Products

Gold Tracers

본문

 

Gold Tracers 

 

   클릭하시면 닫힙니다.이미지 저장을 원하시면 마우스 오른쪽클릭후 '다른이름으로 저장'을 하세요

  

Aurion Gold Tracers are used to visualize charged moieties in specimens: anionic tracers bind to

polycationic moieties (basic proteins e.g. histones, cationic tracers bind to polyanionic moieties

(membranes, acidic proteins). “Neutral” BSA coated gold tracers are useful for detecting open connections

and tissue damage. Under proper conditions and with suitable microscopical techniques the tracers can also

beused to follow cellular events in time. 

 

Introduction

The AURION Anionic and Cationic Gold Tracers are designed to detect charged areas; the anionic tracers

detecting multiple positive charge moieties, the cationic tracers detecting multiple negative charges.

  

Product Description

The AURION Gold Tracers are available in the full range of particle sizes: Ultra Small, 6, 10, 15 and 25 nm.

Anionic Gold Tracers are prepared with BSA-c™ as particle conjugated protein.

Cationic Gold Tracers are prepared with methylated BSA. AURION Gold Tracers are available in 5 and 10 ml

volume packages and are supplied at an OD520nm of 2.0 for the conventional particle size range and at

equivalent OD for the Ultra Small tracers.

The products are supplied in PBS, with 15 mM NaN3.

 

NOTE 1:

AURION Gold Tracers are also available in bulk and at different optical density if required.

 

NOTE 2:

AURION Gold Tracers are shipped containing NaN3 as preservative. If they are intended for use in living

organisms, the preservative has to be removed prior to use. This can be achieved either by dialysis or by

buffer exchange using for instance a GE Healthcare Life Sciences PD-10 column.

  

Features

• Cationic, anionic and BSA tracers

• Available with conventional particle sizes

• Available with ultra small particle sizes

• For the microscopical detection of: charged moieties, open connections and tissue damage, cellular

  dynamic events (event tracking)

  

Application Instructions

In order to obtain a positive reaction when using these tracers the following should be kept in mind:

 

1.charge interactions are influenced by the presence of ions, di- and trivalent ions being of more influence

than univalent ions. The influence is concentration dependent. Binding is stronger in low ionic-strength

media.

 

2. charge interactions are influenced by pH. The charge of components in the specimen is dependent of their

isoëlectric point, below the IEP the charge is positive, above the IEP negative. Significant binding will only

occur at a pH at least one to two pH-units higher or lower than the IEP.

 

Anionic tracers are negatively charged at pH >5

Cationic tracers are positively charged at pH <10

BSA tracers are intended for tracking fine capillaries or connecting spaces in intact tissues.

  

Storage

AURION gold tracers have a guaranteed shelf life of 18 months from the date of quality control analysis.

The products should be stored at 4-8°C. Freezing is not recommended.

  

Instruction sheet (PDF) 

 

Ordering informations

 

Cationic Tracers

Catalog No.

Product Name

Size

200.111

Cationic tracer ultra small, 5 ml

10 ml

206.111

Cationic tracer ultra conventional 6 nm, 5 ml

10 ml

210.111

Cationic tracer ultra conventional 10 nm, 5 ml

10 ml

215.111

Cationic tracer ultra conventional 15 nm, 5 ml

10 ml

225.111

Cationic tracer ultra conventional 25nm, 5 ml

10 ml

 

Anionic Tracers

Catalog No.

Product Name

Size

200.122

Anionic tracer ultra small, 5 ml

10 ml

206.122

Anionic tracer 6 nm, 5 ml

10 ml

210.122

Anionic tracer 10 nm, 5 ml

10 ml

215.122

Anionic tracer 15 nm, 5 ml

10 ml

225.1122

Anionic tracer 25nm, 5 ml

10 ml

 

BSA Tracers

Catalog No.

Product Name

Size

200.133

BSA tracer ultra small, 5 ml

10 ml

206.133

BSA tracer 6 nm, 5 ml

10 ml

210.133

BSA tracer 10 nm, 5 ml

10 ml

215.133

BSA tracer 15 nm, 5 ml

10 ml

225.133

BSA tracer  25nm, 5 ml

10 ml

  

▣ 관련 페이지 ;  Aurion

 

 

  

댓글목록

등록된 댓글이 없습니다.

Copyright by Sambo Medical Co. All rights reserved.