of modifying the MSP sequence and sticking on different tags at
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Nanodisc preparation

Creative Biostructure has focused on Nanodisc technology for years,our team has established an advanced Mempro™ Nanodisc preparation platform to provide various services including design, synthesis and immobilization, etc. Scientists from Creative Biostructure are confident in providing high-quality Mempro™ Nanodisc preparation services to meet all your demands.

Nanodiscs are soluble nanoscale phospholipid bilayers, which are composed of membrane scaffold proteins (MSPs). Nanodiscs can maintain membrane proteins in solution, and offer an inartificial nature phospholipid bilayer environment in which the incorporated target keeps stable. Nanodiscs are being used to study isolation, purification and solubilization of membrane proteins and also is an advanced tool to learn interacting companions of membrane embedded molecules.

Mempro™ Nanodisc Preparation Services Figure 1. Illustrations of Nanodisc structures. (FEBS Letters 2010)

Mempro™ Nanodisc Design Services The MSP used for generating Nanodiscs is based on the sequence of human serum apolipoprotein AI. A bilayer domain is formed by the combined phospholipid, meanwhile, the edges of the discoidal structure are warped around by two molecules of MSP in a belt-like configuration. To get highly homogeneous Nanodiscs, a specific ratio of phospholipid to MSP is necessary during the assembly process based on the MSP belt-length/Nanodisc diameter. The detergent used for initial solubilization is important as well, of which sodium cholate is commonly used. This detergent is perfect for the lipid fraction and generally present at a 2:1 mole ratio to total PL, or higher. Creative Biostructure can design Nanodisc in various sizes with our Mempro™ Nanodisc design services.

Mempro™ Nanodisc Synthesis Services Nanodiscs are assembled by a compound of detergent/phospholipid micelles and MSPs. In all cases, the assembly process is begun by removal of detergent, and the removal process is usually achieved by dialysis or treatment with porous polystyrene beads. Besides, it’s both detergent and temperature-dependent when removing the detergent by beads. Creative Biostructure provides various Nanodisc synthesis services with the accumulated experience, we can perform Nanodisc with highly suitable temperature, ratio of phospholipid to MSP and ideal detergent.

Mempro™ Nanodisc Immobilization Services The ability of modifying the MSP sequence and sticking on different tags at

particularly engineered sites offers probability for the immobilization of membrane bilayers and membrane-associated molecules for affinity chromatography media and measurements on protein chips. Through this immobilization, membrane and its receptors are part of the vesicles bound by hydrophobic or specific anchoring through binding of molecules built-in the phospholipid bilayer.

Mempro™ Peptide Nanodisc Services In peptide nanodiscs, the lipid bilayer is covered by amphipathic peptides take the place of two MSPs. Peptide nanodiscs have a similar structure as MSP nanodiscs and usually their peptides align in a double belt. Peptide nanodiscs present a higher polydispersity when stabilise membrane proteins, however have a less structural stability than MSP nanodiscs.

Creative Biostructure provides other various Mempro™ Nanodisc technology services. Please feel free to contact us for a detailed quote.

References: Bayburt T H, Sligar S G. Membrane protein assembly into Nanodiscs[J]. FEBS letters, 2010, 584(9): 1721-1727. Bayburt T H, Grinkova Y V, Sligar S G. Self-assembly of discoidal phospholipid bilayer nanoparticles with membrane scaffold proteins[J]. Nano Letters, 2002, 2(8): 853-856. Shih A Y, Freddolino P L, Arkhipov A, et al. Assembly of lipoprotein particles revealed by coarse-grained molecular dynamics simulations[J]. Journal of structural biology, 2007, 157(3): 579-592.