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AlpVHHs Nanoselector makes IP/CoIP experiments easier

To solve the problems of taking long time and interface of light and heavy chain, when using the conventional antibodies in IP / CoIP, AlpVHHs has developed Nanoselector series nanobody products for various tag and species.

Nanoselector® is composed of high-affinity, high-specificity nanoantibodies (VHH) covalently coupled to agarose beads or magnetic beads,which can specifically recognize target protein from various cell extraction such as mammals, plants, bacteria, yeast, insects, etc.

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The advantages of Nanoselector over traditional IP experimental methods:

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01 Faster (2H)

The Nanoselector series has extremely high affinity, ranging from nM ~ pM, which enables it to bind to the target protein quickly and stably (generally only 5-30 minutes). Nanoselector shortens the traditional 2-day process to less than 2 hours. The time is shortened and the results of multiple tests are stable and reproducible. This can keep the experiment efficient and save experimental time and cost.

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02 High Loading (10 times)

Nanobody’s molecular weigh is only one of tenth compared with the convention antibody, which can be coupled to solid phase media at a high density and increasing the loading capacity greatly, 10uL beads can bind 10~20ug of protein.

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03 More stability

Nanoselector has extremely high stability because of the simple structure , which can remains stable at 70℃. It can work in physiologically concentrated salt ion solutions, moreover, GFP Nanoselector can tolerate harsh environments such as high salt, acid and alkali. The high stability exhibited by Nanoselctor provides researchers with more possibilities to choose different experimental conditions.

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04 Easier-NO Light and heavy chain interference

Nanoselector is developed for the method of site-specifically coupling nanoantibodies to a solid phase carrier which will not be destroyed or detached under various conditions in IP/CoIP experiments, therefore, the he eluted product is not affected by light and heavy chains. Whether it is western blot or MS, there is no interference from traditional light and heavy chains, so it is easy to identify proteins that specifically bind to GFP fusion proteins.

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Applications:

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In addition, AlpVHHs also provides the following Nanoselector products, you can also check detail in our web https://www.alpvhhs.com/Nanoselector.html

Description

Cat.No

Applications

GFP Nanoselector Agarose

019-101-002

IP,CHIP,MS,Purification

GFP Nanoselector Magnetic beads

019-101-003

IP,CHIP,MS,Purification

RFP Nanoselector Agarose

020-101-002

IP,CHIP,MS,Purification

RFP Nanoselector Magnetic beads

020-101-003

IP,CHIP,MS,Purification

mNeogreen Nanoselector Agarose

013-101-002

IP,CHIP,MS,Purification

TurboGFP Nanoselector Agarose

014-101-002

IP,CHIP,MS,Purification

MBP Nanoselector Agarose

015-101-002

IP,CHIP,MS,Purification

GST Nanoselector Agarose

010-101-002

IP,CHIP,MS,Purification

SNAP tag Nanoselector Agarose

011-101-002

IP,CHIP,MS,Purification

Halo Nanoselector Agarose

012-101-002

IP,CHIP,MS,Purification

HA tag Nanoselector Agarose

003-101-002

IP,CHIP,MS,Purification

c-His tag Nanoselector Agarose

004-101-002

IP,CHIP,MS,Purification

mWassabi Nanoselector Agarose

049-101-002

IP,CHIP,MS,Purification

TagFP Nanoselector Agarose

017-101-002

IP,CHIP,MS,Purification

Rabbit IgG Nanoselector Agarose

025-101-002

IP,CHIP,MS,Purification

Mouse IgG Nanoselector Agarose

001-101-002

IP,CHIP,MS,Purification

Streptavidin-Magnetic beads

067-101-003

IP,CHIP,MS,Purification